The Open Database of Addresses (ODA)
Metadata document: concepts, methodology and data quality

Version 1.0

Data Exploration and Integration Lab (DEIL)
Centre for Special Business Projects (CSBP)

Release date: April 29^th, 2021

Overview
Data Sources
Reference Period
Target Population
Compilation Methodology
Data Dictionary
Data Accuracy
Geographic Representation

Acknowledgments

This project benefited from a collaboration with OpenAddresses, specifically on the code for address compilation and processing. Their foundational work and insights on that are gratefully acknowledged.

1. Overview

For the purpose of exploring open data for official statistics and to support geospatial research across various domains, the Data Exploration and Integration Lab (DEIL) undertook a project to create an accessible and harmonized database of addresses released as open data by various levels of government within Canada^{Footnote 1}. This document details the process of collecting, compiling, and standardizing the individual datasets of address points that were used to create the experimental Open Database of Addresses (ODA) which is made available under the Open Government Licence - Canada.

Statistics Canada acknowledges the many local governments that produce public address listings, which are the source of the ODA. These addresses will also be integrated into a new National Address Register (NAR) of residential and non-residential addresses, to be made available later this year by Statistics Canada. Compiled from a multitude of sources, The NAR will be a comprehensive and standardized source of publicly-available addresses and related geographic coding. It is part of the Data Strategy for the Federal Public Service.

In its current version (version 1.0), the ODA contains over 10 million addresses. The database is expected to be updated periodically as new open datasets of address points from government sources become available, until full integration in a National Address Register. The ODA is provided as a zipped CSV file at the provincial or territorial level.

In addition, the compilation and processing codes used to generate the ODA are available at Canadian Open Address Point Processing (COAPP). This allows for automated updates of the data, and in this way, a comprehensive civic address database can be refreshed in real time as municipalities and local governments update their open data files.

This dataset is one of a number of datasets created as part of the Linkable Open Data Environment (LODE). The LODE is an exploratory initiative that aims at enhancing the use and harmonization of open data from authoritative sources by providing a collection of datasets released under a single licence, as well as open-source code to link these datasets together. Access to the LODE datasets and code are available through the Statistics Canada website and can be found at the Linkable Open Data Environment.

2. Data Sources

Across Canada, local governments create and maintain civic addresses. The ODA derives its record directly from these authoritative sources, which made these records available under an open data license compatible with the Government of Canada Open Data License. Hence, multiple data sources were used to create the ODA. The compilation expanded on the work initiated by the organization OpenAddresses, which aggregates open address data globally on its GitHub page. In total, address points from 99 data providers were used (though some sources overlap geographically).

The data providers, which include municipal, regional, and provincial levels of government, are listed in Supplemental Table 1, along with links to the original data sources. Attribution to each of these data sources is listed, as per the licence requirements. Where applicable, licence versions are also shown. For further information on the individual licenses, users should consult directly with the information provided on the open data portals for the various data providers.

3. Reference Period

Ideally, the reference period would be the period for which the underlying address data refers to. Such information, however, was not always available from the open data portals. Refreshing frequency of the original databases varies as well across sources, with some reporting weekly updates and others semi-annual, annual, or irregular updates; Supplemental Table 1 provides the date each dataset used in the ODA was downloaded. Data were gathered from January to April of 2021. Users are cautioned that the download date should not be used to indicate the reference period of the data. If specific information concerning the reference period of data is required, users should contact the appropriate data providers shown in Supplemental Table 1.

4. Target Population

The goal of the ODA is to create a comprehensive and harmonized repository of civic addresses made available from local government open data sources across Canada. Addresses may identify residential buildings, commercial or institutional buildings, or simply refer to parcels. Furthermore, buildings and parcels may be assigned multiple addresses. The ODA includes all unduplicated civic addresses that were possible to compile from the local and provincial government sources listed in Supplemental Table 1.

5. Compilation Methodology

The compilation methodology of the ODA is nearly fully automated, to allow for potentially frequent update of the database. As more local governments move to high frequency updates of their open civic address databases, this will allow for a near real-time comprehensive ODA.^{Footnote 2}

The code used for the collection and pre-processing is based on a modified version of the processing pipeline developed by OpenAddresses. This process downloads the individual data files and standardises them to the same set of columns using a dictionary mapping described in JSON input files, and includes minor processing when necessary such as separating addresses into separate civic number and street name fields, or else combining fields from the original data where necessary. For every source, this process produces a CSV file with standardised address point data.

Users should note that, within the 99 datasets obtained, each data provider attached a different set of variables to the address point data. In some instances, the different fields making up the address (street number, street name, etc.) were already provided separately, while in other cases they needed to be parsed from more complete address fields. Likewise, in some cases street types and directions were standardized to common abbreviations, while in others they were provided in a fully expanded form. Finally, the data was also provided in a range of file formats, from simple comma separated value (CSV) files, to geographic file formats such as shapefiles or geojson, or else the data was accessed programmatically through an API.

The compilation codes account for these differences and harmonize sources into a standard format. Hence, the adoption or modification of formatting standards at the sources would require future adjustments in the processing codes.

Additional processing was done in four steps:

Standardisation: Street addresses were parsed and standardised into street name, street type, and street direction fields (e.g., to transform "MAIN STREET NORTH" into "MAIN", "ST", "N"). This process was done with a modified version of RASK (Road Attribute Search Key), a tool used at Statistics Canada for standardising addresses from administrative sources for record linking. Any sources missing a full address column had this information filled in by concatenating the unit, street number, and full street name. Sources missing city names had this imputed from the name of the source file (e.g., to transform "city_of_banff.csv" into "BANFF"). The processed and imputed columns in the database are those with the suffix "_pcs".
Cleaning: Records with missing coordinates or street names were dropped. All coordinates were truncated to 5 decimal places (corresponding to metre-level precision). The files were deduplicated at the level of the original sources by dropping records with identical coordinates, units, street number, and standardised street name.
Spatial join: All records were spatially joined with the Statistics Canada 2016 Census Subdivision (CSD) boundary file to assign CSDUID, CSD name, and PRUID. A small number of records that could not be placed into CSDs were dropped.
Final Merge: All data sources were combined into a single Canada-wide dataset of address points. Duplicates were dropped a second time following the same criteria as in step 2. Because it occurs in the original data that the same street address may have multiple representative coordinates, a group identifier was computed by grouping together entries with the same CSDUID, street number, and processed address components, so that entries with the same group id will correspond to the same street address and can be further processed by the end user if necessary.

In Step 4, a unique identifier is computed and assigned to each record. This unique identifier is the result of a hash using the Blake2b algorithm in Python's hashlib library, generated from a concatenation of the coordinates and processed address fields (the civic number, unit, and standardised street name). This means that a unique record for the purpose of the ODA is defined only by its coordinates and street address, and not by other fields such as provider or city.

In some cases it was necessary to download and pre-process the data before passing it through the initial collection pipeline (for example, to account for files formatted in such a way as to not be able to be read by the pipeline, encoding issues, or in the case of Montreal, to split address ranges into individual rows). The pre-processing scripts and a description are available on the project GitHub page.

6. Data Dictionary

This data dictionary below describes the variables contained within the exploratory ODA.

Variable - Latitude

Name: latitude
Format: Double
Source: Provided as is from original data
Description: The latitude in decimal degrees of the address point truncated to 5 decimal places.

Variable - Longitude

Name: longitude
Format: Double
Source: Provided as is from original data
Description: The longitude in decimal degrees of the address point truncated to 5 decimal places.

Variable - Source ID

Name: id_source
Format: Alphanumeric
Source: Provided from original data
Description: Unique object or field ID assigned to the records as recorded in original data sources.

Variable - ODA ID

Name: id
Format: Alphanumeric
Source: Internally generated during data processing
Description: Unique ID assigned to records derived from a hash computed from the coordinates and standardized address fields.

Variable - Group ID

Name: id_group
Format: Alphanumeric
Source: Internally generated during data processing
Description: Field ID assigned to records sharing address information (civic number, street name, street type, street direction) but with different geocoordinates.

Variable – Civic Number

Name: street_no
Format: String
Source: Provided from original data
Description: The street number of the address, either as provided or else parsed from the full address.

Variable – Full Street Name

Name: street
Format: String
Source: Provided from original data
Description: The street name of the address, including street type and direction where applicable, either as provided or else parsed from the full address.

Variable – Street Name

Name: str_name
Format: String
Source: Provided from original data
Description: The street name of the address, without type and direction, as provided.

Variable – Full Street Name

Name: str_type
Format: String
Source: Provided from original data
Description: The street type of the address as provided.

Variable – Full Street Name

Name: str_dir
Format: String
Source: Provided from original data
Description: The street direction of the address as provided.

Variable – Unit

Name: unit
Format: String
Source: Provided from original data
Description: The street unit the address either as provided or else parsed from the full address.

Variable – Municipality

Name: city
Format: String
Source: Provided as is from original data
Description: The name of the municipality.

Variable – Postal Code

Name: postal_code
Format: String
Source: Provided as is from original data
Description: The postal code of the address.

Variable – Full address

Name: full_addr
Format: String
Source: Provided as is from original data or imputed
Description: The full address, either as provided or else created from the concatenation of the other fields.

Variable – Processed City

Name: city_pcs
Format: String
Source: Internally generated during data processing
Description: The name of the municipality, imputed from the file name of the original source if necessary.

Variable – Processed Street Name

Name: str_name_pcs
Format: String
Source: Internally generated during data processing
Description: The standardised street name of the address, without type and direction.

Variable – Processed Street Type

Name: str_type_pcs
Format: String
Source: Internally generated during data processing
Description: The standardised street type of the address.

Variable – Processed Street Direction

Name: str_dir_pcs
Format: String
Source: Internally generated during data processing
Description: The standardised street direction of the address.

Variable – Census subdivision unique identifier

Name: csduid
Format: Integer
Source: Canadian census subdivision boundaries 2016 (Statistics Canada GeoSuite product)
Description: The census subdivision ID where the address is located.

Variable – Census subdivision name

Name: csdname
Format: String
Source: Canadian census subdivision boundaries 2016 (Statistics Canada GeoSuite product)
Description: Name of census subdivision.

Variable – Province unique identifier

Name: pruid
Format: Integer
Source: Canadian census subdivision boundaries 2016 (Statistics Canada GeoSuite product)
Description: The province ID where the address is located.

Variable – Data Provider

Name: provider
Format: Text (String)
Source: Created based on origins of input dataset
Description: Name of the municipality, region, or province/territory that provided the dataset.

7. Data Accuracy

All addresses were collected from authoritative government sources, made available to the public as open data. In general, other than the processing required to harmonize the different sources into one database, the underlying datasets obtained from the various open data portals were taken "as-is".

During the processing stage to create the ODA, several steps were taken to standardize the output, including the standardization of street types and a deduplication of entries. It is possible that the process used to standardize the addresses may have introduced some errors, but these are expected to be minimal. Likewise, it is possible that duplicate entries remain in the database. To control for possible processing inaccuracies, the full address column is also provided without standardization applied.

The ODA represents the government open data that was found at the time of compilation and should thus not be interpreted as a complete or objective "ground-truth" of what addresses actually exist in Canada. The current coverage across Canada of the ODA remains incomplete in some jurisdictions. The gaps in the database reflect areas where open data on addresses from government sources were not found. Some of these gaps may be closed as more civic addresses are release as open data by local governments.

8. Geographic Representation

The Open Database of Addresses is available on the Statistics Canada website with coordinates given in latitudes and longitudes using the WGS84 standard ellipsoid.

Report a problem or mistake on this page

Date modified:: 2022-11-29

The Open Database of Addresses

Catalogue number: 46260001
Issue number: 2021001

The Open Database of Addresses (ODA) is a collection of open address point data and is made available under the Open Government License - Canada.

The ODA brings together 99 datasets originating from various government sources of open data. This database aims to provide enhanced access to a harmonized listing of address data across Canada by making it available as open data. This database is a component of the Linkable Open Data Environment (LODE).

Data sources and methodology

The inputs for the ODA are datasets provided by municipal, regional or provincial sources available to the general public through open government portals under various types of open data licenses. The current version of the database (version 1.0) contains approximately 10 million records and includes provinces and territories where open address data were found during the collection period (January to April, 2021).

Individual datasets sourced from their respective open data portals were processed and harmonized into the ODA. The data sources used do not deploy a uniform standardization system. The ODA harmonizes addresses by converting them to a uniform standard.

To see the full list of variables provided by a given data provider, please visit their open data portals which are linked in the metadata document that accompanies the ODA.

The variables included in the ODA are as follows:

Source Index
ODA Index
Group Index
Civic Number
Street (including street type and direction)
Street Name
Street Type
Street Direction
Unit
Full Address
Postal Code
City
Processed City
Standardized Street Name
Standardized Street Type
Standardized Street Direction
Provider
Census Subdivision Name
Census Subdivision Unique Identifier
Province or Territory Unique Identifier
Latitude
Longitude

For more information on how the addresses and variables were compiled, see the metadata that accompanies the ODA.

Downloading the ODA

For ease of download, the ODA and accompanying metadata document is provided by province and territory as a zipped CSV.

Report a problem or mistake on this page

Date modified:: 2023-01-30

Data quality, concepts and methodology: Explanatory notes on direct program payments to agriculture producers 2021

Payments Enhancing Receipts

Explanatory notes for programs which existed prior to 2007 can be found in the discontinued Direct Payments to Agriculture Producers publication (21-015-X).

Agricultural Revenue Stabilization Account (ARSA) (2000 to 2002)

The objective of the Agricultural Revenue Stabilization Account program was to offer a risk management tool to farming operations in Quebec, based on the operation's gross income. To this effect, the program established two individual funds, for contributions from participants and La Financière agricole du Québec, and made provisions for withdrawals from these funds to compensate for reductions in farm income. The ARSA was a program developed and administered by La Financière agricole du Québec.

Following the introduction of the Canadian Agricultural Income Stabilization Program, La Financière agricole du Québec terminated this program in the 2002 program year. Consequently, participants had five years to make withdrawals from their account, at an annual minimum of 20% of the government contribution held on February 1st, 2005.

AgriInvest (2008 to present)

This program was created under the Growing Forward policy framework (2007 – 2013) and has continued under Growing Forward 2 (2013 – 2018) and the Canadian Agricultural Partnership (effective April 1, 2018). AgriInvest replaces part of the coverage that had been available under the Canadian Agricultural Income Stabilization (CAIS) program, and, operates similar to the former Net Income Stabilization Account (NISA) program.

Through government and producer contributions, AgriInvest provides cash flow to help producers manage small income declines, as well as provide support for investments to mitigate risks or improve market income. Producers can deposit up to 100% of their Allowable Net Sales, with the first 1% matched by governments. The limit on matching government contributions is $10,000 per AgriInvest account. AgriInvest is administered by the Federal government in all provinces except Quebec.

Agri-Québec (2011 to present)

Agri-Québec is a self-directed risk management program offered to all farming and aqua-farming operations in Quebec. The program allows participants to deposit an amount in an account under their name, in order to receive matching contributions from La Financière agricole du Québec. Participants can then withdraw the funds from the accounts, based on their operational needs. Agri-Québec is managed jointly by the provincial and federal governments, as it is similar and complimentary to AgriInvest.

Agri-Québec Plus (2015 to present)

The Agri-Québec Plus program offers additional financial assistance to eligible operations. Agri-Québec Plus complements AgriStability by offering a coverage level of 85% of the reference margin rather than 70%. The program covers agriculture products that are not covered or not associated with the ASRA program (Farm Income Stabilization Program) and are not supply-managed. Participation in the program is linked to the respect of environmental requirements.

AgriRecovery (2008 to present)

The AgriRecovery framework is part of a suite of federal-provincial-territorial (FPT) Business Risk Management (BRM) tools under the Canadian Agricultural Partnership (replacing Growing Forward 2, as of 2018).

AgriRecovery was designed to provide quick, targeted assistance to producers in case of natural disasters, with a focus on the extraordinary costs producers must take on to recover from disasters. Federal and provincial governments jointly determine whether further assistance beyond existing programs already in place is necessary, and what form of assistance should be provided. AgriRecovery initiatives are cost-shared on a 60:40 basis between the federal government and participating provinces or territories. The assistance provided will be unique to the specific disaster situation and often unique to a province or region. Examples of programs included in AgriRecovery are the 2017 and 2018 Canada-BC Wildfire Recovery Initiatives, and the 2017 Canada-Quebec Hail Assistance Initiative.

AgriStability (2007 to present)

This program was created under the Growing Forward policy framework (2007 – 2013) and has continued under Growing Forward 2 (2013 – 2018) and the Canadian Agricultural Partnership (effective April 1, 2018). AgriStability was developed as a margin-based program that provides income support when a producer experiences a large margin decline. AgriStability has replaced part of the coverage that had been provided under the Canadian Agricultural Income Stabilization (CAIS) Program.

AgriStability is delivered in Manitoba, New Brunswick, Nova Scotia, Newfoundland and Labrador and Yukon by the Federal government. In British Columbia, Saskatchewan, Alberta, Ontario, Quebec, and Prince Edward Island, AgriStability is delivered provincially.

Assiniboine Valley Producers Flood Assistance Program (2007 to 2011)

This Province of Manitoba program provided financial assistance for Assiniboine Valley agricultural producers who experienced crop loss or the inability to seed a crop in 2005 and 2006 along the Assiniboine River from the Shellmouth Dam to Brandon, due to flooding. This program also provided assistance in 2011, following flooding in 2010.

These programs were managed through the Manitoba Agricultural Service Corporation (MASC).

Beekeepers Financial Assistance Program (2014)

Due to harsh winter conditions in Ontario in 2014, and other pollinator health issues, Ontario's bee colonies experienced higher than normal mortality rates. To help offset these losses, the Ontario Ministry of Agriculture and Food provided one-time financial assistance of $105 per hive to beekeepers who have 10 hives or more and lost over 40 per cent of their colonies between Jan. 1, 2014, and Oct. 31, 2014.

Canada-Ontario General Top-Up Program (2005 to 2007)

This was a special top-up payment program which provided whole farm coverage to the Canadian Agricultural Income Stabilization (CAIS) Program participants in Ontario, who were automatically enrolled. All commodities eligible for CAIS payment were covered under this program. In order to qualify, participants must have experienced a decline in their program year production margin as calculated by the CAIS Program Administrator and be eligible to receive the government portion of the CAIS payment. The Ontario Ministry of Agriculture, Food and Rural Affairs were responsible for the overall administration of the program.

Canadian Agricultural Income Stabilization (CAIS) Program (2004 to 2008)

The CAIS program was available to producers across Canada and provided assistance to those producers who had experienced a loss of income as a result of bovine spongiform encephalopathy (BSE) or other factors. The program integrated stabilization and disaster protection into a single program, helping producers protect their farming operations from both small and large drops in income.

Canadian Agricultural Income Stabilization Inventory Transition Initiative (CITI) (2006 to 2007)

CITI was a one-time federal government injection of $900 million into Canada's Agriculture and Agri-food industry. The funds were delivered to producers by recalculating how the Canadian Agricultural Income Stabilization (CAIS) program valued inventory change for the 2003, 2004, and 2005 CAIS program years.

Canadian Agricultural Income Stabilization Ontario Inventory Transition Initiative (2006 to 2019)

The Ontario Inventory Transition Payment was an additional one-time payment from the province of Ontario, for the Canadian Agricultural Income Stabilization (CAIS) program participants, as it transitioned to a new method of valuing inventory for CAIS.

Compensation for animal losses (1981 to present)

Formerly a program under the Animal Disease and Protection Act, this compensation program is now administered by the Canadian Food Inspection Agency in accordance with requirements established under the Health of Animals Act. Producers in all provinces are compensated when farm animals infected with certain contagious diseases are ordered to be slaughtered. Compensation also includes applicable transportation and disposal costs and compensation for animals injured during testing.

Cost of Production Payment (COP) (2007 to 2010)

This program helped non-supply managed commodities producers with the rising cost of production. This federal program was based on producers' net sales for 2000-2004 (or in the case of new producers: payments were based on average net sales for 2005-2006).

Cover Crop Protection Program (CCPP) (2006 to 2008)

The CCPP was a Government of Canada initiative designed to provide financial assistance to agricultural producers who were unable to seed commercial crops as a result of flooding in the spring of 2005 and/or 2006.

Crop Insurance (1981 to present)

Crop Insurance (now referred to as AgriInsurance) is a federal-provincial-producer cost-shared program that stabilizes a producer's income by minimizing the economic effects of production losses caused by natural hazards. AgriInsurance is a provincially delivered program to which the federal government contributes a portion of total premiums and administrative costs. Premiums for most crop insurance programs are cost-shared: 40 per cent by participating producers, 36 per cent by the federal government and 24 per cent by the province, while administrative costs are funded by governments, 60 per cent by the federal government and 40 per cent by the province.

AgriInsurance plans are developed and delivered by each province to meet the needs of the producers in that province. AgriInsurance helps to cover production losses as well as losses from poor product quality. Both yield and non-yield based plans are offered. These plans cover traditional crops such as wheat, corn, oats and barley as well as horticultural crops such as lettuce, strawberries, carrots and eggplants. Some provinces also provide coverage for bee mortality as well as maple syrup production. The provinces constantly work to improve their programs by adjusting existing plans and implementing new ones to meet changing industry requirements.

Crop Loss Compensation (1981 to present)

Crop loss compensation programs are generally one element of a province's Wildlife damage compensation programs, which can also include separate Waterfowl damage and Livestock predation programs. This Big Game program reduces the financial loss incurred by producers in these provinces from wildlife damage to eligible crops, and can include compensation for wildlife excreta contaminated crops and silage in pits and tubes. In some provinces damage to honey producers and leafcutter bee products is also included.

Also see Livestock predation compensation, Waterfowl damage and Wildlife damage compensation programs.

Cull Animal Program (2003 to 2006)

This program was intended to assist farmers with the additional cost of feeding surplus animals while the US border was closed to Canadian animals over 30 months of age. With the goal of discouraging on-farm slaughter and encouraging movement of mature animals to domestic markets in an orderly fashion.

Cull Breeding Swine Program (2008)

This federally funded program for 2008, administered by the Canadian Pork Council, was designed to help restructure the industry to bring it in line with market realities. The objective was to reduce the national breeding herd size by up to 10% over and above normal annual reductions. Producers were eligible to receive a per head payment for each animal slaughtered as well as reimbursement for slaughter and disposal costs. Producers had to agree to empty at least one barn, and not restock for a three year period.

Dairy Direct Payment Program (2019-2023)

The objective of the Dairy Direct Payment Program is to support dairy producers as a result of market access commitments made under recent international trade agreements, namely the Canada–European Union Comprehensive Economic and Trade Agreement (CETA) and the Comprehensive and Progressive Agreement for Trans-Pacific Partnership (CPTPP).

In August 2019, the federal government announced that it will make available $1.75 billion to supply-managed milk producers. Up to $345 million in direct payments was made available in 2019-2020.

In November 2020, the government announced the payment schedule for the remaining $1.405 billion in direct payments over the next three years:

$468 million in 2020-21
$469 million in 2021-22
$468 million in 2022-23

The Canadian Dairy Commission (CDC) has been mandated to deliver the program.

Drought Assistance for Livestock Producers (2007 to 2008)

This program was enacted in 2007, to assist livestock owners in Northern B.C. who suffered economic hardship in 2006 due to drought. Drought conditions in the summer of 2006 reduced hay and forage yields by up to 50% and producers were left with higher costs for feed, water and other expenses.

Fed Cattle Set Aside Program (2005 to 2006)

The program was part of a national strategy to assist Canada's cattle industry to reposition itself to help ensure its long-term viability.

Financial Assistance for Replanting Apple Orchards (2020-2022)

The financial assistance for replanting apple orchards program is being implemented to support the apple industry during the transition period following the termination of the Farm Income Stabilization Insurance Program coverage.

The program is intended to support development of the apple industry from a sustainable development perspective, as a complement to other government assistance available to the apple industry.

More specifically, this program is intended to provide financial support to apple businesses in their apple orchard replanting projects.

Eligible businesses may receive financial assistance of $5,000 per replanted hectare for up to four hectares. If the business is deemed eligible for one of the grants under the Financial Support Program for Aspiring Farmers on the date that they submitted their application to the program, the assistance is increased to $6,250 per eligible hectare.

Frost loss Program (2018-2019)

The Frost Loss Program helped Nova Scotia Farmers recover from crop and financial losses from the frost in June 2018.

This program provided financial assistance in addition with other Business Risk Management programs that were available, such as AgriInsurance.

Golden Nematode Disaster Program (2007 to 2009)

The objective of this programs was to assist producers affected by Golden Nematode with the costs of disposing potatoes and a per hectare support payment to assist potato producers and producers of nursery and greenhouse crops with extraordinary costs not covered under existing programs. The program was funded by the federal government.

Grains and Oilseeds Payment (GOPP) (2006)

The Grains and Oilseeds Payment Program was a one-time program for producers of grains, oilseeds, or special crops, to help address the severe economic hardships they were facing.

Hazelnut Renewal Program (2020-2021)

This provincially funded program provides funds to remove infected trees to mitigate the spread of Eastern Filbert Blight and to provide incentives for the planting of new disease-resistant hazelnut trees in British Columbia.

Types of Program Funding:

Hazelnut Renewal: Funding to provide incentives for the planting of new Eastern Filbert Blight (EFB) resistant hazelnut trees in British Columbia.
Removal of EFB Infected Hazelnut Trees: Funding to remove infected trees to mitigate the spread of EFB and to protect new orchards.

Hog Transition Fund (2008)

This program was designed to assist Nova Scotia hog producers who were having financial difficulties due to declining market prices in 2006-2007. The program was administered through Pork Nova Scotia.

Lake Manitoba Flood Assistance Program (2011 to present)

This program was designed to provide financial compensation to crop and livestock producers affected by the flooding of Lake Manitoba in 2011. Part A - Lake Manitoba Pasture Flooding Assistance Component and Part B - Lake Manitoba Transportation and Crop/Forage Loss Component, are included. This program is funded entirely by the provincial government.

Livestock Insurance Programs (1991 to present)

The Livestock Insurance Programs include a number of provincially administered livestock insurance programs. These programs include:

The Cattle Price Insurance Program (2009 to present), designed to provide Alberta cattle producers with an effective price risk management tool reflective of their risk. As of 2014, this program is now referred to as the Western Livestock Price Insurance Program.

Dairy Livestock Insurance (1991 to present), implemented to assist Nova Scotia producers when a number of cattle were lost due to disease outbreaks. The program continues to exist for situations resulting in a significant loss in production, causing a loss of revenue.

The Hog Price Insurance Program (2011 to present), designed to provide Alberta hog producers with protection against unexpected declines in Alberta hog prices, over a defined period of time. As of 2014, this program is now referred to as the Western Livestock Price Insurance Program.

Livestock Insurance in Newfoundland and Labrador (1991 to present) compensates producers for the death or injury to sheep, goats, dairy cattle or beef cattle caused by dogs or other predators.

Livestock Insurance in Prince Edward Island (2009 to present) offers two types of coverage: compensation to cattle producers for the death of an animal due to disease, as well as compensation to dairy producers whose production levels fall beneath a set threshold, causing a loss of income.

The Overwinter Bee Mortality Insurance (2012 to present) insures Manitoban beekeepers against unmanageable wintering losses, including weather-related damages, diseases and pests. As of 2014 the data for this program is included in Crop Insurance.

Poultry Insurance (2008 to present) compensates Nova Scotia producers for the loss of poultry (which includes broilers, breeders, breeder pullets, layer pullets, commercial layers and integrated layers) to the disease infectious laryngotracheitis (ILT).

The Western Livestock Price Insurance Program (WLPIP) (2014 to present) enables livestock producers to purchase price protection on cattle and hogs in the form of an insurance policy. It offers protection against an unexpected drop in prices over a defined period of time, and is available to producers in British Columbia, Alberta, Saskatchewan and Manitoba.

Administration costs are covered by the federal and provincial governments through Growing Forward 2. Premiums will be fully funded by producers, but any deficit after four years will be made up by the federal government. The four-province program will be managed by the Alberta Agriculture Financial Services Corp, which ran the pre-existing Cattle and Hog Price Insurance programs in Alberta. Crop insurance entities in Manitoba and Saskatchewan will deliver the WLPIP in those provinces. The Business Risk Management Branch of the British Columbia Ministry of Agriculture delivers the program in that province.

Additional notes on the Livestock Insurance Programs

Producer premiums for the Prince Edward Island Livestock Insurance and Dairy Livestock Insurance in Nova Scotia (as of 2006) are partially subsidized by the provincial and federal governments.

Premiums are not subsidized for the Cattle Price Insurance Program, the Hog Price Insurance Program, Livestock Insurance in Newfoundland and Labrador, Poultry Insurance program in Nova Scotia, or the Western Livestock Price Insurance Program. However, the costs of administrating the programs are funded by provincial governments and/or Crown Corporations.

Prior to 2005, Dairy Livestock Insurance in Nova Scotia and Livestock Insurance in Newfoundland and Labrador were reported under Programs funded by the private sector.

Livestock Predation Compensation Program

Manitoba (1999 to present) - This program compensates livestock producers in Manitoba for losses from injury or death of eligible livestock that resulted from losses due to natural predators such as black bear, cougar, wolf or coyote. Compensation is available to 100% of the assessed value of the animal, for a confirmed loss due to predation and to 50% of the value for a probable loss. In respect for livestock injured, the payment will be the lesser of the veterinary treatment or the value of the livestock. The government of Manitoba pays 60% of program payments and the Government of Canada 40%. Administration costs are cost-shared 50/50 between the Government of Canada and the Government of Manitoba.

Saskatchewan (2010 to present) - Under the Wildlife Damage Compensation Program, the Saskatchewan Compensation for Livestock Predation compensates producers for livestock killed or injured by predators. The first 80 percent of the program funding is cost-shared by federal and provincial governments. The provincial government contributes the remaining amount. The program is administered by the Saskatchewan Crop Insurance Corporation. Other components of the Wildlife Damage Compensation Program include Waterfowl damage compensation and Crops loss compensation (reported separately).

Also see Crop loss compensation, Waterfowl damage and Wildlife damage compensation programs.

Manitoba Ruminant Assistance Program (2008)

This one-time payment for 2008, funded jointly by the province of Manitoba and the federal government, allowed cattle producers to receive a direct payment of up to 3% of historical net sales. The payment, administered by the Manitoba Agricultural Services Corporation (MASC), was provided to all ruminant producers and was in proportion to the size of the producer's livestock operations.

Manitoba Spring Blizzard Livestock Mortalities Assistance Program (2011 to 2012)

The 2011 Manitoba Spring Blizzard Mortalities Assistance program provided assistance to Manitoba producers who experienced livestock losses following the blizzard that hit April 29th and 30th, 2011. Compensation is provided for animal deaths that occurred, as a result of the storm, between April 29th and May 5th 2011. This program is funded and administered by Manitoba Agriculture, Food and Rural Initiatives (MAFRI).

Marketing and Vineyard Improvement Program (MVIP) (2015-2016)

This program provides funds for eligible vineyard improvements to enable growers in Ontario to produce quality grapes in order to respond to the growing demands of Ontario wine manufacturers and to adapt ongoing and emerging vineyard challenges. This payment will be overseen by Agricorp (a provincial crown corporation) and was created under the Wine and Grape Strategy to promote Ontario VQA (Ontario's Wine Authority) and support vineyard production improvements. Only certain non-capital payments to producers are included in the Direct payments data series (e.g. wine grape vine removal, land preparation, etc.).

Measure to support grain corn producers in mitigating the impact of the 2019 rise in propane prices in Québec (2019-2020)

The measure to support grain corn producers in mitigating the impact of the 2019 rise in propane prices in Québec is meant to help reduce the repercussions on grain corn production due to the rise in prices of propane which is used to dry grain corn. This measure covered grain corn not yet harvested by November 19, 2019, the date when Canadian National Railway employees went on strike.

Financial assistance is provided in the form of a maximum flat rate of $23.50 per hectare of eligible grain corn areas for up to $50,000 per farm business.

Net Income Stabilization Account (NISA) (1991 to 2009)

The Net Income Stabilization Account (NISA) was established in 1991 under the Farm Income Protection Act.

The purpose of NISA was to encourage producers to save a portion of their income for use during periods of reduced income. Producers could deposit up to 3% of their Eligible Net Sales (ENS) annually in their NISA account and receive matching government contributions. The federal government and several provinces offered enhanced matching contributions over and above the base 3% on specified commodities. All these deposits earn a 3% interest bonus in addition to the regular rates offered by the financial institution where the account is held.

Most primary agricultural products were included in the calculation of Eligible Net Sales (sales of qualifying commodities minus purchases of qualifying commodities), the main exception being those covered by supply management (dairy, poultry and eggs).

The NISA account was comprised of two funds. Fund No. 1 which held producer deposits while Fund No. 2 contained the matching government contributions and all accumulated interest earned on both Fund 1 and Fund 2. Included as payments in the series «Direct Program Payments to Producers» were the producer withdrawals from Fund 2.

Nova Scotia Beef Kickstart Program (2008)

This one-time payment for 2008 provided funding for Nova Scotia's beef industry with the goal of helping the sector move toward greater economic self-sustainability.

Nova Scotia Margin Enhancement Program (2007 to 2008)

This initiative introduced in 2006, was a provincial initiative that provided additional income support to Nova Scotia producers. Using 2003 CAIS program data, reference margins of CAIS participants were increased by 10%.

Ontario Cattle, Hog and Horticulture Program (OCHHP) (2008)

This one-time payment for 2008, funded by the province of Ontario, was to assist farmers suffering from multiple financial pressures due to the stronger Canadian dollar, and lower market prices. Payments for cattle and hog producers were based on 12% of their historic allowable net sales, while payments for horticulture were based on 2% of allowable net sales.

Ontario Cost Recognition Top-up Program (2007 to 2010)

This program was a 40% matching provincial contribution to the federal Cost of Production Payment Program. This program was a direct payment to producers in recognition of rising production costs over the previous few years. The Ontario Top-Up Program payments were distributed after the payment details regarding the federal program were released.

Ontario Duponchelia Assistance Program (2008)

The purpose of this initiative was to provide financial support to horticulture producers in the Niagara Region of Ontario affected by Duponchelia, a reportable pest. The initiative provided a federal share (60%) of financial compensation to assist these producers in addressing plant replacement costs and in dealing with extraordinary expenses incurred due to quarantine measures imposed by the Canadian Food Inspection Agency (CFIA).

Ontario Edible Horticulture Crop Payment (2006)

This one-time payment compensates Ontario producers of edible horticulture crops for losses experienced on their 2005 crop.

Edible Horticulture Support Program for Edible Horticulture Farmers (2018-2019)

Ontario

This program provides financial support to Ontario producers of edible horticulture products (small and medium-size agricultural operators) to adjust to the changing small business environment. This program is funded by the Government of Ontario and the payments are based on net sales of edible horticulture. Self-Directed Risk Management Program participants are enrolled automatically.

Ontario Special Beekeepers Fund (2007 to 2008)

The Special Beekeepers Fund, enacted in June, 2007, provided direct compensation to beekeepers who suffered higher than normal hive losses during the winter of 2006. The assistance was designed to help bring Ontario's bee population back to near-normal levels, and beekeepers back to normal business.

PEI Potato Seed Recovery Program (2020)

The purpose of the Potato Seed Recovery Program is to offset extraordinary costs and a loss in revenue for Island seed potato producers impacted by the pandemic. This payment is a $1.19 million fund and is a provincially funded program.

Porcine Epidemic Diarrhea Programs (PED)

Prince Edward Island (2014) - The Prince Edward Island PED program provided financial aid to hog farmers for increased sanitation and screening measures to help combat the pig virus. This was a cost-shared program between the federal and provincial governments under Growing Forward 2. The program was administered by the PEI Hog Board.

Québec (2015 to present) - Emergency Fund Program in Response to Porcine Epidemic Diarrhea (PED) and Swine Delta Coronavirus (SDCV) in Québec. The purpose of this program is to provide assistance to affected operations, up to a maximum of $20,000 per production site, to cover certain additional expenses required to combat this disease and prevent it from spreading. The program is financed by La Financière agricole and administered by the Québec swine health team (EQSP). The fund has a maximum budget of $400,000.

Portage Diversion Fail-Safe compensation program (2014 to present)

This program was designed to provide financial assistance to Manitoba agricultural producers affected by the 2014 flooding due to the operation of the Portage diversion fail-safe. This program was fully funded by the Manitoba Government and is being administrated by Manitoba Agricultural Services Corporation (MASC).

Post-tropical Storm Dorian Response Program (DRP) (2020-2021)

The Prince Edward Island Department of Agriculture and Land has established the Post-tropical Storm Dorian Response Program (DRP) to provide financial support to corn, crambe, and tree fruit producers who have incurred extraordinary costs due to Dorian which are not covered by existing Business Risk Management programs.

Prince Edward Island Beef Industry Initiative (2007 to 2008)

This one-time payment for 2008 was designed to assist beef producers in Prince Edward Island to adjust to current market conditions and develop improved quality in their herds. The program provided immediate assistance to producers to help mitigate risk and provided genetics and enhanced herd health incentives. Payments were based on a combination of their average net sales and December 2007 inventory.

Prince Edward Island Hog Transition Fund (2008)

This program was designed to reduce hog numbers through a buyout program. It provided funds for producers to transition out of hog production.

Privately funded programs

Private hail insurance (1981 to present)

Private Hail Insurance is purchased by agricultural producers to protect themselves against the loss of their crops due to hail. Hail insurance is privately funded through producer premiums and producers may have the option to extend coverage for damage to crops due to loss through fire, depending on the insurance provider.

Other Private Programs (2011 to present)

Alberta Hog and Cattle Levy Refund (2011 to present)

In May 2011, Alberta Pork announced it would refund 85 cents for every dollar of levies it had collected from producers during the 2010-2011 fiscal year to assist producers coping with rising feed costs and small profit margins.

Legislation regarding levies in Alberta also changed in 2011. Levies for pork, beef, lamb, and potato producers had been mandatory until a change is legislation gave these producers the right to ask for a refund of the levies paid. Since that time, estimates for the hog and cattle levies refunded have been produced.

Heinz payment (2013)

Due to the closure of the Ontario Heinz processing plant in 2013, Heinz has paid a one-time 'goodwill' payment to compensate the farmers that were under contract to deliver processing tomatoes in 2013. The payment was to help offset costs that farmers may have incurred in preparing for the 2013 crop.

Programme d'aide pour les inondations en Montérégie (2011 to 2012)

This program provided financial assistance to agricultural enterprises affected by the floods of spring 2011, in the Richelieu valley. Compensation was offered to producers for loss of income due to flooded farmland, and/or losses due to unseeded acreage.

Programme d'appui à la replantation des vergers de pommiers au Québec (2007 to 2010)

The first component of this MAPAQ (Ministère de l'Agriculture, des Pêcheries et de l'Alimentation du Québec) program offered replanting help in order to improve efficiency, profitability as well as competitiveness. The objective of the second component was to compensate apple producers for the loss of apple trees due to winter-kill (frost) in 1994.

Provincial Stabilization Programs (1981 to present)

Under provincial stabilization programs, payments are made in order to support producer incomes affected by small profit margins, or low prices, for selected commodities. Provincial stabilization programs are partly funded by the provincial government, either directly through the subsidization of producer premiums, or indirectly by absorbing a part, or the whole, of the cost of administering the program. These programs are optional, and producers are required to pay premiums in order to participate.

Farm Income Stabilization Program (ASRA) (1981 to present)

The Farm Income Stabilization Insurance Program is designed to guarantee a positive net annual income to producers in Quebec. Producers participating in the program receive funds when the average selling price falls below a stabilized income, which is based on the average production cost in a specific sector. ASRA is complementary to AgriStability, but participation in AgriStability is not mandatory. Payments under ASRA decrease in accordance to amounts paid out through AgriStability. ASRA premiums are partially funded by the provincial government, which pays two thirds of the cost of premiums, while producers pay the remaining third.

Ontario Risk Management Program (RMP) (2007 to present)

ORMP is a provincial program that offers compensation to Ontario producers for losses of income caused by fluctuating market prices and rising production costs. Commodities eligible for compensation include a variety of grains and oilseeds, as well as certain livestock, including cattle, calves, hogs and sheep. The program also offers compensation for unseeded acres, under certain conditions. In order to participate in this program, producers must also participate in AgriStability, as well as Production Insurance (for grains and oilseeds). Payments made under ORMP count as an advance on the provincial portion of AgriStability for the corresponding program year. Because ORMP is provincially funded, it has no impact on the federal portion of AgriStability payments. ORMP premiums are partly funded by the provincial government, which pays 40% of the cost of premiums, while producers pay the remaining 60%.

Saskatchewan Cattle and Hog Support Program (2009)

This program helped producers retain their breeding herds and address immediate cash flow needs.

Saskatchewan Feed and Forage Program - 2011 (2011 to 2012)

This program provided compensation to producers who had to transport additional feed to their livestock, or transport their livestock to alternate locations for feeding and grazing, due to feed shortages caused by excess moisture. In addition, financial assistance was provided to producers who had to reseed hay, forage or pasture land that had been damaged by excess moisture. This provincially-funded program replaces the initial Saskatchewan Feed and Forage Program (2010-2011), which was jointly offered by the provincial and federal governments, as part of AgriRecovery.

Self-Directed Risk Management (SDRM) (2005 to present)

SDRM is a provincial program designed to help Ontarian horticultural producers manage farm operation risk. Under the program, over 150 edible horticultural crops are eligible for coverage, including fruits, vegetables, mushrooms, herbs and spices, nuts, honey and maple products. To be eligible, producers must also participate in AgriStability, and meet the minimum amount of allowable net sales (ANS). Participating producers can deposit up to a maximum of 2% of their ANS into an account, and have their contribution matched by the provincial government. Payments made under SDRM count as an advance on the provincial portion of AgriStability for the corresponding program year. Because SDRM is provincially funded, it has no impact on the federal portion of AgriStability payments. Amounts received under Production Insurance for a crop also covered by SDRM will be deducted from SDRM payments.

Shoal Lakes Agriculture Flooding Assistance Program (2011)

The purpose of this program is to provide financial support to agriculture producers affected by chronic flooding in the Shoal Lakes Complex in the Interlake of Manitoba.

Land payments on a per acre basis were provided to farm operators to compensate for lost income related to agricultural production that cannot be realized due to flooded acres in 2010 and 2011.
Financial assistance for transportation costs incurred between April 1, 2011 and March 15, 2012 to those farm operators who needed to transport feed to livestock or livestock to feed, due to the flooding.

This payment was administered by the Manitoba Agriculture Corporation (MASC), with the assistance of Manitoba Agriculture, Food & Rural Initiatives (MAFRI).

Support Program for the Eradication of Chronic Wasting Disease in Cervids (CWD) (2019 to present)

This program implemented by La Financière agricole du Québec offers financial aid to cervid producers affected by the measures taken to eradicate CWD.

There are two categories of aid under this program:

The first compensates cervid producers ordered to slaughter and dispose of animals under the Animal Health Protection Act.
The second financially supports cervid producers required to implement sanitary measures stipulated under the Animal Health Protection Act.

Syndrome de dépérissement postsevrage (SDP) (2008 to 2010)

This MAPAQ (Ministère de l'Agriculture, des Pêcheries et de l'Alimentation du Québec) program granted financial support to Quebec feeder hog operations affected by Post Weaning Multisystemic Wasting Syndrome (PMWS).

Transitional Production Adjustment Program (1996) (1993 to 1997 and 1999 to 2008)

Under the Tree Fruit Revitalization Program, British Columbia orchardists were guaranteed specific annual revenue per acre during the first three years, following replant of orchards to new high density tree fruit varieties.

Tree fruit grafting/budding and replant program (2008 to 2011, 2012 to present)

In 2008, the Transitional Production Adjustment Program ended and the Tree fruit grafting/budding and replant program started. In July 2007, the federal and provincial governments jointly announced that they were investing $8 million to help British Columbia's tree fruit and grape industries adapt to changing markets. The cost was shared (60% federal, 40% provincial) and the program lasted for three years. In 2012, the provincial government invested an additional $2 million to replant tree fruit orchards to expand domestic markets through high-quality products by targeting the planting of premium varieties. The program, which also includes a grafting and budding component, concluded in 2014. The 2015 program is the first year of a 7 year commitment by British Columbia of $8.4 million announced in Nov 2014. This is a British Columbia Agriculture Department program that shares the administration of the program with the British Columbia Fruit Growers Association under contract until 2016.

2019-2020 B.C. AgriStability Enhancement Program

The British Columbia government is offering greater coverage to farmers who have lost income due to weather, trade challenges or natural disaster. The Program includes:

Increasing the compensation rate, for all farms, from 70% to 80% on income margin losses greater than 30%. In other words, B.C. will be adding 14.3% to every AgriStability payment.
- An AgriStability payment is triggered when a producer's current margin (allowable income less allowable expenses) drops more than 30% below their average historical margin (referred to as Reference Margin)
Eliminating the Reference Margin Limit (RML) which reduced compensation for some farms.
- Farms which have wide margins due to low eligible expenses will no longer have their compensation reduced due to the RML.

Unseeded Acreage Payment - 2006 (2006 to 2007)

This program provided a payment to Saskatchewan farmers who experienced excess moisture conditions prior to June 20, 2006 and were unable to seed 95% of the acres they would normally intend to seed.

Waterfowl Damage (1981 to present)

Waterfowl damage payment programs are designed to compensate producers for crop losses caused by waterfowl. Compensation is also available for cleaning excreta contaminated grain in some provinces, and for prevention management.

Also see Crop loss compensation, Livestock predation compensation and Wildlife damage compensation programs.

Wildlife Damage Compensation Program

British Columbia (2002 to present) - The British Columbia Wildlife Compensation program is part of an Agricultural Environment Partnership Initiative that includes the following programs: The Waterfowl Damage to Forage Fields in Delta, Wild Predator Loss Control and Compensation Program for Cattle and East Kootenay Agriculture Wildlife Pilot Project. These programs are designed to compensate producers for the losses incurred to crops and livestock due to wildlife.

New Brunswick (2014 to present) - This cost-shared program compensates producers who suffer livestock or crop losses due to wildlife. Compensation is available for specified crops and livestock for damage caused by eligible wildlife. The maximum compensation per producer is $50,000 per year. The New Brunswick Agricultural Insurance Commission (NBAIC) administers this program, applicants are not required to be an insurance client to receive compensation.

Nova Scotia (2008 to present) - This cost-shared program, announced in 2008, will help address some of the risks experienced by Nova Scotia farmers regarding damage to eligible agricultural products because of the activities of wildlife, including wildlife predation on livestock and damage to crops. Applicants are not required to have crop insurance.

Ontario (2008 to present) - The Ontario Wildlife Damage Compensation Program provides financial assistance to eligible applicants whose livestock and poultry have been injured or killed by wolves, coyotes, bears and other species of wildlife identified in the program guidelines, or whose bee-colonies, bee-hives and bee-hive related equipment have been damaged by bears, raccoons, deer and skunks. The program was funded by the provincial government up to the fiscal year of 2008/2009 and became part of Growing Forward - a federal, provincial and territorial initiative starting from fiscal year 2009/2010, when cost-sharing of the program began between the governments of Canada and Ontario.

Also see Crop loss compensation, Livestock predation compensation and Waterfowl damage programs.

Quarterly Survey of Financial Statements: Weighted Asset Response Rate - fourth quarter 2020

Weighted Asset Response Rate
Table summary
This table displays the results of Weighted Asset Response Rate. The information is grouped by Release date (appearing as row headers), 2019, Q4 and 2020, Q1, Q2, Q3, and Q4 calculated using percentage units of measure (appearing as column headers).
Release date	2019	2020
	Q4	Q1	Q2	Q3	Q4
	Quarterly (percentage)
February 24, 2021	67.4	87.0	80.3	75.7	54.9
November 20, 2020	67.4	84.4	76.3	55.4	..
August 25, 2020	67.4	82.3	59.1	..	..
June 9, 2020	67.4	67.8	..	..	..
February 25, 2020	62.4	..	..	..	..
.. not available for a specific reference period Source: Quarterly Survey of Financial Statements (2501)

Why are we conducting this survey?

This survey collects data on capital and repair expenditures in Canada. The information is used by Federal and Provincial government departments and agencies, trade associations, universities and international organizations for policy development and as a measure of regional economic activity.

Your information may also be used by Statistics Canada for other statistical and research purposes.

Your participation in this survey is required under the authority of the Statistics Act.

Other important information

Authorization to collect this information

Data are collected under the authority of the Statistics Act, Revised Statutes of Canada, 1985, Chapter S-19.

Confidentiality

By law, Statistics Canada is prohibited from releasing any information it collects that could identify any person, business, or organization, unless consent has been given by the respondent, or as permitted by the Statistics Act. Statistics Canada will use the information from this survey for statistical purposes only.

Record linkages

To enhance the data from this survey and to reduce the reporting burden, Statistics Canada may combine the acquired data with information from other surveys or from administrative sources.

Data-sharing agreements

To reduce respondent burden, Statistics Canada has entered into data-sharing agreements with provincial and territorial statistical agencies and other government organizations, which have agreed to keep the data confidential and use them only for statistical purposes. Statistics Canada will only share data from this survey with those organizations that have demonstrated a requirement to use the data.

Section 11 of the Statistics Act provides for the sharing of information with provincial and territorial statistical agencies that meet certain conditions. These agencies must have the legislative authority to collect the same information, on a mandatory basis, and the legislation must provide substantially the same provisions for confidentiality and penalties for disclosure of confidential information as the Statistics Act. Because these agencies have the legal authority to compel businesses to provide the same information, consent is not requested and businesses may not object to the sharing of the data.

For this survey, there are Section 11 agreements with the provincial and territorial statistical agencies of Newfoundland and Labrador, Nova Scotia, New Brunswick, Quebec, Ontario, Manitoba, Saskatchewan, Alberta, British Columbia, and the Yukon. The shared data will be limited to information pertaining to business establishments located within the jurisdiction of the respective province or territory.

Section 12 of the Statistics Act provides for the sharing of information with federal, provincial or territorial government organizations.
Under Section 12, you may refuse to share your information with any of these organizations by writing a letter of objection to the Chief Statistician, specifying the organizations with which you do not want Statistics Canada to share your data and mailing it to the following address:

Chief Statistician of Canada
Statistics Canada
Attention of Director, Enterprise Statistics Division
150 Tunney's Pasture Driveway
Ottawa, Ontario
K1A 0T6

You may also contact us by email at statcan.esdhelpdesk-dsebureaudedepannage.statcan@statcan.gc.ca or by fax at 613-951-6583.

For this survey, there are Section 12 agreements with the statistical agencies of Prince Edward Island, the Northwest Territories and Nunavut as well as Environment and Climate Change Canada, Infrastructure Canada, the Canada Energy Regulator, Natural Resources Canada and Sustainability Development Technology Canada.

For agreements with provincial and territorial government organizations, the shared data will be limited to information pertaining to business establishments located within the jurisdiction of the respective province or territory.

Business or organization and contact information

1. Verify or provide the business or organization's legal and operating name and correct where needed.

Note: Legal name modifications should only be done to correct a spelling error or typo.

Legal Name

The legal name is one recognized by law, thus it is the name liable for pursuit or for debts incurred by the business or organization. In the case of a corporation, it is the legal name as fixed by its charter or the statute by which the corporation was created.

Modifications to the legal name should only be done to correct a spelling error or typo.

To indicate a legal name of another legal entity you should instead indicate it in question 3 by selecting 'Not currently operational' and then choosing the applicable reason and providing the legal name of this other entity along with any other requested information.

Operating Name

The operating name is a name the business or organization is commonly known as if different from its legal name. The operating name is synonymous with trade name.

Legal name
Operating name (if applicable)

2. Verify or provide the contact information of the designated business or organization contact person for this questionnaire and correct where needed.

Note: The designated contact person is the person who should receive this questionnaire. The designated contact person may not always be the one who actually completes the questionnaire.

First name
Last name
Title
Preferred language of communication
- English
- French
Mailing address (number and street)
City
Province, territory or state
Postal code or ZIP code
Country
Email address
Telephone number (including area code)
Extension number (if applicable)
The maximum number of characters is 10.
Fax number (including area code)

3. Verify or provide the current operational status of the business or organization identified by the legal and operating name above.

Operational
Not currently operational
Why is this business or organization not currently operational?
- Seasonal operations
  - When did this business or organization close for the season?
    - Date
  - When does this business or organization expect to resume operations?
    - Date
- Ceased operations
  - When did this business or organization cease operations?
    - Date
  - Why did this business or organization cease operations?
    - Bankruptcy
    - Liquidation
    - Dissolution
    - Other - Specify the other reasons why the operations ceased
- Sold operations
  - When was this business or organization sold?
    - Date
  - What is the legal name of the buyer?
- Amalgamated with other businesses or organizations
  - When did this business or organization amalgamate?
    - Date
  - What is the legal name of the resulting or continuing business or organization?
  - What are the legal names of the other amalgamated businesses or organizations?
- Temporarily inactive but will re-open
  - When did this business or organization become temporarily inactive?
    - Date
  - When does this business or organization expect to resume operations?
    - Date
  - Why is this business or organization temporarily inactive?
- No longer operating due to other reasons
  - When did this business or organization cease operations?
    - Date
  - Why did this business or organization cease operations?

4. Verify or provide the current main activity of the business or organization identified by the legal and operating name above.

Note: The described activity was assigned using the North American Industry Classification System (NAICS).

This question verifies the business or organization's current main activity as classified by the North American Industry Classification System (NAICS). The North American Industry Classification System (NAICS) is an industry classification system developed by the statistical agencies of Canada, Mexico and the United States. Created against the background of the North American Free Trade Agreement, it is designed to provide common definitions of the industrial structure of the three countries and a common statistical framework to facilitate the analysis of the three economies. NAICS is based on supply-side or production-oriented principles, to ensure that industrial data, classified to NAICS , are suitable for the analysis of production-related issues such as industrial performance.

The target entity for which NAICS is designed are businesses and other organizations engaged in the production of goods and services. They include farms, incorporated and unincorporated businesses and government business enterprises. They also include government institutions and agencies engaged in the production of marketed and non-marketed services, as well as organizations such as professional associations and unions and charitable or non-profit organizations and the employees of households.

The associated NAICS should reflect those activities conducted by the business or organizational units targeted by this questionnaire only, as identified in the 'Answering this questionnaire' section and which can be identified by the specified legal and operating name. The main activity is the activity which most defines the targeted business or organization's main purpose or reason for existence. For a business or organization that is for-profit, it is normally the activity that generates the majority of the revenue for the entity.

The NAICS classification contains a limited number of activity classifications; the associated classification might be applicable for this business or organization even if it is not exactly how you would describe this business or organization's main activity.

Please note that any modifications to the main activity through your response to this question might not necessarily be reflected prior to the transmitting of subsequent questionnaires and as a result they may not contain this updated information.

The following is the detailed description including any applicable examples or exclusions for the classification currently associated with this business or organization.

Description and examples

This is the current main activity
This is not the current main activity
Provide a brief but precise description of this business or organization's main activity
e.g., breakfast cereal manufacturing, shoe store, software development

Main activity

5. You indicated that is not the current main activity. Was this business or organization's main activity ever classified as: ?

Yes
When did the main activity change?
Date
No

6. Search and select the industry classification code that best corresponds to this business or organization's main activity.

Select this business or organization's activity sector (optional)

Farming or logging operation
Construction company or general contractor
Manufacturer
Wholesaler
Retailer
Provider of passenger or freight transportation
Provider of investment, savings or insurance products
Real estate agency, real estate brokerage or leasing company
Provider of professional, scientific or technical services
Provider of health care or social services
Restaurant, bar, hotel, motel or other lodging establishment
Other sector

Reporting period information

1. What are the start and end dates of this organization's fiscal year for this survey?

Note: For this survey, the end date should fall between April 1, 2020 and March 31, 2021

Here are twelve common fiscal periods that fall within the targeted dates:

May 1, 2019 to April 30, 2020
June 1, 2019 to May 31, 2020
July 1, 2019 to June 30, 2020
August 1, 2019 to July 31, 2020
September 1, 2019 to August 31, 2020
October 1, 2019 to September 30, 2020
November 1, 2019 to October 31, 2020
December 1, 2019 to November 30, 2020
January 1, 2020 to December 31, 2020
February 1, 2020 to January 31, 2021
March 1, 2020 to February 28, 2021
April 1, 2020 to March 31, 2021

Here are other examples of fiscal periods that fall within the required dates:

September 18, 2019 to September 15, 2020 ( e.g., floating year-end)
June 1, 2020 to December 31, 2020 ( e.g., a newly opened business).

Fiscal Year Start date:

Fiscal Year-End date:

2. What is the reason the reporting period does not cover a full year?

Select all that apply.

Seasonal operations
New business
Change of ownership
Temporarily inactive
Change of fiscal year
Ceased operations
Other reason - specify:

What are Capital Expenditures?

Capital Expenditures are the gross expenditures on fixed assets for use in the operations of your organization or for lease or rent to others. Gross expenditures are expenditures before deducting proceeds from disposals, and credits (capital grants, donations, government assistance and investment tax credits).

Fixed assets are also known as capital assets or property, plant and equipment. They are items with a useful life of more than one year and are not purchased for resale but rather for use in the entity's production of goods and services. Examples are buildings, vehicles, leasehold improvements, furniture and fixtures, machinery, and computer software.

Include:

modifications, acquisitions and major renovations
capital costs such as feasibility studies, architectural, legal, installation and engineering fees
subsidies and grants received and used in additions to fixed assets and construction-in-progress during the period
capitalized interest charges on loans with which capital projects are financed
work done by own labour force
additions to capital work in progress (construction-in-progress) accounts.

Exclude:

transfers from capital work in progress (construction-in-progress) to fixed assets accounts
assets associated with the acquisition of companies
property developed for sale and machinery or equipment acquired for sale (inventory).

How to Treat Leases

Include:

assets acquired as a lessee through either a capital or financial lease
assets acquired for lease to others as an operating lease.

Exclude:

operating leases acquired as a lessee and capitalized to right-of-use assets in accordance with IFRS 16 (International Financial Reporting Standards)
assets acquired for lease to others, either as a capital or financial lease.

What are Repair Expenditures?

Non-capitalized repair and maintenance expenditures are that portion of current or operating expenditures charged against revenue in the year incurred and made for the purpose of keeping the stock of fixed assets in good working condition during the life originally intended.

Repair and maintenance allow such fixed assets to operate at output producing capacity during the asset life without undue amounts of down time (preventive function). A second purpose is the returning of any portion of the stock of fixed assets into a state of good working condition after any malfunctioning or reduced efficiency for whatever reason (curative function) short of replacement of such fixed assets or adding significantly to their life or productive efficiency.

Maintenance expenditures on buildings and other structures may include the routine care of assets such as janitorial services, snow removal and/or salting and sanding by the firm's own employees or persons outside the firm's employ. Maintenance expenditures on machinery and equipment may include oil change and lubrication of vehicles and machinery.

Additional reporting instructions

3. Throughout this questionnaire, please report financial information in thousands of Canadian dollars. For example, an amount of $763,880.25 should be reported as:

CAN$ '000 : $764,000

I will report in the format above

Total capital and repair expenditures

1. For the fiscal year ending YYYY-MM-DD, what were the organization's gross capital and repair expenditures for the following categories?

Include acquisitions, renovations, leasehold improvements, and additions to work in progress.

Exclude asset transfers and business acquisitions.

A) Gross capital expenditures, excluding land

Include:

the cost of demolition of buildings, land servicing and site preparation
leasehold and land improvements
additions to work in progress
townsite facilities such as streets, sewers, stores and schools
all preconstruction planning and design costs such as engineer and consulting fees and any materials supplied to construction contractors for installation, etc.
cost of all new buildings, engineering, machinery and equipment which normally have a life of more than one year and are charged to fixed asset accounts
modifications, acquisitions and major renovations
subsidies
capitalized interest charges on loans with which capital projects are financed.

How to Treat Leases

Include:

assets acquired as a lessee through either a capital or financial lease
assets acquired for lease to others as an operating lease.

Exclude:

right-of-use asset additions, leases and or acquisitions
assets acquired for lease to others, either as a capital or financial lease.

B) Land

Total should include all costs associated with the purchase of the land that are not amortized or depreciated. Improvements of land should be reported in Gross capital expenditures, excluding land.

C) Non-capitalized repair and maintenance expenditures

This represents the repair and maintenance of assets in contrast to the acquisition of assets or the renovation of assets.

Include:

gross non-capital repair and maintenance expenditures on non-residential buildings, other structures and on machinery and equipment
value of repair work done by your own employees as well as payments to persons outside your employment
building maintenance such as janitorial services, snow removal and sanding, etc.

D) Non-capitalized repair and maintenance expenditures for machinery and equipment

Include:

equipment maintenance such as oil changes and lubrication of vehicles and other machinery, etc.

For the fiscal year ending YYYY-MM-DD, what were the organization's gross capital and repair expenditures for the following categories?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000
A) Gross capital expenditures, excluding land
B) Land
C) Non-capitalized repair and maintenance expenditures
D) Of the amount reported for non-capitalized repair and maintenance expenditures, enter an amount representing machinery and equipment (include vehicles and office equipment)

2. What is the total dollar value of your capital work in progress (buildings, other construction, machinery and equipment, software) at year end?

These capital costs should be reported as Capital Expenditures in the year that they occurred.

Work in Progress: Work in progress represents accumulated costs since the start of capital projects which are intended to be capitalized upon completion.

CAN$ '000

Total capital and repair expenditures

3. You have reported that no capital or repair expenditures were incurred for the operations covered by this questionnaire. Please indicate the reason.

Select all that apply.

No capital or repair expenditures to report this year, but may in future
No fixed assets (buildings, computers, software, etc. ) held and none expected to be held by the legal entity covered by this questionnaire
e.g. , financial fund, holding company
No fixed assets (buildings, computers, software, etc. ) are used in carrying out the operations covered by this questionnaire
e.g. , fixed assets used in other operations included in a separate questionnaire
Other - specify:

Gross Capital Expenditures - Residential Construction

4. For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for residential construction?

Include housing and accommodation units with exclusive use of kitchen and bathroom facilities.

Exclude:

buildings that have accommodation units without self contained bathroom and kitchen facilities ( e.g. , some student and senior citizens residences). These should be included in non-residential construction.
associated services and townsite facilities ( e.g. , natural gas mains and services, electric power lines). These should be included in non-residential construction.

Residential Construction: Capital expenditures incurred during the reporting period for residential structures (on a contracted basis and/or by your own employees).

Include the housing portion of multi-purpose projects and of townsites.

Exclude buildings that have accommodation units without self contained or exclusive use of bathroom and kitchen facilities ( e.g., some student and senior citizens residences) and associated expenditures on services.

For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for residential construction?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000
Residential construction
i. New Assets
ii. Purchase of Used Canadian Assets
iii. Renovation, Retrofit, Refurbishing, Overhauling, Restoration

Gross Capital Expenditures - Non-residential construction

5. For the fiscal year ending YYYY-MM-DD, did this organization have capital expenditures for non-residential construction?

Include acquisitions, renovations, leasehold improvements, and additions to work in progress.

Exclude asset transfers and business acquisitions.

Non-Residential Construction: Capital expenditures incurred during the reporting period for non-residential building and engineering construction (on a contracted basis and/or by your own employees) whether for your own use or rent to others.

Include:

manufacturing plants, warehouses, office buildings, shopping centres, etc.
roads, bridges, sewers, electric power lines, underground cables, etc.
the cost of demolition of buildings, land servicing and site preparation
leasehold and land improvements
additions to work in progress
townsite facilities such as streets, sewers, stores and schools
buildings that have accommodation units without self contained or exclusive use of bathroom and kitchen facilities ( e.g. , some student and senior citizen residences) and associated expenditures on services
all preconstruction planning and design costs such as engineer and consulting fees and any materials supplied to construction contractors for installation, etc.

New Assets: Report Capital Expenditures for acquisitions of new assets including the portion of work in progress for the current year. Include imports of used assets since they represent newly acquired assets for the Canadian economy.

Purchase of Used Canadian Assets: The object of our survey is to measure the acquisitions of new fixed assets separately from used fixed assets in the Canadian economy as a whole. This is because the acquisition of used assets does not increase the total inventory of fixed assets, it only transfers them within the Canadian economy. Report acquisition of used assets separately in this column.

Renovation, Retrofit, Refurbishing, Overhauling and Restoration: Report Capital Expenditures for existing assets being upgraded, renovated, retrofitted, refurbished, overhauled or restored.

Expected Useful Life of Assets: Report the expected life of the asset in years.

Gross Capital Expenditures - Non-residential construction

6. For the fiscal year ending YYYY-MM-DD, which non-residential construction assets were acquired?

Include acquisitions, renovations, leasehold improvements, and additions to work in progress.

Exclude asset transfers and business acquisitions.

Select all that apply.

Construction structures should be classified to an asset according to its principal use unless it is a multi-purpose structure where we would like you to separate the components. The cost of any machinery and equipment which is an integral or built-in feature of the structure ( e.g. , elevators, heating equipment, sprinkler systems, environmental controls, intercom systems, etc. ) should be reported as part of that structure as well as landscaping, associated parking lots, etc.

Industrial Building

Select all assets that apply.

Manufacturing plants
Industrial depots and service buildings
e.g. , maintenance garages
Farm buildings and structures
Other industrial sites and buildings - specify:

Commercial Building

Select all assets that apply.

Industrial laboratories and research and development centres
Warehouses
e.g. , distribution centres
Service stations
Include automotive repair shops
Office buildings
Include bank buildings
Hotels and motels
Restaurants
Include nightclubs
Shopping centres, plazas, malls and stores
Theatres and halls
Indoor recreational facilities
e.g. , indoor ice skating rinks, indoor swimming pools
Other collective dwellings
e.g. , bunkhouse, workcamps
Student residences
Airports and other passenger terminals
e.g. , bus stations, boat passenger/ferry terminals
Communications buildings
Sports facilities with spectator capacity
Other commercial buildings, not elsewhere classified - specify:
e.g. , car/automotive dealerships, grain elevators, mail sorting facilities

Institutional Building

Select all assets that apply.

Schools, colleges, universities and other educational buildings
Religious centres and memorial sites
Hospitals
Nursing homes and senior citizen homes
Other health care buildings, not elsewhere classified
e.g. , dentist offices, physicians' offices
Daycare centres
Libraries
Historical sites
Museums
Include observatories, art galleries, public archives, science centres
Public safety facilities
e.g. , prisons, fire stations
Other institutional buildings, not elsewhere classified - specify:

Marine Engineering Infrastructure

Select all assets that apply.

Seaports and harbours
Canals and waterways
Marinas
Other marine infrastructure - specify:

Transportation Engineering Infrastructure

Select all assets that apply.

Parking lots and garages
Include electric car charging stations
Highways, roads and streets
Runways (include lighting)
Railway tracks
Include light rails, underground or elevated, rapid transit systems
Bridges
Tunnels
Other land transportation infrastructure, not elsewhere classified - specify:

Waterworks Engineering Infrastructure

Select all assets that apply.

Water filtration plants
Water supply infrastructure

Sewage Engineering Infrastructure

Select all assets that apply.

Sewage treatment plants
Sewage collection and disposal infrastructure

Electric Power Engineering Infrastructure

Select all assets that apply.

Natural gas, coal and oil power plants
Nuclear power plants
Hydro-electric power plants
Other power generating plants (wind, solar, biomass)
Power transmission networks
Power distribution networks

Communication networks

Select all assets that apply.

Telecommunications transmission cables and lines (except optical fibre)
e.g. , aerial, underground and submarine
Telecommunications transmission optical fibre cables
e.g. , aerial, underground and submarine
Telecommunications transmission support structures
e.g. , towers, poles and conduit
Other communications networks - specify:

Oil and Gas Engineering Construction

Select all assets that apply.

Oil refineries
Natural gas processing plants
Pipelines (except water supply conduits)
Development drilling for oil and gas
Production facilities in oil and gas extraction
Enhanced recovery techniques for oil and gas
Site development services for oil and gas fields
Gas distribution systems (mains and services) and other oil and gas infrastructure
e.g. , storage tanks

Mining Engineering Construction

Select all assets that apply.

Mine surface buildings (except for beneficiation)
Mine buildings for ore beneficiation
Mine structures (except buildings)
Tailings disposal systems and settling ponds
Site development for mining

Other Engineering Construction

Select all assets that apply.

Pollution abatement and control infrastructure
Outdoor recreational facilities
e.g. , parks, hiking trails, campgrounds
Waste disposal facilities
Irrigation networks
Site remediation
Reclaimed land
Flood protection infrastructures
Other engineering works, not elsewhere classified - specify:

7. For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for industrial building construction?

Include:

manufacturing plants, warehouses, office buildings, shopping centres, etc.
roads, bridges, sewers, electric power lines, underground cables, etc.
the cost of demolition of buildings, land servicing and site preparation
leasehold and land improvements
additions to work in progress
townsite facilities such as streets, sewers, stores and schools
buildings that have accommodation units without self contained or exclusive use of bathroom and kitchen facilities ( e.g. , some student and senior citizen residences) and associated expenditures on services
all preconstruction planning and design costs such as engineer and consulting fees and any materials supplied to construction contractors for installation, etc.

Renovation, Retrofit, Refurbishing, Overhauling and Restoration: Report Capital Expenditures for existing assets being upgraded, renovated, retrofitted, refurbished, overhauled or restored.

Expected Useful Life of Assets: Report the expected life of the asset in years. If you have purchased similar assets with varying expected useful lives, please combine the data and provide a weighted average for the number of years.

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for industrial building construction?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Expected useful life (years)
Manufacturing plants
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Industrial depots and service buildings
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Farm buildings and structures
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Other industrial sites and buildings
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total

8. For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for commercial building construction?

Include:

manufacturing plants, warehouses, office buildings, shopping centres, etc.
roads, bridges, sewers, electric power lines, underground cables, etc.
the cost of demolition of buildings, land servicing and site preparation
leasehold and land improvements
additions to work in progress
townsite facilities such as streets, sewers, stores and schools
buildings that have accommodation units without self contained or exclusive use of bathroom and kitchen facilities ( e.g. , some student and senior citizen residences) and associated expenditures on services
all preconstruction planning and design costs such as engineer and consulting fees and any materials supplied to construction contractors for installation, etc.

Renovation, Retrofit, Refurbishing, Overhauling and Restoration: Report Capital Expenditures for existing assets being upgraded, renovated, retrofitted, refurbished, overhauled or restored.

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for commercial building construction?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Expected useful life (years)
Industrial laboratories, research and development centres
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Warehouses
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Service stations
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Office buildings
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Hotels
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Restaurants
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Shopping centres, plazas, malls and stores
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Theatres and halls
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Indoor recreational facilities
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Other collective dwellings
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Student residences
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Airports and other passenger terminals
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Communications buildings
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Sports facilities with spectator capacity
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Other commercial buildings, not elsewhere classified
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total

9. For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for institutional building construction?

Include:

manufacturing plants, warehouses, office buildings, shopping centres, etc.
roads, bridges, sewers, electric power lines, underground cables, etc.
the cost of demolition of buildings, land servicing and site preparation
leasehold and land improvements
additions to work in progress
townsite facilities such as streets, sewers, stores and schools
buildings that have accommodation units without self contained or exclusive use of bathroom and kitchen facilities ( e.g. , some student and senior citizen residences) and associated expenditures on services
all preconstruction planning and design costs such as engineer and consulting fees and any materials supplied to construction contractors for installation, etc.

Renovation, Retrofit, Refurbishing, Overhauling and Restoration: Report Capital Expenditures for existing assets being upgraded, renovated, retrofitted, refurbished, overhauled or restored.

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for institutional building construction?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Expected useful life (years)
Schools, colleges, universities and other educational buildings
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Religious centres and memorial sites
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Hospitals
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Nursing homes, homes for the aged
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Health centres, clinics and other health care buildings
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Daycare centres
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Libraries
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Historical sites
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Museums
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Public security facilities
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Other institutional buildings, not elsewhere classified
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total

10. For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for marine engineering construction?

Include:

manufacturing plants, warehouses, office buildings, shopping centres, etc.
roads, bridges, sewers, electric power lines, underground cables, etc.
the cost of demolition of buildings, land servicing and site preparation
leasehold and land improvements
additions to work in progress
townsite facilities such as streets, sewers, stores and schools
buildings that have accommodation units without self contained or exclusive use of bathroom and kitchen facilities ( e.g. , some student and senior citizen residences) and associated expenditures on services
all preconstruction planning and design costs such as engineer and consulting fees and any materials supplied to construction contractors for installation, etc.

Renovation, Retrofit, Refurbishing, Overhauling and Restoration: Report Capital Expenditures for existing assets being upgraded, renovated, retrofitted, refurbished, overhauled or restored.

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for marine engineering construction?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Expected useful life (years)
Seaports
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Canals and waterways
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Marinas and harbours
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Other marine infrastructure
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total

11. For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for transportation engineering construction?

Include:

manufacturing plants, warehouses, office buildings, shopping centres, etc.
roads, bridges, sewers, electric power lines, underground cables, etc.
the cost of demolition of buildings, land servicing and site preparation
leasehold and land improvements
additions to work in progress
townsite facilities such as streets, sewers, stores and schools
buildings that have accommodation units without self contained or exclusive use of bathroom and kitchen facilities ( e.g. , some student and senior citizen residences) and associated expenditures on services
all preconstruction planning and design costs such as engineer and consulting fees and any materials supplied to construction contractors for installation, etc.

Renovation, Retrofit, Refurbishing, Overhauling and Restoration: Report Capital Expenditures for existing assets being upgraded, renovated, retrofitted, refurbished, overhauled or restored.

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for transportation engineering construction?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Expected useful life (years)
Parking lots and garages
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Highway and road structures and networks
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Runways (include lighting)
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Railway lines
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Bridges
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Tunnels
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Other land transportation infrastructure, not elsewhere classified
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total

12. For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for waterworks engineering construction?

Include:

manufacturing plants, warehouses, office buildings, shopping centres, etc.
roads, bridges, sewers, electric power lines, underground cables, etc.
the cost of demolition of buildings, land servicing and site preparation
leasehold and land improvements
additions to work in progress
townsite facilities such as streets, sewers, stores and schools
buildings that have accommodation units without self contained or exclusive use of bathroom and kitchen facilities ( e.g. , some student and senior citizen residences) and associated expenditures on services
all preconstruction planning and design costs such as engineer and consulting fees and any materials supplied to construction contractors for installation, etc.

Renovation, Retrofit, Refurbishing, Overhauling and Restoration: Report Capital Expenditures for existing assets being upgraded, renovated, retrofitted, refurbished, overhauled or restored.

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for waterworks engineering construction?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Expected useful life (years)
Water filtration plants
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Water supply infrastructure
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total

13. For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for sewage engineering construction?

Include:

manufacturing plants, warehouses, office buildings, shopping centres, etc.
roads, bridges, sewers, electric power lines, underground cables, etc.
the cost of demolition of buildings, land servicing and site preparation
leasehold and land improvements
additions to work in progress
townsite facilities such as streets, sewers, stores and schools
buildings that have accommodation units without self contained or exclusive use of bathroom and kitchen facilities ( e.g. , some student and senior citizen residences) and associated expenditures on services
all preconstruction planning and design costs such as engineer and consulting fees and any materials supplied to construction contractors for installation, etc.

Renovation, Retrofit, Refurbishing, Overhauling and Restoration: Report Capital Expenditures for existing assets being upgraded, renovated, retrofitted, refurbished, overhauled or restored.

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for sewage engineering construction?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Expected useful life (years)
Sewage treatment plants
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Sewage collection and disposal infrastructure
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total

14. For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for electric power engineering construction?

Include:

manufacturing plants, warehouses, office buildings, shopping centres, etc.
roads, bridges, sewers, electric power lines, underground cables, etc.
the cost of demolition of buildings, land servicing and site preparation
leasehold and land improvements
additions to work in progress
townsite facilities such as streets, sewers, stores and schools
buildings that have accommodation units without self contained or exclusive use of bathroom and kitchen facilities ( e.g. , some student and senior citizen residences) and associated expenditures on services
all preconstruction planning and design costs such as engineer and consulting fees and any materials supplied to construction contractors for installation, etc.

Renovation, Retrofit, Refurbishing, Overhauling and Restoration: Report Capital Expenditures for existing assets being upgraded, renovated, retrofitted, refurbished, overhauled or restored.

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for electric power engineering construction?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Expected useful life (years)
Steam production plants
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Nuclear production plants
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Hydro-electric power plants
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Other Power generating plants
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Power transmission networks
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Power distribution networks
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total

15. For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for communications networks construction?

Include:

manufacturing plants, warehouses, office buildings, shopping centres, etc.
roads, bridges, sewers, electric power lines, underground cables, etc.
the cost of demolition of buildings, land servicing and site preparation
leasehold and land improvements
additions to work in progress
townsite facilities such as streets, sewers, stores and schools
buildings that have accommodation units without self contained or exclusive use of bathroom and kitchen facilities ( e.g. , some student and senior citizen residences) and associated expenditures on services
all preconstruction planning and design costs such as engineer and consulting fees and any materials supplied to construction contractors for installation, etc.

Renovation, Retrofit, Refurbishing, Overhauling and Restoration: Report Capital Expenditures for existing assets being upgraded, renovated, retrofitted, refurbished, overhauled or restored.

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for communications networks construction?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Expected useful life (years)
Telecommunications transmission cables and lines (except optical fibre) - (e.g., aerial, underground and submarine)
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Telecommunications transmission optical fibre cables (e.g., aerial, underground and submarine)
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Telecommunications transmission support structures - towers, poles, conduit
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Other communications networks
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total

16. For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for oil and gas engineering construction?

Include:

manufacturing plants, warehouses, office buildings, shopping centres, etc.
roads, bridges, sewers, electric power lines, underground cables, etc.
the cost of demolition of buildings, land servicing and site preparation
leasehold and land improvements
additions to work in progress
townsite facilities such as streets, sewers, stores and schools
buildings that have accommodation units without self contained or exclusive use of bathroom and kitchen facilities ( e.g. , some student and senior citizen residences) and associated expenditures on services
all preconstruction planning and design costs such as engineer and consulting fees and any materials supplied to construction contractors for installation, etc.

Renovation, Retrofit, Refurbishing, Overhauling and Restoration: Report Capital Expenditures for existing assets being upgraded, renovated, retrofitted, refurbished, overhauled or restored.

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for oil and gas engineering construction?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Expected useful life (years)
Oil refineries
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Natural gas processing plants
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Pipelines
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Development drilling for oil and gas
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Production facilities in oil and gas extraction
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Enhanced recovery techniques for oil and gas
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Site development services for oil and gas fields
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Gas distribution systems (mains and services) and other oil and gas infrastructure
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total

17. For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for mining engineering construction?

Include:

manufacturing plants, warehouses, office buildings, shopping centres,
etc.
roads, bridges, sewers, electric power lines, underground cables,
etc.
the cost of demolition of buildings, land servicing and site preparation
leasehold and land improvements
additions to work in progress
townsite facilities such as streets, sewers, stores and schools
buildings that have accommodation units without self contained or exclusive use of bathroom and kitchen facilities ( e.g., some student and senior citizen residences) and associated expenditures on services
all preconstruction planning and design costs such as engineer and consulting fees and any materials supplied to construction contractors for installation, etc.

For commissioning phase or start-up (pre-commercial operations) mining activities please exclude the capitalized operating costs.

Renovation, Retrofit, Refurbishing, Overhauling and Restoration: Report Capital Expenditures for existing assets being upgraded, renovated, retrofitted, refurbished, overhauled or restored.

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) / (Total Capital Expenditures)

Years = ((1000 X 20) + (100 X 10) + (10 X 30)) / 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for mining engineering construction?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Expected useful life (years)
Mine surface buildings (except for beneficiation)
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Mine buildings for beneficiation treatment of minerals
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Mine structures
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Tailing disposal systems settling ponds
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Mine-site development
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total

18. For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for other engineering construction?

Include:

manufacturing plants, warehouses, office buildings, shopping centres, etc.
roads, bridges, sewers, electric power lines, underground cables, etc.
the cost of demolition of buildings, land servicing and site preparation
leasehold and land improvements
additions to work in progress
townsite facilities such as streets, sewers, stores and schools
buildings that have accommodation units without self contained or exclusive use of bathroom and kitchen facilities ( e.g. , some student and senior citizen residences) and associated expenditures on services
all preconstruction planning and design costs such as engineer and consulting fees and any materials supplied to construction contractors for installation, etc.

Renovation, Retrofit, Refurbishing, Overhauling and Restoration: Report Capital Expenditures for existing assets being upgraded, renovated, retrofitted, refurbished, overhauled or restored.

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for other engineering construction?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Expected useful life (years)
Pollution abatement and control
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Outdoor recreational facilities
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Waste disposal facilities
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Irrigation networks
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Site remediation
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Reclaimed land
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Flood protection infrastructure
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Other engineering works, not elsewhere classified
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total

19. Capital Expenditures for Non-Residential Construction

Capital Expenditures for Non-Residential Construction
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000
Industrial Building
Total New Assets
Total Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total new assets (including renovation, retrofit, refurbishing, overhauling, restoration)
Commercial Building
Total New Assets
Total Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total new assets (including renovation, retrofit, refurbishing, overhauling, restoration)
Institutional Building
Total New Assets
Total Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total new assets (including renovation, retrofit, refurbishing, overhauling, restoration)
Marine Engineering Infrastructure
Total New Assets
Total Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total new assets (including renovation, retrofit, refurbishing, overhauling, restoration)
Transportation Engineering Infrastructure
Total New Assets
Total Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total new assets (including renovation, retrofit, refurbishing, overhauling, restoration)
Waterworks Engineering Infrastructure
Total New Assets
Total Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total new assets (including renovation, retrofit, refurbishing, overhauling, restoration)
Sewage Engineering Infrastructure
Total New Assets
Total Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total new assets (including renovation, retrofit, refurbishing, overhauling, restoration)
Electric Power Engineering Infrastructure
Total New Assets
Total Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total new assets (including renovation, retrofit, refurbishing, overhauling, restoration)
Communication Networks
Total New Assets
Total Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total new assets (including renovation, retrofit, refurbishing, overhauling, restoration)
Oil and Gas Engineering Construction
Total New Assets
Total Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total new assets (including renovation, retrofit, refurbishing, overhauling, restoration)
Mining Engineering Construction
Total New Assets
Total Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total new assets (including renovation, retrofit, refurbishing, overhauling, restoration)
Other Engineering Construction
Total New Assets
Total Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total new assets (including renovation, retrofit, refurbishing, overhauling, restoration)
Total
Total New Assets
Total Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total new assets (including renovation, retrofit, refurbishing, overhauling, restoration)
Total Used Assets
Box A1 + A2
Box A1 + A2
Box A1 + A2

Gross Capital Expenditures - Machinery and Equipment

20. For the fiscal year ending YYYY-MM-DD, did this organization have capital expenditures for machinery and equipment?

Include renovations and acquisitions to work in progress.

Machinery and Equipment: Capital expenditures incurred during the reporting period for machinery and equipment, whether for your own use or for lease or rent to others.

Include:

automobiles, trucks, professional and scientific equipment, office and store furniture and appliances
computers (hardware only), broadcasting, telecommunications and other information and communication technologies equipment
motors, generators, transformers
any capitalized tooling expenses
acquisitions to work in progress
progress payments paid out before delivery in the year in which such payments are made
any balance owing or holdbacks should be reported in the year the cost is incurred.

Renovation, Retrofit, Refurbishing, Overhauling and Restoration: Report Capital Expenditures for existing assets being upgraded, renovated, retrofitted, refurbished, overhauled or restored.

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

21. For the fiscal year ending YYYY-MM-DD, which machinery and equipment assets were acquired?

Include renovations and acquisitions to work in progress.

Select all that apply.

Machinery and Equipment: Capital expenditures incurred during the reporting period for machinery and equipment, whether for your own use or for lease or rent to others.

Include:

automobiles, trucks, professional and scientific equipment, office and store furniture and appliances
computers (hardware only), broadcasting, telecommunications and other information and communication technologies equipment
motors, generators, transformers
any capitalized tooling expenses
acquisitions to work in progress
progress payments paid out before delivery in the year in which such payments are made
any balance owing or holdbacks should be reported in the year the cost is incurred.

Medium and Heavy Trucks, Buses and Other Motor Vehicles

Select all assets that apply.

Medium and heavy-duty trucks
Buses
Freight and utility trailers
Special-purpose vehicles
e.g. , ambulances, garbage truck, fire trucks, tow trucks
Materials handling trucks and tractors
e.g. , forklifts
Other motor vehicles

Passenger Cars and Light Trucks

Select all assets that apply.

Passenger cars, light-duty trucks, vans and SUVs

Other Transportation Equipment

Select all assets that apply.

Locomotives, railway rolling stock, and rapid transit equipment
Civilian aircraft
Non-military ships, barges and platforms
Boats and personal watercraft
Other transportation equipment - specify:

Processing Equipment

Select all assets that apply.

Water treatment equipment
Filters and strainers for fluids and fluid power systems
Packing, packaging, and bottling machinery
Mineral crushing, screening, processing and beneficiation machinery and equipment
Metalworking machinery
Industrial moulds, special dies, and patterns
Other industry-specific manufacturing machinery, not elsewhere classified - specify:
Include tooling

Computers and Office Equipment

Select all assets that apply.

Computers and computer peripheral equipment
Optical and projection equipment, photocopiers, and office machines (except computers and peripherals)
Office furniture

Telecommunications, Cable and Broadcasting Equipment

Select all assets that apply.

Broadcast, studio, alarm, and signalling equipment
e.g. , alarm systems
Navigational and guidance instruments
Telephone and data communications equipment
Televisions and other audio and video equipment
Other communication equipment - specify:

Commercial and Service Industry Machinery and Equipment

Select all assets that apply.

Commercial cooking and food-warming equipment
Commercial and service industry machinery and equipment, not elsewhere classified

Other Industrial Machinery and Equipment

Select all assets that apply.

Heavy-gauge metal containers (including intermodal)
Hand tools and power hand tools (except welding and soldering equipment)
Logging machinery and equipment
Rock drilling machinery and equipment
Other mining and quarrying machinery and equipment, not elsewhere classified
Oil and gas field production machinery and equipment
Construction machinery and equipment
Nuclear reactor steam supply systems
Welding and soldering equipment
Industrial furnaces and ovens, and electric industrial heating equipment
Other materials handling equipment, conveyors, and elevators

Medical, Scientific and Technical Instruments and equipment

Select all assets that apply.

Medical and laboratory equipment (except scientific instruments)
Scientific and technical instruments (except electromedical and irradiation equipment)
Other measuring, control, and scientific instruments (except electromedical and irradiation equipment)
Medical, dental and personal safety supplies

Other Machinery and Equipment

Select all assets that apply.

Institutional and other furniture, not elsewhere classified (including furniture frames)
Engines (except gasoline and diesel engines for motor vehicles, and aircraft engines) and mechanical power transmission equipment
Pumps and compressors
Heating and cooling equipment (except household refrigerators and freezers)
e.g. , heating, ventilation and air conditioning (HVAC)
Power and distribution transformers
Other transformers
Military aircraft
Military ships
Military armoured vehicles
Billboards
Non-residential mobile buildings
Electric motors and generators
Switchgear, switchboards, relays, and industrial control apparatus
Turbines, turbine generators, and turbine generator sets
Boilers, metal tanks, industrial valves and seals
Agricultural, lawn and garden machinery and equipment
Instruments for measuring electricity
Industrial and commercial fans, blowers and air purification equipment
Appliances
Unmanned aerial vehicles (drones)
Partitions, shelving, lockers and other fixtures
Batteries
Sporting and athletic goods
Other machinery and equipment - specify:

22. For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for medium and heavy trucks, buses and other motor vehicles?

Machinery and Equipment: Capital expenditures incurred during the reporting period for machinery and equipment, whether for your own use or for lease or rent to others.

Include:

automobiles, trucks, professional and scientific equipment, office and store furniture and appliances
computers (hardware only), broadcasting, telecommunications and other information and communication technologies equipment
motors, generators, transformers
any capitalized tooling expenses
acquisitions to work in progress
progress payments paid out before delivery in the year in which such payments are made
any balance owing or holdbacks should be reported in the year the cost is incurred.

Renovation, Retrofit, Refurbishing, Overhauling and Restoration: Report Capital Expenditures for existing assets being upgraded, renovated, retrofitted, refurbished, overhauled or restored.

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for medium and heavy trucks, buses and other motor vehicles?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Expected useful life (years)
Medium and heavy-duty trucks
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Buses
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Freight and utility trailers
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Special-purpose vehicles
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Materials handling trucks and tractors
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Other motor vehicles
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total

23. For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for passenger cars and light trucks?

Machinery and Equipment: Capital expenditures incurred during the reporting period for machinery and equipment, whether for your own use or for lease or rent to others.

Include:

automobiles, trucks, professional and scientific equipment, office and store furniture and appliances
computers (hardware only), broadcasting, telecommunications and other information and communication technologies equipment
motors, generators, transformers
any capitalized tooling expenses
acquisitions to work in progress
progress payments paid out before delivery in the year in which such payments are made
any balance owing or holdbacks should be reported in the year the cost is incurred.

Renovation, Retrofit, Refurbishing, Overhauling and Restoration: Report Capital Expenditures for existing assets being upgraded, renovated, retrofitted, refurbished, overhauled or restored.

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for passenger cars and light trucks?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Expected useful life (years)
Passenger cars, light-duty trucks, vans and SUVs
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total

24. For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for other transportation equipment?

Machinery and Equipment: Capital expenditures incurred during the reporting period for machinery and equipment, whether for your own use or for lease or rent to others.

Include:

automobiles, trucks, professional and scientific equipment, office and store furniture and appliances
computers (hardware only), broadcasting, telecommunications and other information and communication technologies equipment
motors, generators, transformers
any capitalized tooling expenses
acquisitions to work in progress
progress payments paid out before delivery in the year in which such payments are made
any balance owing or holdbacks should be reported in the year the cost is incurred.

Renovation, Retrofit, Refurbishing, Overhauling and Restoration: Report Capital Expenditures for existing assets being upgraded, renovated, retrofitted, refurbished, overhauled or restored.

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for other transportation equipment?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Expected useful life (years)
Locomotives, railway rolling stock, and rapid transit equipment
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Civilian aircraft
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Non-military ships, barges and platforms
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Boats and personal watercraft
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Other transportation equipment
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total

25. For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for processing equipment?

Machinery and Equipment: Capital expenditures incurred during the reporting period for machinery and equipment, whether for your own use or for lease or rent to others.

Include:

automobiles, trucks, professional and scientific equipment, office and store furniture and appliances
computers (hardware only), broadcasting, telecommunications and other information and communication technologies equipment
motors, generators, transformers
any capitalized tooling expenses
acquisitions to work in progress
progress payments paid out before delivery in the year in which such payments are made
any balance owing or holdbacks should be reported in the year the cost is incurred.

Renovation, Retrofit, Refurbishing, Overhauling and Restoration: Report Capital Expenditures for existing assets being upgraded, renovated, retrofitted, refurbished, overhauled or restored.

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for processing equipment?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Expected useful life (years)
Water treatment equipment
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Filters and strainers for fluids and fluid power systems
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Packing, packaging, and bottling machinery
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Mineral crushing, screening, processing and beneficiation machinery and equipment
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Metalworking machinery
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Industrial moulds, special dies, and patterns
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Other industry-specific manufacturing machinery, not elsewhere classified
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total

26. For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for computers and office equipment?

Machinery and Equipment: Capital expenditures incurred during the reporting period for machinery and equipment, whether for your own use or for lease or rent to others.

Include:

automobiles, trucks, professional and scientific equipment, office and store furniture and appliances
computers (hardware only), broadcasting, telecommunications and other information and communication technologies equipment
motors, generators, transformers
any capitalized tooling expenses
acquisitions to work in progress
progress payments paid out before delivery in the year in which such payments are made
any balance owing or holdbacks should be reported in the year the cost is incurred.

Renovation, Retrofit, Refurbishing, Overhauling and Restoration: Report Capital Expenditures for existing assets being upgraded, renovated, retrofitted, refurbished, overhauled or restored.

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for computers and office equipment?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Expected useful life (years)
Computers and computer peripheral equipment
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Optical and projection equipment, photocopiers, and office machines (except computers and peripherals)
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Office furniture
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total

27. For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for telecommunications, cable and broadcasting equipment?

Machinery and Equipment: Capital expenditures incurred during the reporting period for machinery and equipment, whether for your own use or for lease or rent to others.

Include:

automobiles, trucks, professional and scientific equipment, office and store furniture and appliances
computers (hardware only), broadcasting, telecommunications and other information and communication technologies equipment
motors, generators, transformers
any capitalized tooling expenses
acquisitions to work in progress
progress payments paid out before delivery in the year in which such payments are made
any balance owing or holdbacks should be reported in the year the cost is incurred.

Renovation, Retrofit, Refurbishing, Overhauling and Restoration: Report Capital Expenditures for existing assets being upgraded, renovated, retrofitted, refurbished, overhauled or restored.

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for telecommunications, cable and broadcasting equipment?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Expected useful life (years)
Broadcast, studio, alarm, and signalling equipment
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Navigational and guidance instruments
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Telephone and data communications equipment
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Televisions and other audio and video equipment
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Other communication equipment
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total

28. For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for commercial and service industry machinery and equipment?

Machinery and Equipment: Capital expenditures incurred during the reporting period for machinery and equipment, whether for your own use or for lease or rent to others.

Include:

automobiles, trucks, professional and scientific equipment, office and store furniture and appliances
computers (hardware only), broadcasting, telecommunications and other information and communication technologies equipment
motors, generators, transformers
any capitalized tooling expenses
acquisitions to work in progress
progress payments paid out before delivery in the year in which such payments are made
any balance owing or holdbacks should be reported in the year the cost is incurred.

Renovation, Retrofit, Refurbishing, Overhauling and Restoration: Report Capital Expenditures for existing assets being upgraded, renovated, retrofitted, refurbished, overhauled or restored.

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for commercial and service industry machinery and equipment?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Expected useful life (years)
Commercial cooking and food-warming equipment
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Commercial and service industry machinery and equipment, not elsewhere classified
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total

29. For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for other industrial machinery and equipment?

Machinery and Equipment: Capital expenditures incurred during the reporting period for machinery and equipment, whether for your own use or for lease or rent to others.

Include:

automobiles, trucks, professional and scientific equipment, office and store furniture and appliances
computers (hardware only), broadcasting, telecommunications and other information and communication technologies equipment
motors, generators, transformers
any capitalized tooling expenses
acquisitions to work in progress
progress payments paid out before delivery in the year in which such payments are made
any balance owing or holdbacks should be reported in the year the cost is incurred.

For commissioning phase or start-up (pre-commercial operations) mining activities please exclude the capitalized operating costs.

Renovation, Retrofit, Refurbishing, Overhauling and Restoration: Report Capital Expenditures for existing assets being upgraded, renovated, retrofitted, refurbished, overhauled or restored.

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A X Years of Asset A) + (Asset B X Years of Asset B) + (Asset C X Years of Asset C)) / (Total Capital Expenditures)

Years = ((1000 X 20) + (100 X 10) + (10 X 30)) / 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for other industrial machinery and equipment?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Expected useful life (years)
Heavy-gauge metal containers (including intermodal)
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Hand tools and power hand tools (except welding and soldering equipment)
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Logging machinery and equipment
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Rock drilling machinery and equipment
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Other mining and quarrying machinery and equipment, not elsewhere classified
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Oil and gas field production machinery and equipment
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Construction machinery and equipment
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Nuclear reactor steam supply systems
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Welding and soldering equipment
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Industrial furnaces and ovens, and electric industrial heating equipment
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Other materials handling equipment, conveyors, and elevators
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total

30. For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for medical, scientific and technical instruments and equipment?

Machinery and Equipment: Capital expenditures incurred during the reporting period for machinery and equipment, whether for your own use or for lease or rent to others.

Include:

automobiles, trucks, professional and scientific equipment, office and store furniture and appliances
computers (hardware only), broadcasting, telecommunications and other information and communication technologies equipment
motors, generators, transformers
any capitalized tooling expenses
acquisitions to work in progress
progress payments paid out before delivery in the year in which such payments are made
any balance owing or holdbacks should be reported in the year the cost is incurred.

Renovation, Retrofit, Refurbishing, Overhauling and Restoration: Report Capital Expenditures for existing assets being upgraded, renovated, retrofitted, refurbished, overhauled or restored.

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for medical, scientific and technical instruments and equipment?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Expected useful life (years)
Medical and laboratory equipment (except scientific instruments)
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Scientific and technical instruments (except electromedical and irradiation equipment)
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Other measuring, control, and scientific instruments (except electromedical and irradiation equipment)
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Medical, dental and personal safety supplies
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total

31. For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for other machinery and equipment?

Machinery and Equipment: Capital expenditures incurred during the reporting period for machinery and equipment, whether for your own use or for lease or rent to others.

Include:

automobiles, trucks, professional and scientific equipment, office and store furniture and appliances
computers (hardware only), broadcasting, telecommunications and other information and communication technologies equipment
motors, generators, transformers
any capitalized tooling expenses
acquisitions to work in progress
progress payments paid out before delivery in the year in which such payments are made
any balance owing or holdbacks should be reported in the year the cost is incurred.

Renovation, Retrofit, Refurbishing, Overhauling and Restoration: Report Capital Expenditures for existing assets being upgraded, renovated, retrofitted, refurbished, overhauled or restored.

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for other machinery and equipment?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Expected useful life (years)
Institutional and other furniture, not elsewhere classified (including furniture frames)
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Engines (except gasoline and diesel engines for motor vehicles, and aircraft engines) and mechanical power transmission equipment
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Pumps and compressors
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Heating and cooling equipment (except household refrigerators and freezers)
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Power and distribution transformers
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Other transformers
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Military aircraft
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Military ships
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Military armoured vehicles
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Billboards
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Non-residential mobile buildings
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Electric motors and generators
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Switchgear, switchboards, relays, and industrial control apparatus
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Turbines, turbine generators, and turbine generator sets
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Boilers, metal tanks, industrial valves and seals
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Agricultural, lawn and garden machinery and equipment
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Instruments for measuring electricity
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Industrial and commercial fans, blowers and air purification equipment
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Appliances
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Unmanned aerial vehicles (drones)
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Partitions, shelving, lockers and other fixtures
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Batteries
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Sporting and athletic goods
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Other machinery and equipment
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total

32. Capital Expenditures for Machinery and Equipment

Capital Expenditures for Machinery and Equipment
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000
Medium and Heavy Trucks, Buses and Other Motor Vehicles
Total New Assets
Total Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total new assets (including renovation, retrofit, refurbishing, overhauling, restoration)
Passenger Cars and Light Trucks
Total New Assets
Total Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total new assets (including renovation, retrofit, refurbishing, overhauling, restoration)
Other Transportation Equipment
Total New Assets
Total Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total new assets (including renovation, retrofit, refurbishing, overhauling, restoration)
Processing Equipment
Total New Assets
Total Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total new assets (including renovation, retrofit, refurbishing, overhauling, restoration)
Computers and Office Equipment
Total New Assets
Total Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total new assets (including renovation, retrofit, refurbishing, overhauling, restoration)
Telecommunications, Cable and Broadcasting
Total New Assets
Total Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total new assets (including renovation, retrofit, refurbishing, overhauling, restoration)
Commercial and Service Industry Machinery and Equipment
Total New Assets
Total Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total new assets (including renovation, retrofit, refurbishing, overhauling, restoration)
Other Industrial Machinery and Equipment
Total New Assets
Total Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total new assets (including renovation, retrofit, refurbishing, overhauling, restoration)
Medical, Scientific and Technical Instruments and equipment
Total New Assets
Total Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total new assets (including renovation, retrofit, refurbishing, overhauling, restoration)
Other Machinery and Equipment
Total New Assets
Total Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total new assets (including renovation, retrofit, refurbishing, overhauling, restoration)
Total
Total New Assets
Total Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total new assets (including renovation, retrofit, refurbishing, overhauling, restoration)
Total Used Machinery
Box A1 + A2

Gross Capital Expenditures - Software

33. For the fiscal year ending YYYY-MM-DD, did this organization have capital expenditures for software?

34. For the fiscal year ending YYYY-MM-DD, what were this organization's expenditures for software?

Renovation, Retrofit, Refurbishing, Overhauling and Restoration: Report Capital Expenditures for existing assets being upgraded, renovated, retrofitted, refurbished, overhauled or restored.

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were this organization's expenditures for software?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Expected useful life (years)
Pre-packaged software
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total
Custom software
a. New Assets
b. Purchase of Used Canadian Assets
c. Renovation, Retrofit, Refurbishing, Overhauling, Restoration
Total

Gross Capital Expenditures - Oil and gas and mineral exploration

35. For the fiscal year ending YYYY-MM-DD, did this organization have capital expenditures for oil and gas and mineral exploration?

36. For the fiscal year ending YYYY-MM-DD, what were this organization's expenditures for oil and gas and mineral exploration?

For the fiscal year ending YYYY-MM-DD, what were this organization's expenditures for oil and gas and mineral exploration?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000
a. Exploration drilling for oil and gas
b. Other oil and gas exploration
c. Mineral exploration
d. Total expenditures

Gross Capital Expenditures - Environmental protection activities and resources management activities

The next questions cover the capital and repair expenditures made by this organization in order to prevent, reduce or eliminate pollution and other forms of degradation of the environment while performing your production activity, i.e., within your organization. Expenditures made to restore the environment from a degraded state are included.

Exclude expenditures made to improve employee health, workplace safety, and site beautification. Please report all environmental protection or resources management expenditures whether or not they are in response to current or anticipated Canadian or international regulations, conventions or voluntary agreements.

37. For the fiscal year ending YYYY-MM-DD, did this organization have capital expenditures for environmental protection and resources management activities?

Environmental protection activities are:

solid waste management
wastewater management
air pollution management
protection and remediation of soil, groundwater and surface water
protection and restoration of biodiversity and habitat
noise and vibration abatement
protection against radiation.

Resources management activities are:

heat and energy savings and management
use of fuel efficient vehicle and efficient transportation goods or technologies
production of energy from renewable sources or nuclear energy.

Environmental protection expenditures: all capital and repair expenditures whose primary purpose is the prevention, reduction or elimination of pollution and/or other forms of degradation of the environment as well as measures taken to restore the environment from a degraded state.

Include expenditures that this specific operation incurred for pollution prevention, abatement and control; solid waste management; wastewater management; protection and remediation of soil, groundwater and surface water; protection and restoration of biodiversity and habitat; etc.

Exclude expenditures made to improve employee health, workplace safety, and site beautification. Expenses incurred to produce pollution prevention or abatement and control equipment for sale are also excluded as they would appear twice in the expenditure data produced by Statistics Canada. Expenditures for environment-related research and development are also excluded since they are collected elsewhere in Statistics Canada.

38. For the fiscal year ending YYYY-MM-DD, for which of the following environmental protection and resources management activities did this organization have capital expenditures?

Select all that apply.

Solid waste management

Examples of related technologies:

Collection-related goods and technologies:
- collection vehicles for waste, recycling and organics
- containers for collection of waste, recycling and organics
- other recycling equipment used in collection.
Separating and sorting-related goods and technologies: air classifiers, magnetic separators, eddy current separators, etc.
Compaction-related goods and technologies: balers, densifiers, compactors, shredders, granulators, etc.
Centralized biological reprocessing technologies: centralized composters, etc.
Disposal-related goods and technologies:
- equipment for landfill leachate collection and containment
- equipment for landfill gas management
- equipment for thermal treatment ( e.g., rotary kiln incinerator, mass burning, starved air incinerator, fluidized bed).
High-level radioactive waste: waste that contains or is contaminated with radionuclides at a concentration or radioactivity level that is high enough that shielding is required during normal handling and transportation.

Wastewater management

Examples of related technologies:

Physical or chemical treatment of industrial wastewater:
- tanks and related components for dilution or equalization, neutralization, sedimentation, chemical precipitation
- oil separators, skimmers
- ion exchange beds
- air stripping tanks or columns
- liquid extraction columns
- micro-porous membrane adsorbers
- equipment for advanced chemical oxidation or UV radiation
- pre-treatment filters.
Centralized physical or chemical and biological treatment of sewage:
- intake screens
- air sparging grit chambers
- oil separators, skimmers
- tanks and related components for sedimentation, chemical precipitation or flocculation, aerobic biological treatment, aeration, clarification, disinfection
- membrane bioreactors
- trickling filters
- anaerobic digesters.

Air pollution management

Examples of related technologies:

Physical or chemical treatment technologies:
- filters and cyclones
- electrostatic precipitators
- scrubbers
- waste gas absorbers and waste gas flare or incinerators
- industrial catalytic converters
- pollutant recovery condensers
- adsorbers.
Greenhouse gas control technologies:
- clean coal processing technologies
- carbon capture and sequestration technologies and storage
- air and off-gas treatments.
Air quality and air pollution technologies: low emitting burners.
Monitoring and compliance technologies:
- leak detection technologies
- environmental measurement apparatus.

Protection and remediation of soil, groundwater and surface water

Examples of related activities:

In situ biological treatments:
- enhanced bioremediation
- phytoremediation
- bioventing.
Ex situ biological treatments:
- bioreaction
- biopiles
- landfarming
- slurry phase biological treatment.
In situ physical and chemical treatments:
- biochar
- chemical oxidation
- fracturing
- soil flushing
- soil vapour extraction
- solidification
- stabilization
- air sparging
- bioslurping
- directional wells
- dual phase extraction
- thermal treatment
- hydrofracturing enhancements
- in-well air stripping
- passive and reactive treatment walls.
Ex situ physical and chemical treatments:
- chemical extraction
- chemical reduction and oxidation
- dehalogenation
- separation
- soil washing
- solidification
- stabilization
- adsorption and absorption
- advanced oxidation
- air stripping
- ion exchange
- precipitation
- flocculation
- coagulation
- separation
- sprinkler irrigation.
In situ thermal treatments:
- hot air injection
- electrical resistance.
Ex situ thermal treatments:
- incineration
- pyrolysis
- thermal desorption.
Containment

Heat and energy savings and management

Examples of related goods and technologies:

Efficient industrial or commercial equipment:
- high efficiency burners and boilers (Energy Star)
- high efficiency pumps (Energy Star) and motors (NEMA Premium ^TM)
- high efficiency industrial or commercial HVAC (Energy Star)
- combined heat and power generation (CHP/cogeneration)
- high efficiency industrial or commercial lighting systems (Energy Star)
- automation and control technologies
- energy efficient filters and processes
- advanced insulation ( e.g., super insulating materials (SIMs); vacuum insulation panels (VIP), gas-filled panels (GFP); and aerogel-based products (ABP))
- predictive maintenance technologies ( e.g., twinning, sensors, related software).
Demand management technologies:
- smart inverters
- smart meters and devices
- phasor measurement units
- management systems (software).
Energy storage technologies:
- flywheels
- equipment for pumped hydro systems
- equipment for compressed air systems
- advanced batteries ( e.g., NiCd , NiMH , Li-ion , NaS , NaNiCl , hybrid flow, redox flow, hydrogen storage, synthetic natural gas)
- fuel cells
- thermal storage systems
- double-layer capacitors (DLC)
- superconducting magnetic energy storage (SMES).

Production of renewable energy

Renewable energy: energy obtained from resources that can be naturally replenished or renewed within a human lifespan, that is, the resource is a sustainable source of energy. This includes: wind, solar aero-thermal, geothermal, hydrothermal and ocean energy, hydropower, biomass, landfill gas, sewage treatment plant gas and biogases.

Wind energy systems or equipment: horizontal and vertical axis turbines; towers and other types of equipment used to generate energy and electricity.

Geothermal: hot water or steam extracted from the Earth's interior and used for geothermal heat pumps, water heating or electricity generation.

Solar energy systems or equipment: active and passive solar systems; photovoltaics; solar thermal generators; solar water and space heating systems.

Bioenergy (Biomass energy): systems and equipment (turbines, boilers, process equipment) that use organic matter such as forest and agricultural residues to produce electricity, steam, or heat.

Waste to energy: use of a non-biomass waste product to produce electricity, steam, or heat.

Other renewable energy systems or equipment: systems and equipment for energy production from wave, tidal, and ocean thermal energy conversion systems.

Environmental protection activities

Solid waste management

Capital expenditures related to non-hazardous and hazardous solid waste collection, transport, treatment, storage, disposal, recycling, and composting, and activities related to measurement, control, and laboratories.

Exclude capital expenditures on sewage or wastewater management, and treatment of high-level radioactive waste.

Wastewater management

Capital expenditures related to prevention of wastewater through in-process modifications, wastewater treatment (including pollution abatement and control (end-of-pipe) processes), management of substances released to surface waters, municipal sewer systems, soil, or underground. Include capital expenditures related to treatment of cooling water for disposal, installation of sewage infrastructure, expenditures related to the use, collection, treatment and disposal of sewage (including septic tanks), and activities related to measurement, control, and laboratories.

Exclude capital expenditures on the protection of groundwater from pollutant infiltration and the cleaning up of soil and water bodies after pollution.

Air pollution management

Capital expenditures related to air pollution prevention ( i.e., the elimination of pollution at the source) and air pollution abatement and control ( i.e., end-of-pipe processes), including monitoring.
e.g., scrubbers, air and off-gas treatments, low emitting burners, leak detection technologies

Exclude heat or energy savings and management, the purchase or lease of fuel efficient vehicles and equipment, the production of renewable or clean energy, the purchase of biofuels, biochemicals or biomaterials, and the purchase of carbon offset credits and carbon taxes.

Protection and remediation of soil, groundwater and surface water

Capital expenditures for the prevention of pollution infiltration, cleaning up of soil and water bodies, protection of soil from erosion, salinization and physical degradation, monitoring, and site reclamation and decommissioning. Include decommissioning expenditures incurred in the fiscal year ending YYYY-MM-DD even if the site closed before this period.

Exclude capital expenditures on wastewater management.

Protection of biodiversity and habitat

Capital expenditures related to protecting wildlife and habitat from the effects of economic activity and to restoring wildlife or habitat that has been adversely affected by such activity, including monitoring.

Noise and vibration abatement

Capital expenditures related to the control, reduction and abatement of industrial and transport noise and vibration related to the activities of this organization.

Exclude the abatement of noise and vibration for the purpose of workplace protection.

Protection against radiation

Capital expenditures for the reduction or elimination of the negative consequences of high-level radiation, including the handling, transportation and treatment of high-level radioactive waste - that is, waste that requires shielding during normal handling and transportation because of its high radionuclide content.

Exclude the management of low-level radioactive waste, and the protection against radiation for the purpose of workplace protection.

Other environmental protection activities

Capital expenditures related to other initiatives not listed above. Report imputed interest on funds held in trust against future environmental liabilities.

Exclude capital expenditures related to research and development, to heat or energy savings and management, the purchase or lease of fuel efficient vehicles and transportation goods, the production of renewable or clean energy, and the purchase of biofuels, biochemicals or biomaterials.

Resources management activities

Heat and energy savings and management

Capital expenditures related to minimizing the intake of energy through in-process modifications as well as the minimisation of heat and energy losses. This includes in-process modifications, insulation activities, energy recovery, monitoring related to energy saving, and lighting upgrades.

Use of fuel efficient vehicles and transportation goods or technologies

Capital expenditures related to the purchase or the lease of electric and hybrid vehicles, vehicles using alternative fuels, alternative fuel retrofits on existing vehicles, and low-rolling resistance tires.

Production of nuclear energy, whether for sale or own use

Capital expenditures related to the production of nuclear power.

Production of energy from renewable sources, whether for sale or own use

Capital expenditures related to the production of electricity or heat from renewable sources.
e.g., wind, geothermal, hydro, solar, and waste to energy

39. For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for each environmental protection and resources management activity?

When precise figures are not available, provide your best estimate.

For the fiscal year ending YYYY-MM-DD, what were this organization's gross capital expenditures for each environmental protection and resources management activity?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000
Environmental protection activity
Solid waste management
Wastewater management
Air pollution management
Protection and remediation of soil, groundwater and surface water
Protection of biodiversity and habitat
Noise and vibration abatement
Protection against radiation
Other environmental protection activities
Resources management activity
Heat and energy savings and management
Use of fuel efficient vehicles and transportation goods or technologies
Production of nuclear energy, whether for sale or own use
Production of energy from renewable sources, whether for sale or own use

Environmental protection and resources management activities

40. Which of the following were drivers to the adoption of new or significantly improved clean technologies, systems or equipment for this organization during the fiscal year ending YYYY-MM-DD.

Select all that apply.

Sufficient return on investment
i.e., sufficient business case
Regulations
Government incentives
Carbon pricing
Voluntary agreement
Public image
Corporate policy
Part of regular capital turnover
Other drivers - Specify other drivers:
There were no drivers during the fiscal year ending YYYY-MM-DD

41. Which of the following were obstacles to the adoption of new or significantly improved clean technologies, systems or equipment for this organization during the fiscal year ending YYYY-MM-DD.

Select all that apply.

Lack of regulations
Changing regulations
Insufficient return on investment
i.e., no business case
Competing capital investments
Difficulty obtaining financing
e.g., internal, private or government
Lack of information or knowledge related to systems or equipment (new or significantly improved)
Lack of available systems or equipment (new or significantly improved)
Lack of technical skills required to support this type of investment
Lack of technical support or services
e.g., from consultants or vendors
Regulatory or policy barriers
Organizational structure too inflexible
Decisions made by parent, affiliate or subsidiary businesses
Difficulty in integrating new technologies with existing infrastructure, systems, standards and processes
Other obstacles - Specify other obstacles:
There were no obstacles during the fiscal year ending YYYY-MM-DD

Source of funding

42. Please provide the source of funding breakdown of the capital expenditures reported earlier in the survey.

Note: Sum of a to d should be equal to the total of capital expenditures reported for construction and machinery and equipment previously in the survey.

Sources of funding include grants, subsidies, donations, credit and venture capital from external sources, as well as internal funding.

Please provide the source of funding breakdown of the capital expenditures reported earlier in the survey.
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000
a. Municipal or regional government grants, subsidies, contributions
b. Provincial and territorial government grants, subsidies, contributions
c. Federal government grants, subsidies, contributions
d. Private, internal and other sources of funding

Gross Capital Expenditures - Cost Components of Expenditures

43. For the fiscal year ending YYYY-MM-DD, were any internal costs included in the reported capital and repair expenditures?

Internal construction or development costs (such as material and labour) that are capitalized as part of the asset costs (such as own employee installation or erection of fixed assets, systems and software development staff).

Include all materials and supplies provided free to contractors and all architects, engineering and consultants fees and similar services.

Cost Components of Expenditures

44. For the fiscal year ending YYYY-MM-DD, please provide details on the cost of own account (internal costs) imputed to fixed assets.

Salaries and Wages: Show the total value of salaries and wages paid to your employees. Salaries and wages are gross earnings before deductions such as income tax and include incentive bonuses and vacation pay but exclude fringe benefits.

Materials and Supplies: Report total cost of materials and supplies used by your own employees and those provided free to contractors relating to the expenditures reported.

Other Charges: Examples of other charges are insurance, power, telephone and also architectural, legal, and engineering fees considered to be applicable to the expenditures reported.

For the fiscal year ending YYYY-MM-DD, please provide details on the cost of own account (internal costs) imputed to fixed assets.
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000
Non-residential construction (such as site preparation by own employees, internal pre-construction planning costs)
i. Salaries and Wages
ii. Materials and Supplies
iii. Other Charges
Total - Value of Own account work
Non-capitalized repair and maintenance construction
i. Salaries and Wages
ii. Materials and Supplies
iii. Other Charges
Total - Value of Own account work
Machinery and equipment capital expenditures ( e.g. , ship built for own-use, upgrades to vehicles by own employees, capitalized tooling by own employees, etc. )
i. Salaries and Wages
ii. Materials and Supplies
iii. Other Charges
Total - Value of Own account work
Non-capitalized machinery and equipment repair and maintenance expenses
i. Salaries and Wages
ii. Materials and Supplies
iii. Other Charges
Total - Value of Own account work
Software development capital expenditures (internal development for internal use)
i. Salaries and Wages
ii. Materials and Supplies
iii. Other Charges
Total - Value of Own account work

Disposals and Sales of Fixed Assets

45. For the fiscal year ending YYYY-MM-DD, did this organization dispose or sell any fixed assets?

46. For the fiscal year ending YYYY-MM-DD, which assets were disposed of or sold?

Select all that apply.

Land

Residential construction

Industrial Building

Select all assets that apply.

Manufacturing plants
Industrial depots and service buildings
e.g. , maintenance garages
Farm buildings and structures
Other industrial sites and buildings - specify:

Commercial Building

Select all assets that apply.

Industrial laboratories, research and development centres
Warehouses
e.g. , distribution centres
Service stations
Include automotive repair shops
Office buildings
Include bank buildings
Hotels and motels
Restaurants
Include nightclubs
Shopping centres, plazas, malls and stores
Theatres and halls
Indoor recreational facilities
e.g. , indoor ice skating rinks, indoor swimming pools
Other collective dwellings
e.g. , bunkhouse, workcamps
Student residences
Airports and other passenger terminals
e.g. , bus stations, boat passenger/ferry terminals
Communications buildings
Sports facilities with spectator capacity
Other commercial properties, not elsewhere classified - specify:
e.g. , car/automotive dealerships, grain elevators, mail sorting facilities

Institutional Building

Select all assets that apply.

Schools, colleges, universities and other educational buildings
Religious centres and memorial sites
Hospitals
Nursing homes and senior citizen homes
Other health care buildings, not elsewhere classified
e.g. , dentist offices, physicians' offices
Daycare centres
Libraries
Historical sites
Museums
Include observatories, art galleries, public archives, science centres
Public safety facilities
e.g. , prisons, fire stations
Other institutional buildings, not elsewhere classified - specify:

Marine Engineering Infrastructure

Select all assets that apply.

Seaports and harbours
Canals and waterways
Marinas
Other marine engineering infrastructure - specify:

Transportation Engineering Infrastructure

Select all assets that apply.

Parking lots and garages
Include electric car charging stations
Highways, roads and streets
Runways (include lighting)
Railway tracks
Include light rails, underground or elevated, rapid transit systems
Bridges
Tunnels
Other land transportation infrastructure, not elsewhere classified - specify:

Waterworks Engineering Infrastructure

Select all assets that apply.

Water filtration plants
Water supply infrastructure

Sewage Engineering Infrastructure

Select all assets that apply.

Sewage treatment plants
Sewage collection and disposal infrastructure

Electric Power Engineering Infrastructure

Select all assets that apply.

Natural gas, coal and oil power plants
Nuclear power plants
Hydro-electric power plants
Other power generating plants (wind, solar, biomass)
Power transmission networks
Power distribution networks

Communication Networks

Select all assets that apply.

Telecommunications transmission cables and lines (except optical fibre)
e.g. , aerial, underground and submarine
Telecommunications transmission optical fibre cables
e.g. , aerial, underground and submarine
Telecommunications transmission support structures
e.g. , towers, poles and conduit
Other communications networks - specify:

Oil and Gas Engineering Construction

Select all assets that apply.

Oil refineries
Natural gas processing plants
Pipelines (exclude water supply conduits)
Development drilling for oil and gas
Production facilities in oil and gas extraction
Enhanced recovery techniques for oil and gas
Site development services for oil and gas fields
Gas distribution systems (mains and services) and other oil and gas infrastructure
e.g. , storage tanks

Mining Engineering Construction

Select all assets that apply.

Mine surface buildings (except for beneficiation)
Mine buildings for ore beneficiation
Mine structures (except buildings)
Tailings disposal systems and settling ponds
Site development for mining

Other Engineering Construction

Select all assets that apply.

Pollution abatement and control infrastructure
Outdoor recreational facilities
e.g. , parks, hiking trails, campgrounds
Waste disposal facilities
Irrigation networks
Site remediation
Reclaimed land
Flood protection infrastructure
Other engineering works, not elsewhere classified - specify:

Medium and Heavy Trucks, Buses and Other Motor Vehicles

Select all assets that apply.

Medium and heavy-duty trucks
Buses
Freight and utility trailers
Special-purpose vehicles
e.g. , ambulances, garbage truck, fire trucks, tow trucks
Materials handling trucks and tractors
e.g. , forklifts
Other motor vehicles

Passenger Cars and Light Trucks

Select all assets that apply.

Passenger cars, light-duty trucks, vans and SUVs

Other Transportation Equipment

Select all assets that apply.

Locomotives, railway rolling stock, and rapid transit equipment
Civilian aircraft
Non-military ships, barges and platforms
Boats and personal watercraft
Other transportation equipment - specify:

Processing Equipment

Select all assets that apply.

Water treatment equipment
Filters and strainers for fluids and fluid power systems
Packing, packaging, and bottling machinery
Mineral crushing, screening, processing and beneficiation machinery and equipment
Metalworking machinery
Industrial moulds, special dies, and patterns
Other industry-specific manufacturing machinery, not elsewhere classified - specify:
Include tooling

Computers and Office Equipment

Select all assets that apply.

Computers and computer peripheral equipment
Optical and projection equipment, photocopiers, and office machines (except computers and peripherals)
Office furniture

Telecommunications, Cable and Broadcasting Equipment

Select all assets that apply.

Broadcast, studio, alarm, and signalling equipment
e.g. , alarm systems
Navigational and guidance instruments
Telephone and data communications equipment
Televisions and other audio and video equipment
Other communication equipment - specify:

Commercial and Service Industry Machinery and Equipment

Select all assets that apply.

Commercial cooking and food-warming equipment
Commercial and service industry machinery and equipment, not elsewhere classified

Other Industrial Machinery and Equipment

Select all assets that apply.

Heavy-gauge metal containers (including intermodal)
Hand tools and power hand tools (except welding and soldering equipment)
Logging machinery and equipment
Rock drilling machinery and equipment
Other mining and quarrying machinery and equipment, not elsewhere classified
Oil and gas field production machinery and equipment
Construction machinery and equipment
Nuclear reactor steam supply systems
Welding and soldering equipment
Industrial furnaces and ovens, and electric industrial heating equipment
Other materials handling equipment, conveyors, and elevators

Medical, Scientific and Technical Instruments and equipment

Select all assets that apply.

Medical and laboratory equipment (except scientific instruments)
Scientific and technical instruments (except electromedical and irradiation equipment)
Other measuring, control, and scientific instruments (except electromedical and irradiation equipment)
Medical, dental and personal safety supplies

Other Machinery and Equipment

Select all assets that apply.

Institutional and other furniture, not elsewhere classified (including furniture frames)
Engines (except gasoline and diesel engines for motor vehicles, and aircraft engines) and mechanical power transmission equipment
Pumps and compressors
Heating and cooling equipment (except household refrigerators and freezers)
e.g. , heating, ventilation and air conditioning (HVAC)
Power and distribution transformers
Other transformers
Military aircraft
Military ships
Military armoured vehicles
Billboards
Non-residential mobile buildings
Waste and scrap of iron and steel
Waste and scrap of aluminum and aluminum alloy
Waste and scrap of other non-ferrous metals
Electric motors and generators
Switchgear, switchboards, relays, and industrial control apparatus
Turbines, turbine generators, and turbine generator sets
Boilers, metal tanks, industrial valves and seals
Agricultural, lawn and garden machinery and equipment
Instruments for measuring electricity
Industrial and commercial fans, blowers and air purification equipment
Appliances
Unmanned aerial vehicles (drones)
Partitions, shelving, lockers and other fixtures
Batteries
Sporting and athletic goods
Other machinery and equipment - specify:

Software

Select all assets that apply.

Pre-Packaged Software
Custom software

47. For the fiscal year ending YYYY-MM-DD, what were the selling price and gross book value of the disposed or sold land?

Selling Price: The total value, or the sales of fixed assets which were disposed of or sold, even if traded in for credit in the acquisition or purchase of new fixed assets. When land and buildings are sold together, please report the selling price of the land separately, along with other land sales.

Gross Book Value: This value should represent total capital expenditures for an asset, at and since the time of original construction or purchase, including all subsequent capital expenditures for the purpose of modernization, expansion, etc. Any subsidies received should not be subtracted. For land transfers, please report the market value in the gross book value section.

For the fiscal year ending YYYY-MM-DD, what were the selling price and gross book value of the disposed or sold land?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000
Land
a. Selling Price
b. Gross Book Value

48. For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold residential construction?

Age: Report the age of the fixed asset at the time of disposal. If you have disposed of or sold similar assets of varying ages, report them separately or combine the data and provide a weighted average for the ages, please combine the data and provide a weighted average for the number of years.

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold residential construction?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Years
Residential construction
a. Selling Price
b. Gross Book Value
c. Age

49. For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for industrial building construction?

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for industrial building construction?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Years
Manufacturing plants
a. Selling Price
b. Gross Book Value
c. Age
Industrial depots and service buildings
a. Selling Price
b. Gross Book Value
c. Age
Farm buildings and structures
a. Selling Price
b. Gross Book Value
c. Age
Other industrial sites and buildings
a. Selling Price
b. Gross Book Value
c. Age

50. For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for commercial building construction?

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for commercial building construction?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Years
Industrial laboratories, research and development centres
a. Selling Price
b. Gross Book Value
c. Age
Warehouses
a. Selling Price
b. Gross Book Value
c. Age
Service stations
a. Selling Price
b. Gross Book Value
c. Age
Office buildings
a. Selling Price
b. Gross Book Value
c. Age
Hotels
a. Selling Price
b. Gross Book Value
c. Age
Restaurants
a. Selling Price
b. Gross Book Value
c. Age
Shopping centres, plazas, malls and stores
a. Selling Price
b. Gross Book Value
c. Age
Theatres and halls
a. Selling Price
b. Gross Book Value
c. Age
Indoor recreational facilities
a. Selling Price
b. Gross Book Value
c. Age
Other collective dwellings
a. Selling Price
b. Gross Book Value
c. Age
Student residences
a. Selling Price
b. Gross Book Value
c. Age
Airports and other passenger terminals
a. Selling Price
b. Gross Book Value
c. Age
Communications buildings
a. Selling Price
b. Gross Book Value
c. Age
Sports facilities with spectator capacity
a. Selling Price
b. Gross Book Value
c. Age
Other commercial properties, not elsewhere classified
a. Selling Price
b. Gross Book Value
c. Age

51. For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for institutional building construction?

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for institutional building construction?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Years
Schools, colleges, universities and other educational buildings
a. Selling Price
b. Gross Book Value
c. Age
Religious centres and memorial sites
a. Selling Price
b. Gross Book Value
c. Age
Hospitals
a. Selling Price
b. Gross Book Value
c. Age
Nursing homes, homes for the aged
a. Selling Price
b. Gross Book Value
c. Age
Health centres, clinics and other health care buildings
a. Selling Price
b. Gross Book Value
c. Age
Daycare centres
a. Selling Price
b. Gross Book Value
c. Age
Libraries
a. Selling Price
b. Gross Book Value
c. Age
Historical sites
a. Selling Price
b. Gross Book Value
c. Age
Museums
a. Selling Price
b. Gross Book Value
c. Age
Public security facilities
a. Selling Price
b. Gross Book Value
c. Age
Other institutional buildings, not elsewhere classified
a. Selling Price
b. Gross Book Value
c. Age

52. For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for marine engineering construction?

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for marine engineering construction?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Years
Seaports
a. Selling Price
b. Gross Book Value
c. Age
Canals and waterways
a. Selling Price
b. Gross Book Value
c. Age
Marinas and harbours
a. Selling Price
b. Gross Book Value
c. Age
Other marine engineering infrastructure
a. Selling Price
b. Gross Book Value
c. Age

53. For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for transportation engineering construction?

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for transportation engineering construction?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Years
Parking lots and garages
a. Selling Price
b. Gross Book Value
c. Age
Highway and road structures and networks
a. Selling Price
b. Gross Book Value
c. Age
Runways (include lighting)
a. Selling Price
b. Gross Book Value
c. Age
Railway lines
a. Selling Price
b. Gross Book Value
c. Age
Bridges
a. Selling Price
b. Gross Book Value
c. Age
Tunnels
a. Selling Price
b. Gross Book Value
c. Age
Other land transportation infrastructure, not elsewhere classified
a. Selling Price
b. Gross Book Value
c. Age

54. For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for waterworks engineering construction?

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for waterworks engineering construction?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Years
Water filtration plants
a. Selling Price
b. Gross Book Value
c. Age
Water supply infrastructure
a. Selling Price
b. Gross Book Value
c. Age

55. For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for sewage engineering construction?

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for sewage engineering construction?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Years
Sewage treatment plants
a. Selling Price
b. Gross Book Value
c. Age
Sewage collection and disposal infrastructure
a. Selling Price
b. Gross Book Value
c. Age

56. For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for electric power engineering construction?

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for electric power engineering construction?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Years
Steam production plants
a. Selling Price
b. Gross Book Value
c. Age
Nuclear production plants
a. Selling Price
b. Gross Book Value
c. Age
Hydro-electric power plants
a. Selling Price
b. Gross Book Value
c. Age
Other power generating plants (wind, solar, biomass)
a. Selling Price
b. Gross Book Value
c. Age
Power transmission networks
a. Selling Price
b. Gross Book Value
c. Age
Power distribution networks
a. Selling Price
b. Gross Book Value
c. Age

57. For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for communication networks construction?

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for communication networks construction?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Years
Telecommunications transmission cables and lines (except optical fibre) - (e.g., aerial, underground and submarine)
a. Selling Price
b. Gross Book Value
c. Age
Telecommunications transmission optical fibre cables (e.g., aerial, underground and submarine)
a. Selling Price
b. Gross Book Value
c. Age
Telecommunications transmission support structures - towers, poles, conduit
a. Selling Price
b. Gross Book Value
c. Age
Other communications networks
a. Selling Price
b. Gross Book Value
c. Age

58. For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for oil and gas engineering construction?

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for oil and gas engineering construction?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Years
Oil refineries
a. Selling Price
b. Gross Book Value
c. Age
Natural gas processing plants
a. Selling Price
b. Gross Book Value
c. Age
Pipelines
a. Selling Price
b. Gross Book Value
c. Age
Development drilling for oil and gas
a. Selling Price
b. Gross Book Value
c. Age
Production facilities in oil and gas extraction
a. Selling Price
b. Gross Book Value
c. Age
Enhanced recovery projects
a. Selling Price
b. Gross Book Value
c. Age
Site development and other pre-mining costs
a. Selling Price
b. Gross Book Value
c. Age
Gas distribution systems (mains and services) and other oil and gas infrastructure
a. Selling Price
b. Gross Book Value
c. Age

59. For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for mining engineering construction?

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for mining engineering construction?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Years
Mine surface buildings (except for beneficiation)
a. Selling Price
b. Gross Book Value
c. Age
Mine buildings for beneficiation treatment of minerals
a. Selling Price
b. Gross Book Value
c. Age
Mine structures
a. Selling Price
b. Gross Book Value
c. Age
Tailing disposal systems settling ponds
a. Selling Price
b. Gross Book Value
c. Age
Mine-site development
a. Selling Price
b. Gross Book Value
c. Age

60. For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for other engineering construction?

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for other engineering construction?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Years
Pollution abatement and control
a. Selling Price
b. Gross Book Value
c. Age
Outdoor recreational facilities
a. Selling Price
b. Gross Book Value
c. Age
Waste disposal facilities
a. Selling Price
b. Gross Book Value
c. Age
Irrigation networks
a. Selling Price
b. Gross Book Value
c. Age
Site remediation
a. Selling Price
b. Gross Book Value
c. Age
Reclaimed land
a. Selling Price
b. Gross Book Value
c. Age
Flood protection infrastructure
a. Selling Price
b. Gross Book Value
c. Age
Other engineering works, not elsewhere classified
a. Selling Price
b. Gross Book Value
c. Age

61. For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for medium and heavy trucks, buses and other motor vehicles?

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for medium and heavy trucks, buses and other motor vehicles?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Years
Medium and heavy-duty trucks
a. Selling Price
b. Gross Book Value
c. Age
Buses
a. Selling Price
b. Gross Book Value
c. Age
Freight and utility trailers
a. Selling Price
b. Gross Book Value
c. Age
Special-purpose vehicles
a. Selling Price
b. Gross Book Value
c. Age
Materials handling trucks and tractors
a. Selling Price
b. Gross Book Value
c. Age
Other motor vehicles
a. Selling Price
b. Gross Book Value
c. Age

62. For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for passenger cars and light trucks?

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for passenger cars and light trucks?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Years
Passenger cars, light-duty trucks, vans and SUVs
a. Selling Price
b. Gross Book Value
c. Age

63. For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for other transportation equipment?

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for other transportation equipment?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Years
Locomotives, railway rolling stock, and rapid transit equipment
a. Selling Price
b. Gross Book Value
c. Age
Civilian aircraft
a. Selling Price
b. Gross Book Value
c. Age
Non-military ships, barges and platforms
a. Selling Price
b. Gross Book Value
c. Age
Boats and personal watercraft
a. Selling Price
b. Gross Book Value
c. Age
Other transportation equipment
a. Selling Price
b. Gross Book Value
c. Age

64. For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for processing equipment?

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for processing equipment?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Years
Water treatment equipment
a. Selling Price
b. Gross Book Value
c. Age
Filters and strainers for fluids and fluid power systems
a. Selling Price
b. Gross Book Value
c. Age
Packing, packaging, and bottling machinery
a. Selling Price
b. Gross Book Value
c. Age
Mineral crushing, screening, processing and beneficiation machinery and equipment
a. Selling Price
b. Gross Book Value
c. Age
Metalworking machinery
a. Selling Price
b. Gross Book Value
c. Age
Industrial moulds, special dies, and patterns
a. Selling Price
b. Gross Book Value
c. Age
Other industry-specific manufacturing machinery, not elsewhere classified
a. Selling Price
b. Gross Book Value
c. Age

65. For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for computers and office equipment?

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for computers and office equipment?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Years
Computers and computer peripheral equipment
a. Selling Price
b. Gross Book Value
c. Age
Optical and projection equipment, photocopiers, and office machines (except computers and peripherals)
a. Selling Price
b. Gross Book Value
c. Age
Office furniture
a. Selling Price
b. Gross Book Value
c. Age

66. For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for telecommunications, cable and broadcasting equipment?

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for telecommunications, cable and broadcasting equipment?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Years
Broadcast, studio, alarm, and signalling equipment
a. Selling Price
b. Gross Book Value
c. Age
Navigational and guidance instruments
a. Selling Price
b. Gross Book Value
c. Age
Telephone and data communications equipment
a. Selling Price
b. Gross Book Value
c. Age
Televisions and other audio and video equipment
a. Selling Price
b. Gross Book Value
c. Age
Other communication equipment
a. Selling Price
b. Gross Book Value
c. Age

67. For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for commercial and service industry machinery and equipment?

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for commercial and service industry machinery and equipment?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Years
Commercial cooking and food-warming equipment
a. Selling Price
b. Gross Book Value
c. Age
Commercial and service industry machinery and equipment, not elsewhere classified
a. Selling Price
b. Gross Book Value
c. Age

68. For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for other industrial machinery and equipment?

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for other industrial machinery and equipment?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Years
Heavy-gauge metal containers (including intermodal)
a. Selling Price
b. Gross Book Value
c. Age
Hand tools and power hand tools (except welding and soldering equipment)
a. Selling Price
b. Gross Book Value
c. Age
Logging machinery and equipment
a. Selling Price
b. Gross Book Value
c. Age
Rock drilling machinery and equipment
a. Selling Price
b. Gross Book Value
c. Age
Other mining and quarrying machinery and equipment, not elsewhere classified
a. Selling Price
b. Gross Book Value
c. Age
Oil and gas field production machinery and equipment
a. Selling Price
b. Gross Book Value
c. Age
Construction machinery and equipment
a. Selling Price
b. Gross Book Value
c. Age
Nuclear reactor steam supply systems
a. Selling Price
b. Gross Book Value
c. Age
Welding and soldering equipment
a. Selling Price
b. Gross Book Value
c. Age
Industrial furnaces and ovens, and electric industrial heating equipment
a. Selling Price
b. Gross Book Value
c. Age
Other materials handling equipment, conveyors, and elevators
a. Selling Price
b. Gross Book Value
c. Age

69. For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for medical, scientific and technical instruments and equipment?

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for medical, scientific and technical instruments and equipment?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Years
Medical and laboratory equipment (except scientific instruments)
a. Selling Price
b. Gross Book Value
c. Age
Scientific and technical instruments (except electromedical and irradiation equipment)
a. Selling Price
b. Gross Book Value
c. Age
Other measuring, control, and scientific instruments (except electromedical and irradiation equipment)
a. Selling Price
b. Gross Book Value
c. Age
Medical, dental and personal safety supplies
a. Selling Price
b. Gross Book Value
c. Age

70. For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for other machinery and equipment?

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for other machinery and equipment?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Years
Institutional and other furniture, not elsewhere classified (including furniture frames)
a. Selling Price
b. Gross Book Value
c. Age
Engines (except gasoline and diesel engines for motor vehicles, and aircraft engines) and mechanical power transmission equipment
a. Selling Price
b. Gross Book Value
c. Age
Pumps and compressors
a. Selling Price
b. Gross Book Value
c. Age
Heating and cooling equipment (except household refrigerators and freezers)
a. Selling Price
b. Gross Book Value
c. Age
Power and distribution transformers
a. Selling Price
b. Gross Book Value
c. Age
Other transformers
a. Selling Price
b. Gross Book Value
c. Age
Military aircraft
a. Selling Price
b. Gross Book Value
c. Age
Military ships
a. Selling Price
b. Gross Book Value
c. Age
Military armoured vehicles
a. Selling Price
b. Gross Book Value
c. Age
Billboards
a. Selling Price
b. Gross Book Value
c. Age
Non-residential mobile buildings
a. Selling Price
b. Gross Book Value
c. Age
Waste and scrap of iron and steel
a. Selling Price
b. Gross Book Value
c. Age
Waste and scrap of aluminum and aluminum alloy
a. Selling Price
b. Gross Book Value
c. Age
Waste and scrap of other non-ferrous metals
a. Selling Price
b. Gross Book Value
c. Age
Electric motors and generators
a. Selling Price
b. Gross Book Value
c. Age
Switchgear, switchboards, relays, and industrial control apparatus
a. Selling Price
b. Gross Book Value
c. Age
Turbines, turbine generators, and turbine generator sets
a. Selling Price
b. Gross Book Value
c. Age
Boilers, metal tanks, industrial valves and seals
a. Selling Price
b. Gross Book Value
c. Age
Agricultural, lawn and garden machinery and equipment
a. Selling Price
b. Gross Book Value
c. Age
Instruments for measuring electricity
a. Selling Price
b. Gross Book Value
c. Age
Industrial and commercial fans, blowers and air purification equipment
a. Selling Price
b. Gross Book Value
c. Age
Appliances
a. Selling Price
b. Gross Book Value
c. Age
Unmanned aerial vehicles (drones)
a. Selling Price
b. Gross Book Value
c. Age
Partitions, shelving, lockers and other fixtures
a. Selling Price
b. Gross Book Value
c. Age
Batteries
a. Selling Price
b. Gross Book Value
c. Age
Sporting and athletic goods
a. Selling Price
b. Gross Book Value
c. Age
Other machinery and equipment
a. Selling Price
b. Gross Book Value
c. Age

71. For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for software?

Example of how to calculate a weighted average for years:

Asset A costs $1,000.00 and has a useful life of 20 years
Asset B costs $100.00 and has a useful life of 10 years
Asset C costs $10.00 and has a useful life of 30 years

Years = ((Asset A × Years of Asset A) + (Asset B × Years of Asset B) + (Asset C × Years of Asset C)) ÷ (Total Capital Expenditures)

Years = ((1000 × 20) + (100 × 10) + (10 × 30)) ÷ 1110

Years = 19

If it is not possible to provide the weighted average, please provide the useful life for the asset which had the largest acquisition cost.

For the fiscal year ending YYYY-MM-DD, what were the selling price, gross book value and age of the disposed or sold assets for software?
Table summary
This table contains no data. It is an example of an empty data table used by respondents to provide data to Statistics Canada.
	CAN$ '000	Years
Pre-Packaged Software
a. Selling Price
b. Gross Book Value
c. Age
Custom software
a. Selling Price
b. Gross Book Value
c. Age

Notification of intent to extract web data

72. Does this business have a website?

Specify the business website address

e.g., www.example.ca

Statistics Canada is piloting a web data extraction initiative, also known as web scraping, which uses software to search and compile publicly available data from organizational websites. As a result, we may visit the website for this organization to search for, and compile, additional information. This initiative should allow us to reduce the reporting burden on organizations, as well as produce additional statistical indicators to ensure that our data remain accurate and relevant.

We will do our utmost to ensure the data are collected in a manner that will not affect the functionality of the website. Any data collected will be used by Statistics Canada for statistical and research purposes only, in accordance with the agency's mandate.

Please visit Statistics Canada's web scraping initiative page for more information.

Please visit Statistics Canada's transparency and accountability page to learn more.

If you have any questions or concerns, please contact Statistics Canada Client Services, toll-free at 1-877-949-9492 (TTY: 1-800-363-7629) or by email at infostats@canada.ca. Additional information about this survey can be found by selecting the following link:

Annual Capital and Repair Expenditures Survey: Actual for 2019

Changes or events

73. Indicate any changes or events that affected the reported values for this business or organization, compared with the last reporting period.

Select all that apply.

Strike or lock-out
Exchange rate impact
Price changes in goods or services sold
Contracting out
Organizational change
Price changes in labour or raw materials
Natural disaster
Recession
Change in product line
Sold business or business units
Expansion
New or lost contract
Plant closures
Acquisition of business or business units
Other
Specify the other changes or events:
No changes or events

Contact person

74. Statistics Canada may need to contact the person who completed this questionnaire for further information. Is the provided given names and the provided family name the best person to contact?

Who is the best person to contact about this questionnaire?

First name:
Last name:
Title:
Email address:
Telephone number (including area code):
Extension number (if applicable):
The maximum number of characters is 5.
Fax number (including area code):

Feedback

75. How long did it take to complete this questionnaire?

Include the time spent gathering the necessary information.

Hours:
Minutes:

76. Do you have any comments about this questionnaire?

Integrated Business Statistics Program (IBSP)

This guide is designed to assist you as you complete the 2020 Annual Survey of Environmental Goods and Services. If you need more information, please call the Statistics Canada Help Line at the number below.

Your answers are confidential.

Statistics Canada is prohibited by law from releasing any information it collects which could identify any person, business, or organization, unless consent has been given by the respondent or as permitted by the Statistics Act.

Statistics Canada will use information from this survey for statistical purposes.

Help Line: 1-877-949-9492

Reporting instructions
Definitions
Reporting period information
Activity sectors
Total revenue
Sales of goods
Revenue from services

Reporting instructions

Report dollar amounts rounded to the nearest Canadian dollar.
When precise figures are not available, please provide your best estimates.
Exclude federal, provincial and territorial sales taxes and excise duties and taxes.

For the purposes of this survey, clean technology can be considered to consist of any product, process, or service designed with the primary purpose of contributing to remediating or preventing any type of environmental damage.

Definitions

Legal Name

Modifications to the legal name should only be done to correct a spelling error or typo.

Operating Name

The operating name is a name the business or organization is commonly known as if different from its legal name. The operating name is synonymous with trade name.

Current main activity of the business or organization

The North American Industry Classification System (NAICS) is an industry classification system developed by the statistical agencies of Canada, Mexico and the United States. Created against the background of the North American Free Trade Agreement, it is designed to provide common definitions of the industrial structure of the three countries and a common statistical framework to facilitate the analysis of the three economies. NAICS is based on supply-side or production-oriented principles, to ensure that industrial data, classified to NAICS, are suitable for the analysis of production-related issues such as industrial performance.

The associated NAICS should reflect those activities conducted by the business or organizational unit(s) targeted by this questionnaire only, and which can be identified by the specified legal and operating name. The main activity is the activity which most defines the targeted business or organization's main purpose or reason for existence. For a business or organization that is for-profit, it is normally the activity that generates the majority of the revenue for the entity.

Glossary of Terms

3D: Three dimensional
Additives/ catalysts: Products that enhance the rate of a chemical reaction.
Adhesives: Adhesives or bioadhesives are made from natural polymeric materials that act as adhesives; e.g., a glue formed synthetically from biological monomers such as sugars.
Advanced batteries: Batteries incorporating materials that improve energy storage density, or reduce the weight and size, compared to traditional batteries e.g., nickel-hydride and lithium ion batteries.
Advanced insulation: Solutions for improving thermal insulation in new and existing buildings producing significant energy savings. Includes spray foam and other products that are alternatives to traditional forms of insulation.
Advanced thermostats: Advanced thermostats (also known as smart thermostats) maximize efficiency and off-peak energy usage to help save money and reduce emissions. Additionally, advanced thermostats incorporate other technologies such as sensors and Wi-Fi connectivity.
Aerodynamic device: An aerodynamic resistance or drag reduction technology that reduces fuel consumption.
Aircraft components using lightweight materials: A lightweight material is defined as having a higher strength to weight or stiffness to weight ratio. May also include, components that are made lighter when using the same material by changing how it is designed or manufactured e.g., through additive manufacturing / 3D printing.
Algae biodiesel: A type of biodiesel fuel made from algae oils.
Anaerobic digester: A mechanical chamber which breaks down organic material using micro-organisms (bacteria) in an oxygen-free environment to produce renewable energy (biogas) and other biomaterials.
Automobile components using lightweight materials: A lightweight material is defined as having a higher strength to weight or stiffness to weight ratio, compared to conventional materials. Alternatively, components may be made lighter when using the same material by changing how it is designed or manufactured e.g., through additive manufacturing or 3D printing.
Auxiliary power unit: An idling reduction technology that stores power when the engine is running and supplies it to the vehicle's electrical devices when the engine is off.
Biobutanol: A renewable fuel produced from corn, sugar beets, and other types of biomass.
Biochar: A solid material obtained from thermochemical conversion of biomass in an oxygen-limited environment. Biochar can be used for a wide range of applications such as a soil amendment, carbon sequestration, and a source of renewable energy.
Biochemicals: Synthesized chemicals made using vegetable oils derived from corn, soybean, canola, and corn starches. They can be made into solvents, lubricants, waxes, adhesives, acetic acid, succinic acid, glycerol and methanol without using traditional petroleum bases.
Biocrude: A feedstock used in a petroleum refinery that is derived from one or more renewable feedstocks replacing, in part, conventional crude oil.
Bioenergy: Renewable energy produced from biological materials.
Bioenergy feedstock planning and management: Ensuring a sustainable biomass supply from the forestry and agricultural sectors, as well as from other organic residues such as municipal solid waste and algae.
Bioenergy feedstock valuation: Services which focus on modelling, technologies and techniques that lower the costs and increase quantities of renewable feedstocks while maintaining and improving the quality of the product.
Biofuel: Biofuels are enhanced biomass-derived fuels that can take the form of a liquid such as ethanol or renewable diesel fuels, a gas such as biogas or syngas or a solid such as pellets or char.
Biogas: A combustible gas and type of biofuel produced by the decomposition of biological materials e.g., forestry residues and municipal waste, through anaerobic digestion or fermentation. Typical biogas consists of 50 to 60% methane and carbon dioxide.
Biohydrogen: Hydrogen produced biologically, most commonly by algae or bacteria, from both cultivation and waste organic materials.
Biomaterials: Materials derived from nature or synthesized in the laboratory using a variety of chemical approaches utilizing plant oils, sugars, or starches to create bioplastics, biofoams, biorubber, or reinforced biocomposites and biofibres.
Biopesticides: Pest management agents and chemicals derived from natural sources e.g., bacteria, fungi, viruses, plants, animals and minerals. They provide an alternative to synthetic chemicals and are used to control pest populations in crop production and other settings. Typically a biopesticide is target-specific and has little or no impact on non-target organisms and the environment.
Biopolymers: A non-petroleum based form of plastic derived from renewable biomass sources such as vegetable oil or corn starch.
Biosolvents: Bio-based agent for cleaning or degreasing parts, stripping paint or removing inks. Derived from agricultural crops e.g., corn, soybeans, citrus fruit skins or tree bark.
Biostimulants: A material which contains substances or microorganisms whose function is to stimulate natural processes in plant growth e.g., nutrient uptake, nutrient use efficiency, tolerance to abiotic stress, and crop quality. Biostimulants are a bio-based alternative to fossil-fuel based fertilizers.
BOMA: The Building Owners and Managers Association
CAN$: Canadian dollars
Carbon capture and sequestration technologies and storage: Technologies used to capture, transport and store carbon dioxide produced as the result of an industrial process, before its release to the atmosphere.
Cellulose filaments (CF): Extracted from wood pulp fibres using a mechanical process that requires no chemicals or enzymes. CF are extremely strong, flexible and light, and has a unique bonding capacity that makes them an exceptional reinforcement additive for a wide range of products such as bioplastics, adhesives, as well as paints and other coatings.
Cellulosic Ethanol: Ethanol produced from cellulose e.g., the stringy fibre of a plant, typically from grasses, grains or wood.
Centrifuges: Machines or equipment that spin a vessel at high speeds to create separation of materials. Centrifugation can be used to recover solids from slurries, or to clarify liquids and solids.
Chipper: A machine used to mechanically reduce the size of feedstock wood material to a size suitable for further processing e.g., for producing wood pellets or as an input into another bio-manufacturing process.
CHP: Combined heat and power
Clean coal: Technology and processes that mitigate the emissions produced from the burning of coal for electrical power. Generally, to be considered "clean" the combustion should result in an emission intensity equal to or less than that produced by burning natural gas.
CNG: Compressed natural gas (CNG) is methane that is stored at a high pressure and can be used in place of gasoline. CNG may be found naturally above oil deposits or is collected from landfills or wastewater treatment plants e.g., biogas.
Coagulant: A material (iron or aluminum salts, e.g., aluminum sulphate, ferric sulphate, ferric chloride, polymers) added to a colloidal solution to remove suspended particles through coagulation. Often used in water treatment.
Combined heat and power and cogeneration: Combined heat and power (CHP) is a cogeneration system that involves the simultaneous production of electricity and heat from a single fuel source. It uses waste heat recovery technology to capture heat by-products to generate electricity. CHP is not a single technology but an integrated energy system that can be modified depending on the needs of the energy user.
Combined heat and power bioenergy systems: Combined heat and power (CHP) is a cogeneration system that involves the simultaneous production of electricity and heat from a single fuel source. It uses waste heat recovery technology to capture heat by-products to generate electricity. CHP is not a single technology but an integrated energy system that can be modified depending on the needs of the energy user. CHP bioenergy systems use a biomass fuel source instead of a fossil fuel source.
Composite materials: Materials consisting of strong, stiff fibres in a tough resin matrix and used to reduce weight for fuel efficiency purposes. Composite materials used in the aerospace industry include carbon and glass-fibre reinforced plastics and metals used in cabin components and functional components in the wings, engines or landing gear.
Compressed air: Compressed air energy storage (CAES) is a way to store energy by compressing air and storing it in underground caverns, depleted wells or aquifers.
Crop canopy sensors: A technology used in precision agriculture that uses visible light (VIS) and near infrared light (NIR) to determine plant nitrogen levels in a crop. This technology can assist in identifying specific areas of a field that require fertilization.
Cyber security: Services assisting utility companies with the protection of critical smart grid infrastructure assets from cyber security threats. Cyber security services protect data and access to all components of the smart grid. This includes threat detection and compliance management.
Desalination processes: Various technologies and processes used to remove salt from water.
Distillation tower: Equipment used to refine and separate purified products and aqueous streams during biofuel production.
DME: Dimethyl Ether
Double layer capacitor: Capacitors with enhanced cycle stability and extremely high power capability; very efficient energy storage capability compared to traditional capacitors and batteries.
Dryer: Equipment used to remove moisture from a liquid/solid mixture. Dryers vary in application and function e.g., rotating drum dryers, rotary dryers, flash dryers, fluidized bed dryers, spray dryers, conveyor dryers, tray dryers, thin-film dryers.
Efficient turbine: A fuel efficient turbine engine is one that uses less fuel to produce the same output e.g., either in the form of thrust for a jet engine or horsepower for a turboshaft engine. Engine weight is an important factor associated with the efficiency of the turbine.
Electric vehicle: A vehicle using a battery to store electrical energy that powers the motor.
Electro-deionization technologies: A process which combines semi-impermeable membrane technology with ion-exchange media to provide a high-efficiency demineralization process.
Emission control: Technologies that reduce the amount of air pollutants, including greenhouse gases, released into the atmosphere.
Energy efficiency: Energy efficiency is a way of managing and restraining the growth in energy consumption. Something is more energy efficient if it delivers more services for the same energy input, or the same services for less energy input.
Energy logs: A cleaner burning fuel than firewood and other densified fire logs.
Engine control module: Controls the engine's performance, fuel efficiency and emissions; monitors the operation of the vehicle; and troubleshoots mechanical problems.
Engineered wood products: A variety of products required in mass timber construction and design (i.e., cross laminated timber) that generally involve lamination and compression of multiple layers of smaller pieces of wood to create large panels. The process creates a very strong panel that meets the safety requirements needed to build tall structures.
Environmental employment: Positions that directly or indirectly contribute to preserving or restoring environmental quality. For example, this may include jobs related to the production of goods or provision of services that help to: protect ecosystems and biodiversity; reduce the use of energy, materials, and water consumption in manufacturing processes; lower the carbon expenditure of industrial processes, or; minimize or altogether avoid generation of waste and pollution.
Environmental measurement apparatus: Equipment or instruments that assist in data collection involving the assessment of chemical, physical, or biological factors in the environment.
Ethanol: A renewable alcohol fuel made from plant material e.g., corn, sugar cane or grasses.
FC: Fuel cell
Fluoridation: The addition of fluoride in a public water supply to reduce tooth decay.
Flywheel: A rotating mechanical device that is used to store rotational energy.
Foams: Foams or biofoams are biopolymers made from plant materials that are biodegradable and may be industrially composted at high temperatures. They are durable and suitable for long-term use in virtually all technical and packaging applications.
FTE: Full-time equivalent
Fuel cell vehicle FC stack: A fuel cell FC stack is an assembly of individual membrane electrode assemblies that use hydrogen and oxygen to produce electricity in a fuel cell vehicle.
GIS: Geographic Information System
GPS: Global Positioning System
Green building certification: A process administered by a recognized body that approves a construction project as environmentally responsible and resource-efficient throughout a structure's life-cycle.
Greywater reuse system: A system that collects greywater from showers and sinks, for the purpose of filtering and purifying, for further non-potable uses e.g., toilet flushing or irrigation. It consists of a tank, a pump, a disinfection additive such as chlorine and a filtration component.
Greensand filtration: A specialized filtration process that removes iron, manganese and hydrogen sulphide from water.
Hot dry rock (HDR): A type of geothermal energy resource that uses heat recovered from dry subsurface rocks to generate electricity.
HVAC: Heating, ventilation, and air conditioning
Hybrids: Vehicles containing both an electric motor and an internal combustion engine (ICE). The electric motor uses batteries charged from the grid, and which may be re-charged through energy conversion mechanisms while in operation. The ICE uses traditional fuels, e.g., gasoline or diesel.
ICE: Internal combustion engine
Industrial design and related services: Refers to the design of energy efficient technologies and products for market, or part of a contracted service for industries such as transportation, aerospace, commercial energy projects, etc.
Intelligent traffic control: Optimizing the performance of traffic signals for real-time traffic conditions and improving traffic flow, resulting in a reduction in idling time, traffic congestion and emissions from vehicles at intersections.
ISO: International organization for standardization
Leak detection: A device that detects the presence of gases in an area, often as part of a safety system. This type of equipment is used to detect a gas leak and interface with a control system so a process can be automatically shut down. Gas detectors can be used to detect combustible, flammable and toxic gases, and oxygen depletion.
Li-ion: Lithium-ion battery
Livestock precision feeding technology: Technology consisting of animal-specific data collection and automated feeding systems to conserve livestock feed inputs.
LNG: Liquefied natural gas (LNG) is natural gas that has been converted to liquid form.
Low emitting burner: High-efficiency burners e.g., low NOx and low SOx burners, that minimize the amount of pollutants produced during combustion.
Low rolling resistance tire: Designed to reduce rolling resistance, or the energy lost from drag and friction of a tire rolling over a surface, to improve fuel efficiency in vehicles.
Management systems: Software systems that employ artificial intelligence or rules based on process knowledge to control energy distribution.
Mass timber design: Mass timber design companies design and construct complete buildings using large, prefabricated engineered wood products such as cross laminated timber or glue-laminated timber in place of steel.
Microgrid solutions: Services that design and develop comprehensive microgrid solutions for energy infrastructure projects. A microgrid is a local energy grid with control capability that can disconnect from the traditional grid and operate autonomously.
Micro/ ultrafiltration: Membrane technologies used to treat drinking water.
Micro-screening: A water treatment technology to remove suspended solids, micro pollutants and to increase the efficiency of downstream treatment systems.
Mixer: Industrial mixers are able to blend combinations of solids, gases and liquids. Mixing is usually completed in either single-phase or multi-phase formats.
Modelling services: The use of specially designed energy modelling software and other building data to simulate a variety of building details during construction or renovation projects. Used to optimize roof and wall construction, lighting and power densities, domestic hot water usage, and heating and ventilation systems. Modifying variables e.g., outdoor and indoor temperature, solar orientation, humidity, energy costs, construction materials, and occupant levels allow the energy modeller to come up with different scenarios to optimize a building's design and meet energy efficiency objectives.
Nano-crystalline cellulose: Nano-structures made from pure cellulose. They may be used in coating, papermaking, biocide dispersion, or in composite products.
Nanofiltration: Nanofiltration is a water-softening membrane technology that removes most organic compounds, nearly all viruses, most natural organic matter and a range of salts from water.
NaNiCl: Sodium-nickel chloride batteries
NaS: Sodium-sulphur batteries
NiCd: Nickel-cadmium battery
NiMH: Nickel-metal hydride battery
NOx: Nitrogen oxides
Nuclear energy: The energy that is released through a nuclear reaction or radioactive decay process.
Nuclear island: The part of the nuclear power plant that incorporates all equipment, systems, installation and control, heating and ventilation and other relevant hardware installed within the reactor and reactor auxiliary buildings. Steam generators that transfer heat from the primary circuit within the reactor to a secondary circuit for power generation are included in the nuclear island.
Nuclear reactor: The heart of a nuclear power plant in which nuclear fission may be initiated and controlled in a self-sustaining chain reaction to generate energy or produce useful radiation.
pH: Potential of hydrogen
Phasor measurement unit: A phasor measurement unit (PMU) is a device which measures the electrical waves on a power grid to monitor and control load and detect faults.
Powder metallurgy, coatings, polishing, anodizing for fuel efficiency: Surface treatments used to improve the finish, durability and corrosion resistance of many components. Also used for restorative maintenance e.g., secondary to fuel efficiency. Metal powders can be used in additive manufacturing which has the potential to make parts lighter (therefore improving fuel efficiency).
Pumped hydro: A system for generating hydroelectric power for peak periods by pumping water from a lower to an upper reservoir during low-demand/off-peak periods e.g., charging. When required, the water flows back from the upper to the lower reservoir to produce electricity e.g., discharging.
Pyrolysis: Pyrolysis is the transformation of a carbon-rich substance into one or more substances e.g., syngas or biochar, through heating in the absence of oxygen.
Pyrolysis oil: A renewable liquid fuel derived from woody biomass via fast pyrolysis process.
R-2000: Energy efficient homes rating
Renewable diesel: Diesel fuel substitute made from renewable materials such as vegetable oil, waste, cooking oil, animal fat, fish oil or cellulosic feedstocks consisting of agriculture and forest biomass. It can be used in all modern diesel engines without requiring engine modifications.
Reverse osmosis: A water treatment process that uses pressure to move a liquid through a membrane, thereby removing ions of salt, calcium and chlorine or larger molecules such as bacteria, urea and glucose.
RFID: Radio-frequency identification
Self-healing grids: A monitoring solution for a more efficient energy grid. A self-healing grid is a system comprised of sensors, automated controls and advanced software that utilizes real-time distribution data to detect and isolate faults and to reconfigure the distribution network to minimize service disruptions.
Shredder: Equipment used to cut, shear, tear, slice, or rip apart materials into smaller pieces typically in a strip or chip-like output shape. Shredders may be used to process forestry and agricultural biomass to convert it into a more useable form for further biofuel or biomaterial processing.
Smart grid: Adaptions to a conventional power grid, allowing two-way communications, control and automation capabilities to make it more reliable, flexible, efficient, clean, safe and customer-friendly.
Smart inverter: Inverters that enable the integration of distributed photovoltaic power generation into the power grid.
SOx: Sulphur oxides
Storage systems: Includes above and underground types of storage systems. The tanks can be used for storage, mixing, or as vessels for chemical processes.
Super-conducting magnetic energy storage: Energy storage using a magnetic field created by the flow of direct current in a superconducting coil kept below its superconducting critical temperature.
Sustainable forestry services: Sustainable forestry service companies are forestry service companies who have policies in place which ensure they carefully manage forest resources to preserve and maximize the value of every harvest. Sustainable forestry service companies are certified by one of the three independent, third-party forest management organizations in Canada (Canadian Standards Association, Forest Stewardship Council, and Sustainable Forestry Initiative). A certified sustainable forestry service company meets the Government of Canada’s forest management laws and regulations and verifies the company’s responsible forest management practices. Certified companies practice a number of forest restoration or sustainable forestry management techniques such as planting new trees after each harvest, selective logging by removing only certain, mature trees while preserving a balanced forest ecosystem (not clear cutting) and allowing more time in between harvests so trees can mature to their full potential.
Syngas: Syngas, also called synthesis gas, is an intermediate product produced by gasification from biomass feedstocks. Syngas can then be converted into hydrogen, a variety of chemicals, fertilizers and liquid fuels, or used to generate electricity.
Thermal storage systems: Encompasses a wide range of technologies that allow thermal energy to be collected and stored for later use. Storage mediums include water, bedrock, deep aquifers, and phase-change materials.
Traffic management: Improving the flow of traffic through the use of data and design.
UAV/drone: An unmanned aerial vehicle (UAV) or drone is an aircraft designed to fly without a human operator on board. They are equipped with video and multispectral cameras, GPS receivers and advanced data collection and sensor technologies to perform agriculture-related monitoring.
UV: Ultraviolet
Ultrasonic detection: Ultrasonic-level measurement devices employ sound waves for detection of liquid levels.
Variable rate technology: Instrumentation and equipment used for varying the rates of application of fertilizer, pesticides and seeds as it moves across a field.
Vehicle emission monitoring: Technologies such as catalytic converters, exhaust gas recirculation, engine monitoring sensors, computer controls and feedback systems that aid in the reduction of greenhouse gases, volatile organic compounds, carbon monoxide and oxides of nitrogen.
Vehicle fleet management and logistics: Support services comprised of consulting, tools, products, and software designed for companies with fleets of commercial vehicles or trucks (excluding rentals) that help optimize fleet operations such as communication, tracking and routing, maintenance, and management of fuel consumption.
Washer: Refers to the washing step of biofuel refining where impurities are adsorbed using a material such as magnesium silicate. Purified biodiesel liquid is then separated from the solid dry wash adsorbent and filtered, resulting in clarified biodiesel.
Yield Sensors: Sensors used to aid the monitoring of yields within a field.

Reporting period information

Report information for this establishment's 12-month fiscal period (normal business year) ending between April 1st, 2020 and March 31st, 2021. Please indicate the reporting period covered by this questionnaire.

Activity sectors

Report goods manufactured as part of an environmental service provided under Service provider, and include the sales of related machinery, equipment, and products.

Total revenue

Total revenue is the sum of the value of sales (before royalties, taxes and other charges) and all other revenues, except contributions from owners.

When precise figures are not available please provide your best estimates.

Include:

sales of all goods and services
other operating revenue
non-operating revenue.

Report in Canadian dollars.

Sales of goods

Report domestic and export sales of selected environmental and clean technology goods.

Include (where applicable):

sales (domestic sales and export sales) of goods manufactured at a Canadian location
sales of goods manufactured outside Canada and imported for sale

Exclude federal, provincial and territorial sales taxes and excise duties and taxes.

Some goods listed may be used for more than one of the environmental functions listed. Report sales under the environmental function category that best reflects the ultimate use of your product.

Sales of environmental and clean technology goods are defined as revenues derived from the sale of goods (cash or credits) falling within a business's ordinary activities. Sales should be reported net of excise and federal, provincial or territorial sales taxes.

Revenue from services

Report domestic and export revenues of selected environmental and clean technology services.

Include (where applicable):

goods sold as part of a service delivered (related machinery, products and equipment)
domestic and export sales of services provided from a Canadian location.

Exclude federal, provincial and territorial sales taxes and excise duties and taxes.

Sales of environmental and clean technology services are defined as amounts derived from the provision of environmental and clean technology services falling within a business's ordinary activities. Sales should be reported net of excise and federal, provincial or territorial sales taxes.

Thank you for your participation.

2021 Census: 1A

Collective Dwelling Record

Census information is important for your community and is vital for planning its public services. By law, all residents living in facilities and establishments must be included in the 2021 Census. The information is collected under the authority of the Statistics Act and is kept strictly confidential. The information you provide may be used by Statistics Canada for other statistical and research purposes or may be combined with other survey or administrative data sources.

Confidential when completed

Section 1: Identification

Survey Specific Identifier (SSID)
CLD
Block Number
Crew leader name
Name of collective dwelling
Address
Maximum occupancy
Collective dwelling type code
Total usual residents (URs)
Total temporary residents (TRs)
Total foreign residents (FRs)
Number of private dwellings attached
Contact name
Contact telephone number
Contact address
Contact email
Complete only if final outcome code is '324' (Cancelled)
- Private dwelling
- Business/establishment that does not provide overnight accommodation
- Incorrect address
- Demolished
- Duplicate
Comments

Section 2: Collective dwelling type code and auxiliary questions

Select one collective dwelling type and answer the corresponding questions.

Hospital (10)

A1) Is this facility licensed as a hospital?
- Yes
- No
A2) What services are provided at this facility? (Mark one only)
- Short-term care
- Long-term care
- Both short-term and long-term care

Nursing home and/or residence for senior citizens (20)

B1) What levels of service are provided to residents at this facility? (Mark one only)
- Extended health care services (professional health care monitoring, nursing care and supervision 24 hours a day). Residents are not independent in most activities of daily living.
- Support services or assisted living services (meals, housekeeping, laundry, supervision of medication, assistance bathing or dressing, etc.), but no extended health care services. Residents are independent in most activities of daily living.
- Extended health care services to some residents, but only support services or assisted living services to other residents. For example, a facility that is a mix of both a nursing home and a residence for senior citizens.

Note: If no care or services are provided to residents, the facility should be enumerated as a private dwelling.

Residential care facility, such as a group home for persons with disabilities or addictions (30)

C1) Is this facility for (mark all that apply):
- primarily children/minors
- persons with psychological disabilities
- persons with an addiction
- persons with physical challenges and/or disabilities
- persons that are developmentally delayed
- other - specify:

Shelter (40)

D1) Is this facility primarily for (mark one only):
- homeless persons
- ex-inmates (in halfway houses)
- abused women and their children
- refugees and asylum seekers
- other - specify:

Correctional or custodial facility (50)

E1) Is this facility primarily a (mark one only):
- federal correctional facility
- young offenders' facility
- provincial/territorial custodial facility
- jail/police lock-up facility

Lodging or rooming house (60)

Religious establishment such as a convent, monastery or seminary (70)

Establishment with temporary accommodation services such as a hotel, campground, YMCA/YWCA, Ronald McDonald House or hostel (90)

F1) Is this establishment a (mark one only):
- hotel, motel or tourist establishment
- other establishment with temporary accommodation services such as a YMCA/YWCA, Ronald McDonald House or hostel
- campground or park

Other establishment such as a school residence, military base, work camp or vessel (91)

G1) Is this establishment a (mark one only):
- a school residence or training centre residence
- a military base
- a commercial vessel
- a work camp
- a government vessel
- another establishment

Section 3: Occupancy on May 11

Occupancy on May 11
1	2	3	4	5	6	7	8	9
	Room or unit number	Usually lives here (X). Follow up if form not returned.	Unoccupied (X)	Name of occupant (If name not available, enter " X ")	Number of Urs	Number of TRs	Number of FRs	Remarks
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
Totals for this page
Cumulative totals

Use additional 1A forms if required.

Reporting instructions

Report dollar amounts rounded to the nearest Canadian dollar.
When precise figures are not available, please provide your best estimates.
Exclude federal, provincial and territorial sales taxes and excise duties and taxes.
Report goods manufactured as part of an environmental service provided under Service provider, and include the sales of related machinery, equipment, and products.

Reporting period information

1. What are the start and end dates of this business or organization's most recently completed fiscal year that ended any time between April 1, 2020 and March 31, 2021?

Fiscal Year Start date:
Fiscal Year-End date:

2. What is the reason the reporting period does not cover a full year?

Select all that apply.

Seasonal operations
New business
Change of ownership
Temporarily inactive
Change of fiscal year
Ceased operations
Other:
Specify other reason:

Activity sectors

1. Which of the following activity sectors apply to this business or organization?

Select all that apply.

Manufacturer
Report goods (machinery and equipment) sold as part of an environmental service contract under service provider.
Wholesaler
Report goods (machinery and equipment) sold as part of an environmental service contract under service provider.
Service provider
Include turnkey project management, integrators, asset management, consulting, software development, development and integration.
OR None of the above

Manufacturer

2. Which of the following categories are applicable to your manufacturing operations?

Select all that apply.

Clean energy equipment
For example: wind, geothermal, hydro, solar, nuclear energy, and waste to energy.
Indicate the destination market.
- Domestic
- Export
Non-hazardous waste management technologies
For example: collection, separating and sorting, compaction, centralized biological reprocessing, and disposal equipment.
Indicate the destination market.
- Domestic
- Export
Industrial air pollution or flue gas management technologies
For example: physical and chemical treatment equipment
Indicate the destination market.
- Domestic
- Export
Monitoring and reduction of greenhouse gases and air pollution technologies
For example: low emitting burners, clean coal, carbon capture and sequestration, and leak detection technologies.
Indicate the destination market.
- Domestic
- Export
Industrial wastewater and municipal sewage treatment technologies
For example: physical, chemical and biological treatment of wastewater and sewage.
Indicate the destination market.
- Domestic
- Export
Water management, recycling and treatment of drinking water technologies
For example: information and communication technologies; equipment to reduce consumption; equipment for collection; and filtration, oxidation, and adjustment technologies.
Indicate the destination market.
- Domestic
- Export
Remediation of ground water, surface water and leachate technologies
For example: biological treatment, physical and chemical treatment, containment, air emissions and off-gas treatment, and radioactive contamination remediation technologies.
Indicate the destination market.
- Domestic
- Export
Remediation of soil, sediment and sludge technologies
For example: biological treatment, physical and chemical treatment, containment, thermal treatment and radioactive contamination remediation technologies.
Indicate the destination market.
- Domestic
- Export
Smart grid and energy storage technologies
For example: inverters, meters, batteries, fuel cells and storage systems.
Indicate the destination market.
- Domestic
- Export
Bioenergy production equipment
For example: biofuel reactors, combined heat and power bioenergy systems, filtration systems, biomass processing.
Indicate the destination market.
- Domestic
- Export
Biofuel, biomaterial and biochemical production
For example: pellets, biocrude, biodiesel, ethanol, biopesticides, biopolymers, nanomaterials, and engineered wood products.
Indicate the destination market.
- Domestic
- Export
Precision agriculture technologies
For example: variable rate equipment, sensors, UAV and drones, software and feeding technologies.
Indicate the destination market.
- Domestic
- Export
Energy efficiency technologies
For example: industrial, commercial, and residential equipment.
Indicate the destination market.
- Domestic
- Export
Transportation technologies
For example: fuel efficient automotive and aerospace equipment.
Indicate the destination market.
- Domestic
- Export
Other environmental-related manufacturing
- Specify other environmental manufacturing
Other manufacturing
- Specify other manufacturing

Wholesaler

3. Which of the following categories are applicable to your wholesale operations?

Select all that apply.

Clean energy equipment
For example: wind, geothermal, hydro, solar, nuclear energy, and waste to energy.
Indicate the source and destination market.
- Imported goods sold within Canada
- Domestic goods sold within Canada
- Exported goods, any source
Non-hazardous waste management technologies
For example: collection, separating and sorting, compaction, centralized biological reprocessing, and disposal equipment.
Indicate the source and destination market.
- Imported goods sold within Canada
- Domestic goods sold within Canada
- Exported goods, any source
Industrial air pollution or flue gas management technologies
For example: physical and chemical treatment equipment
Indicate the source and destination market.
- Imported goods sold within Canada
- Domestic goods sold within Canada
- Exported goods, any source
Monitoring and reduction of greenhouse gases and air pollution technologies
For example: low emitting burners, clean coal, carbon capture and sequestration, and leak detection technologies.
Indicate the source and destination market.
- Imported goods sold within Canada
- Domestic goods sold within Canada
- Exported goods, any source
Industrial wastewater and municipal sewage treatment technologies
For example: physical, chemical and biological treatment of wastewater and sewage.
Indicate the source and destination market.
- Imported goods sold within Canada
- Domestic goods sold within Canada
- Exported goods, any source
Water management, recycling and treatment of drinking water technologies
For example: information and communication technologies; equipment to reduce consumption; equipment for collection; and filtration, oxidation, and adjustment technologies.
Indicate the source and destination market.
- Imported goods sold within Canada
- Domestic goods sold within Canada
- Exported goods, any source
Remediation of ground water, surface water and leachate technologies
For example: biological treatment, physical and chemical treatment, containment, air emissions and off-gas treatment, and radioactive contamination remediation technologies.
Indicate the source and destination market.
- Imported goods sold within Canada
- Domestic goods sold within Canada
- Exported goods, any source
Remediation of soil, sediment and sludge technologies
For example: biological treatment, physical and chemical treatment, containment, thermal treatment and radioactive contamination remediation technologies.
Indicate the source and destination market.
- Imported goods sold within Canada
- Domestic goods sold within Canada
- Exported goods, any source
Smart grid and energy storage technologies
For example: inverters, meters, batteries, fuel cells and storage systems.
Indicate the source and destination market.
- Imported goods sold within Canada
- Domestic goods sold within Canada
- Exported goods, any source
Bioenergy production equipment
For example: biofuel reactors, combined heat and power bioenergy systems, filtration systems, biomass processing.
Indicate the source and destination market.
- Imported goods sold within Canada
- Domestic goods sold within Canada
- Exported goods, any source
Biofuel, biomaterial and biochemical production
For example: pellets, biocrude, biodiesel, ethanol, biopesticides, biopolymers, nanomaterials, and engineered wood products.
Indicate the source and destination market.
- Imported goods sold within Canada
- Domestic goods sold within Canada
- Exported goods, any source
Precision agriculture technologies
For example: variable rate equipment, sensors, UAV and drones, software and feeding technologies.
Indicate the source and destination market.
- Imported goods sold within Canada
- Domestic goods sold within Canada
- Exported goods, any source
Energy efficiency technologies
For example: industrial, commercial, and residential equipment.
Indicate the source and destination market.
- Imported goods sold within Canada
- Domestic goods sold within Canada
- Exported goods, any source
Transportation technologies
For example: fuel efficient automotive and aerospace equipment.
Indicate the source and destination market.
- Imported goods sold within Canada
- Domestic goods sold within Canada
- Exported goods, any source
Other environmental-related wholesale
- Specify other environmental wholesale
Other wholesale
- Specify other wholesale

Service provider

4. Which of the following categories are applicable to your service operations?

Include turnkey project management, integrators, asset management, development and integration.

Select all that apply.

Site remediation or monitoring services and environmental emergency response services
For example: remediation of soil, water, air, and radioactive contamination; control, containment, and monitoring services; and environmental emergency response services.
Indicate the destination market.
- Domestic
- International
Energy efficiency, industrial design and related services
For example: sustainability consulting; certification services and audits; monitoring and demand control services; analysis, modelling, and consulting services; advanced insulation activities; retrofits; and aerodynamic and emission control design and testing.
Indicate the destination market.
- Domestic
- International
Monitoring and reduction of greenhouse gases and air pollution services
For example: emissions and air quality management services, monitoring and trading services, development of compliance and reporting systems, and risk assessments and management.
Indicate the destination market.
- Domestic
- International
Clean energy services
For example: installation, operations, maintenance, engineering and design services for wind, geothermal, hydro, solar, and nuclear energy projects.
Indicate the destination market.
- Domestic
- International
Water management and efficiency services
For example: planning and design; efficiency consulting; piloting, validation and verification; pipe inspection; training and plant operation; water quality testing and instrumentation services.
Indicate the destination market.
- Domestic
- International
Sustainable resource services
For example: support, consulting, and GPS and GIS services for precision agriculture; mass wood design, bioenergy and bioproduct services; and sustainable forestry services.
Indicate the destination market.
- Domestic
- International
Transportation services
For example: intelligent traffic control, traffic management, vehicle fleet logistics, traffic infrastructure, inspection services for air emissions, and alternative fuel retrofits.
Indicate the destination market.
- Domestic
- International
Smart grid services
For example: energy storage and microgrid solutions; cyber security services; data management, monitoring, and communication solutions; engineering, installation, maintenance, and design solutions.
Indicate the destination market.
- Domestic
- International
Other environmental-related service
- Specify other environmental service
Other service
- Specify other service

Total revenue

5. What was this business or organization's total revenue?

Total revenue is the sum of the value of sales (before royalties, taxes and other charges) and all other revenues, except contributions from owners.

When precise figures are not available please provide your best estimates.

Include:

sales of all goods and services
other operating revenue
non-operating revenue.

Report in CAN$:

Sales of goods

Report domestic and export sales of selected environmental and clean technology goods.

Include (where applicable):

sales (domestic sales and export sales) of goods manufactured at a Canadian location
sales of goods manufactured outside Canada and imported for sale

Exclude federal, provincial and territorial sales taxes and excise duties and taxes.

Some goods listed may be used for more than one of the environmental functions listed. Report sales under the environmental function category that best reflects the ultimate use of your product.

Sales of environmental and clean technology goods are defined as revenues derived from the sale of goods (cash or credits) falling within a business's ordinary activities. Sales should be reported net of excise and federal, provincial or territorial sales taxes.

Manufacturer — clean energy equipment — domestic sales

6. Report sales of goods manufactured in Canada.

Include machinery, equipment, products, and technologies.

Exclude revenues from sales of electricity.

Table 6. Report sales of goods manufactured in Canada and the number of units sold within Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Wind
	Sales of goods manufactured in Canada Rounded to the nearest CAN$
Wind turbine equipment, nacelle, blades, tower
Switchgear, transformers
Geothermal
Heat pumps, other equipment used in geothermal energy systems
Hydrothermal equipment
Hot dry rock (HDR) equipment
Advanced drilling and exploration equipment
Hydro
Turbines and related components e.g., Francis, Kaplan, Pelton Exclude wave and tidal energy.
Turbines and related components for wave and tidal energy
Generators, valves, gates, transformers, switchgear Include components.
Solar
Active solar heating equipment e.g., glazed flat plate collectors, glazed evacuated tubes and collectors, unglazed panels and collectors for heating pools, perforated cladding for solar air heating.
Active solar-power generation equipment e.g., concentrating mirrors, receivers
Photovoltaic energy equipment e.g., photovoltaic cells, modules, panels and arrays, inverters for solar photovoltaic systems.
Nuclear energy
Nuclear reactors, or nuclear island components e.g., primary circuit, steam generators, primary side auxiliaries, nuclear island electrical supply, and instrumentation and controls.
Nuclear fuel handling, processing, and fabrication equipment
Balance of plant components e.g., electric generators, turbines for electricity generation, piping.
Waste to Energy
Liquid organic waste to energy equipment
Solid organic waste to energy equipment
Anaerobic digesters
Other
All other clean energy equipment
Total

Manufacturer — clean energy equipment — export sales

7. Report sales of exported goods manufactured in Canada.

Include machinery, equipment, products, and technologies.

Exclude revenues from sales of electricity.

Table 7. Report sales of exported goods manufactured in Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Wind
	Sales of exported goods manufactured in Canada Rounded to the nearest CAN$
Wind turbine equipment, nacelle, blades, tower
Switchgear, transformers
Geothermal
Heat pumps, other equipment used in geothermal energy systems
Hydrothermal equipment
Hot dry rock (HDR) equipment
Advanced drilling and exploration equipment
Hydro
Turbines and related components e.g., Francis, Kaplan, Pelton Exclude wave and tidal energy.
Turbines and related components for wave and tidal energy
Generators, valves, gates, transformers, switchgear Include components.
Solar
Active solar heating equipment e.g., glazed flat plate collectors, glazed evacuated tubes and collectors, unglazed panels and collectors for heating pools, perforated cladding for solar air heating.
Active solar-power generation equipment e.g., concentrating mirrors, receivers
Photovoltaic energy equipment e.g., photovoltaic cells, modules, panels and arrays, inverters for solar photovoltaic systems.
Nuclear energy
Nuclear reactors, or nuclear island components e.g., primary circuit, steam generators, primary side auxiliaries, nuclear island electrical supply, and instrumentation and controls.
Nuclear fuel handling, processing, and fabrication equipment
Balance of plant components e.g., electric generators, turbines for electricity generation, piping
Waste to Energy
Liquid organic waste to energy equipment
Solid organic waste to energy equipment
Anaerobic digesters
Other
All other clean energy equipment
Total

Wholesaler — clean energy equipment — domestic sales of imported goods

8. Report sales for wholesale of imported goods.

Include machinery, equipment, products, and technologies.

Exclude revenues from sales of electricity.

Table 8. Report sales for wholesale of imported goods and the number of units imported and sold within Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Wind
	Sales for wholesale of imported goods Rounded to the nearest CAN$
Wind turbine equipment, nacelle, blades, tower
Switchgear, transformers
Geothermal
Heat pumps, other equipment used in geothermal energy systems
Hydrothermal equipment
Hot dry rock (HDR) equipment
Advanced drilling and exploration equipment
Hydro
Turbines and related components e.g., Francis, Kaplan, Pelton Exclude wave and tidal energy.
Turbines and related components for wave and tidal energy
Generators, valves, gates, transformers, switchgear Include components.
Solar
Active solar heating equipment e.g., glazed flat plate collectors, glazed evacuated tubes and collectors, unglazed panels and collectors for heating pools, perforated cladding for solar air heating.
Active solar-power generation equipment e.g., concentrating mirrors, receivers
Photovoltaic energy equipment e.g., photovoltaic cells, modules, panels and arrays, inverters for solar photovoltaic systems.
Nuclear energy
Nuclear reactors, or nuclear island components e.g., primary circuit, steam generators, primary side auxiliaries, nuclear island electrical supply, and instrumentation and controls.
Nuclear fuel handling, processing, and fabrication equipment
Balance of plant components e.g., electric generators, turbines for electricity generation, piping
Waste to Energy
Liquid organic waste to energy equipment
Solid organic waste to energy equipment
Anaerobic digesters
Other
All other clean energy equipment
Total

Wholesaler — clean energy equipment — domestic sales of domestic goods

9. Report sales for wholesale of domestic goods.

Include machinery, equipment, products, and technologies.

Exclude revenues from sales of electricity.

Table 9. Report sales for wholesale of domestic goods and the number of units sourced and sold within Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Wind
	Sales for wholesale of domestic goods Rounded to the nearest CAN$
Wind turbine equipment, nacelle, blades, tower
Switchgear, transformers
Geothermal
Heat pumps, other equipment used in geothermal energy systems
Hydrothermal equipment
Hot dry rock (HDR) equipment
Advanced drilling and exploration equipment
Hydro
Turbines and related components e.g., Francis, Kaplan, Pelton Exclude wave and tidal energy.
Turbines and related components for wave and tidal energy
Generators, valves, gates, transformers, switchgear Include components.
Solar
Active solar heating equipment e.g., glazed flat plate collectors, glazed evacuated tubes and collectors, unglazed panels and collectors for heating pools, perforated cladding for solar air heating.
Active solar-power generation equipment e.g., concentrating mirrors, receivers
Photovoltaic energy equipment e.g., photovoltaic cells, modules, panels and arrays, inverters for solar photovoltaic systems.
Nuclear energy
Nuclear reactors, or nuclear island components e.g., primary circuit, steam generators, primary side auxiliaries, nuclear island electrical supply, and instrumentation and controls.
Nuclear fuel handling, processing, and fabrication equipment
Balance of plant components e.g., electric generators, turbines for electricity generation, piping
Waste to Energy
Liquid organic waste to energy equipment
Solid organic waste to energy equipment
Anaerobic digesters
Other
All other clean energy equipment
Total

Wholesaler — clean energy equipment — sales of exported goods

10. Report sales for wholesale of exported goods.

Include machinery, equipment, products, and technologies.

Exclude revenues from sales of electricity.

Table 10. Report sales for wholesale of exported goods and the number of units sold outside of Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Wind
	Sales for wholesale of exported goods Rounded to the nearest CAN$
Wind turbine equipment, nacelle, blades, tower
Switchgear, transformers
Geothermal
Heat pumps, other equipment used in geothermal energy systems
Hydrothermal equipment
Hot dry rock (HDR) equipment
Advanced drilling and exploration equipment
Hydro
Turbines and related components e.g., Francis, Kaplan, Pelton Exclude wave and tidal energy.
Turbines and related components for wave and tidal energy
Generators, valves, gates, transformers, switchgear Include components.
Solar
Active solar heating equipment e.g., glazed flat plate collectors, glazed evacuated tubes and collectors, unglazed panels and collectors for heating pools, perforated cladding for solar air heating.
Active solar-power generation equipment e.g., concentrating mirrors, receivers
Photovoltaic energy equipment e.g., photovoltaic cells, modules, panels and arrays, inverters for solar photovoltaic systems.
Nuclear energy
Nuclear reactors, or nuclear island components e.g., primary circuit, steam generators, primary side auxiliaries, nuclear island electrical supply, and instrumentation and controls.
Nuclear fuel handling, processing, and fabrication equipment
Balance of plant components e.g., electric generators, turbines for electricity generation, piping
Waste to Energy
Liquid organic waste to energy equipment
Solid organic waste to energy equipment
Anaerobic digesters
Other
All other clean energy equipment
Total

Manufacturer — non-hazardous waste management technologies — domestic sales

11. Report sales of goods manufactured in Canada.

Include machinery, equipment, products, and technologies.

Table 11. Report sales of goods manufactured in Canada and the number of units sold within Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Collection
	Sales of goods manufactured in Canada Rounded to the nearest CAN$
Collection vehicles for non-hazardous waste, recycling and organics
Containers for collection of non-hazardous waste, recycling and organics
Recycling equipment
Separating and sorting
Air classifiers, magnetic separators, eddy current separators
Compaction
Balers, densifiers, compactors, shredders, granulators
Centralized biological reprocessing
Centralized composters e.g., turned-windrow, aerated static pile, mechanically agitated in-vessel.
Disposal
Equipment for landfill leachate collection and containment
Equipment for landfill gas management
Equipment for thermal treatment e.g., rotary kiln incinerator, mass burning, starved air incinerator, fluidized bed.
Other
All other non-hazardous waste management technologies
Total

Manufacturer — non-hazardous waste management technologies — export sales

12. Report sales of exported goods manufactured in Canada.

Include machinery, equipment, products, and technologies.

Table 12. Report sales of exported goods manufactured in Canada and the number of units sold outside of Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Collection
	Sales of exported goods manufactured in Canada Rounded to the nearest CAN$
Collection vehicles for non-hazardous waste, recycling and organics
Containers for collection of non-hazardous waste, recycling and organics
Recycling equipment
Separating and sorting
Air classifiers, magnetic separators, eddy current separators
Compaction
Balers, densifiers, compactors, shredders, granulators
Centralized biological reprocessing
Centralized composters e.g., turned-windrow, aerated static pile, mechanically agitated in-vessel.
Disposal
Equipment for landfill leachate collection and containment
Equipment for landfill gas management
Equipment for thermal treatment e.g., rotary kiln incinerator, mass burning, starved air incinerator, fluidized bed.
Other
All other non-hazardous waste management technologies
Total

Wholesaler — non-hazardous waste management technologies — domestic sales of imported goods

13. Report sales for wholesale of imported goods

Include machinery, equipment, products, and technologies.

Table 13. Report sales for wholesale of imported goods and the number of units imported and sold within Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Collection
	Sales for wholesale of imported goods Rounded to the nearest CAN$
Collection vehicles for non-hazardous waste, recycling and organics
Containers for collection of non-hazardous waste, recycling and organics
Recycling equipment
Separating and sorting
Air classifiers, magnetic separators, eddy current separators
Compaction
Balers, densifiers, compactors, shredders, granulators
Centralized biological reprocessing
Centralized composters e.g., turned-windrow, aerated static pile, mechanically agitated in-vessel.
Disposal
Equipment for landfill leachate collection and containment
Equipment for landfill gas management
Equipment for thermal treatment e.g., rotary kiln incinerator, mass burning, starved air incinerator, fluidized bed.
Other
All other non-hazardous waste management technologies
Total

Wholesaler — non-hazardous waste management technologies — domestic sales of domestic goods

14. Report sales for wholesale of domestic goods.

Include machinery, equipment, products, and technologies.

Table 14. Report sales for wholesale of domestic goods and the number of units sourced and sold within Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Collection
	Sales for wholesale of domestic goods Rounded to the nearest CAN$
Collection vehicles for non-hazardous waste, recycling and organics
Containers for collection of non-hazardous waste, recycling and organics
Recycling equipment
Separating and sorting
Air classifiers, magnetic separators, eddy current separators
Compaction
Balers, densifiers, compactors, shredders, granulators
Centralized biological reprocessing
Centralized composters e.g., turned-windrow, aerated static pile, mechanically agitated in-vessel.
Disposal
Equipment for landfill leachate collection and containment
Equipment for landfill gas management
Equipment for thermal treatment e.g., rotary kiln incinerator, mass burning, starved air incinerator, fluidized bed.
Other
All other non-hazardous waste management technologies
Total

Wholesaler — non-hazardous waste management technologies — sales of exported goods

15. Report sales for wholesale of exported goods.

Include machinery, equipment, products, and technologies.

Table 15. Report sales for wholesale of exported goods and the number of units sold outside of Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Collection
	Sales for wholesale of exported goods Rounded to the nearest CAN$
Collection vehicles for non-hazardous waste, recycling and organics
Containers for collection of non-hazardous waste, recycling and organics
Recycling equipment
Separating and sorting
Air classifiers, magnetic separators, eddy current separators
Compaction
Balers, densifiers, compactors, shredders, granulators
Centralized biological reprocessing
Centralized composters e.g., turned-windrow, aerated static pile, mechanically agitated in-vessel.
Disposal
Equipment for landfill leachate collection and containment
Equipment for landfill gas management
Equipment for thermal treatment e.g., rotary kiln incinerator, mass burning, starved air incinerator, fluidized bed.
Other
All other non-hazardous waste management technologies
Total

Manufacturer — industrial air pollution or flue gas management technologies — domestic sales

16. Report sales of goods manufactured in Canada.

Include machinery, equipment, products, and technologies.

Table 16. Report sales of goods manufactured in Canada and the number of units sold within Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Physical or chemical treatment
	Sales of goods manufactured in Canada Rounded to the nearest CAN$
Filters and cyclones e.g., membrane, baghouse, granular bed
Electrostatic precipitators
Scrubbers e.g., venturi, spray tower, mechanical, plate tower, packed tower
Waste gas absorbers and waste gas flare or incinerators
Industrial catalytic converters
Pollutant recovery condensers
Adsorbers
Other
All other industrial air pollution or flue gas management technologies
Total

Manufacturer — industrial air pollution or flue gas management technologies — export sales

17. Report sales of exported goods manufactured in Canada.

Include machinery, equipment, products, and technologies.

Table 17. Report sales of exported goods manufactured in Canada and the number of units sold outside of Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Physical or chemical treatment
	Sales of exported goods manufactured in Canada Rounded to the nearest CAN$
Filters and cyclones e.g., membrane, baghouse, granular bed
Electrostatic precipitators
Scrubbers e.g., venturi, spray tower, mechanical, plate tower, packed tower
Waste gas absorbers and waste gas flare or incinerators
Industrial catalytic converters
Pollutant recovery condensers
Adsorbers
Other
All other industrial air pollution or flue gas management technologies
Total

Wholesaler — industrial air pollution or flue gas management technologies — domestic sales of imported goods

18. Report sales for wholesale of imported goods.

Include machinery, equipment, products, and technologies.

Table 18. Report sales for wholesale of imported goods and the number of units imported and sold within Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Physical or chemical treatment
	Sales for wholesale of imported goods Rounded to the nearest CAN$
Filters and cyclones e.g., membrane, baghouse, granular bed
Electrostatic precipitators
Scrubbers e.g., venturi, spray tower, mechanical, plate tower, packed tower
Waste gas absorbers and waste gas flare or incinerators
Industrial catalytic converters
Pollutant recovery condensers
Adsorbers
Other
All other industrial air pollution or flue gas management technologies
Total

Wholesaler — industrial air pollution or flue gas management technologies — domestic sales of domestic goods

19. Report sales for wholesale of domestic goods.

Include machinery, equipment, products, and technologies.

Table 19. Report sales for wholesale of domestic goods and the number of units sourced and sold within Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Physical or chemical treatment
	Sales for wholesale of domestic goods Rounded to the nearest CAN$
Filters and cyclones e.g., membrane, baghouse, granular bed
Electrostatic precipitators
Scrubbers e.g., venturi, spray tower, mechanical, plate tower, packed tower
Waste gas absorbers and waste gas flare or incinerators
Industrial catalytic converters
Pollutant recovery condensers
Adsorbers
Other
All other industrial air pollution or flue gas management technologies
Total

Wholesaler — industrial air pollution or flue gas management technologies — sales of exported goods

20. Report sales for wholesale of exported goods.

Include machinery, equipment, products, and technologies.

Table 20. Report sales for wholesale of exported goods and the number of units sold outside of Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Physical or chemical treatment
	Sales for wholesale of exported goods Rounded to the nearest CAN$
Filters and cyclones e.g., membrane, baghouse, granular bed
Electrostatic precipitators
Scrubbers e.g., venturi, spray tower, mechanical, plate tower, packed tower
Waste gas absorbers and waste gas flare or incinerators
Industrial catalytic converters
Pollutant recovery condensers
Adsorbers
Other
All other industrial air pollution or flue gas management technologies
Total

Manufacturer — monitoring and reduction of greenhouse gases and air pollution technologies — domestic sales

21. Report sales of goods manufactured in Canada.

Include machinery, equipment, products, and technologies.

Table 21. Report sales of goods manufactured in Canada and the number of units sold within Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Greenhouse gas control technologies
	Sales of goods manufactured in Canada Rounded to the nearest CAN$
Clean coal processing technologies
Carbon capture and sequestration technologies and storage
All other greenhouse gas control technologies
Air quality and air pollution technologies
Low emitting burners e.g., low NOx, low SOx
All other air quality and air pollution technologies
Monitoring and compliance technologies
Leak detection technologies e.g., ultrasonic detection and measurement, gas leak detection
Environmental measurement apparatus
All other monitoring and compliance technologies
Other
All other monitoring and reduction of greenhouse gases and air pollution technologies
Total

Manufacturer — monitoring and reduction of greenhouse gases and air pollution technologies — export sales

22. Report sales of exported goods manufactured in Canada.

Include machinery, equipment, products, and technologies.

Table 22. Report sales of exported goods manufactured in Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Greenhouse gas control technologies
	Sales of exported goods manufactured in Canada Rounded to the nearest CAN$
Clean coal processing technologies
Carbon capture and sequestration technologies and storage
All other greenhouse gas control technologies
Air quality and air pollution technologies
Low emitting burners e.g., low NOx, low SOx
All other air quality and air pollution technologies
Monitoring and compliance technologies
Leak detection technologies e.g., ultrasonic detection and measurement, gas leak detection
Environmental measurement apparatus
All other monitoring and compliance technologies
Other
All other monitoring and reduction of greenhouse gases and air pollution technologies
Total

Wholesaler — monitoring and reduction of greenhouse gases and air pollution technologies — domestic sales of imported goods

23. Report sales for wholesale of imported goods.

Include machinery, equipment, products, and technologies.

Table 23. Report sales for wholesale of imported goods.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Greenhouse gas control technologies
	Sales for wholesale of imported goods Rounded to the nearest CAN$
Clean coal processing technologies
Carbon capture and sequestration technologies and storage
All other greenhouse gas control technologies
Air quality and air pollution technologies
Low emitting burners e.g., low NOx, low SOx
All other air quality and air pollution technologies
Monitoring and compliance technologies
Leak detection technologies e.g., ultrasonic detection and measurement, gas leak detection
Environmental measurement apparatus
All other monitoring and compliance technologies
Other
All other monitoring and reduction of greenhouse gases and air pollution technologies
Total

Wholesaler — monitoring and reduction of greenhouse gases and air pollution technologies — domestic sales of domestic goods

24. Report sales for wholesale of domestic goods.

Include machinery, equipment, products, and technologies.

Table 24. Report sales for wholesale of domestic goods.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Greenhouse gas control technologies
	Sales for wholesale of domestic goods Rounded to the nearest CAN$
Clean coal processing technologies
Carbon capture and sequestration technologies and storage
All other greenhouse gas control technologies
Air quality and air pollution technologies
Low emitting burners e.g., low NOx, low SOx
All other air quality and air pollution technologies
Monitoring and compliance technologies
Leak detection technologies e.g., ultrasonic detection and measurement, gas leak detection
Environmental measurement apparatus
All other monitoring and compliance technologies
Other
All other monitoring and reduction of greenhouse gases and air pollution technologies
Total

Wholesaler — monitoring and reduction of greenhouse gases and air pollution technologies — sales of exported goods

25. Report sales for wholesale of exported goods.

Include machinery, equipment, products, and technologies.

Table 25. Report sales for wholesale of exported goods.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Greenhouse gas control technologies
	Sales for wholesale of exported goods Rounded to the nearest CAN$
Clean coal processing technologies
Carbon capture and sequestration technologies and storage
All other greenhouse gas control technologies
Air quality and air pollution technologies
Low emitting burners e.g., low NOx, low SOx
All other air quality and air pollution technologies
Monitoring and compliance technologies
Leak detection technologies e.g., ultrasonic detection and measurement, gas leak detection
Environmental measurement apparatus
All other monitoring and compliance technologies
Other
All other monitoring and reduction of greenhouse gases and air pollution technologies
Total

Manufacturer — industrial wastewater and municipal sewage treatment technologies — domestic sales

26. Report sales of goods manufactured in Canada.

Include machinery, equipment, products, and technologies.

Table 26. Report sales of goods manufactured in Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Physical or chemical treatment of industrial wastewater
	Sales of goods manufactured in Canada Rounded to the nearest CAN$
Tanks and related components for dilution or equalization, neutralization, sedimentation, chemical precipitation
Oil separator, skimmers
Ion exchange beds
Air stripping tanks or columns
Liquid extraction columns
Micro-porous membrane adsorbers
Equipment for advanced chemical oxidation or UV radiation
Pre-treatment filters
Chemicals used in industrial wastewater treatment
Centralized physical or chemical and biological treatment of municipal sewage
Intake screens
Air sparging grit chambers
Oil separators, skimmers
Tanks and related components for sedimentation, chemical precipitation or flocculation, aerobic biological treatment, aeration, clarification, disinfection
Membrane bioreactors
Trickling filters
Anaerobic digesters
Chemicals used in municipal sewage treatment
Other
All other industrial wastewater and municipal sewage treatment technologies
Total

Manufacturer — industrial wastewater and municipal sewage treatment technologies — export sales

27. Report sales of exported goods manufactured in Canada.

Include machinery, equipment, products, and technologies.

Table 27. Report sales of exported goods manufactured in Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Physical or chemical treatment of industrial wastewater
	Sales of exported goods manufactured in Canada Rounded to the nearest CAN$
Tanks and related components for dilution or equalization, neutralization, sedimentation, chemical precipitation
Oil separator, skimmers
Ion exchange beds
Air stripping tanks or columns
Liquid extraction columns
Micro-porous membrane adsorbers
Equipment for advanced chemical oxidation or UV radiation
Pre-treatment filters
Chemicals used in industrial wastewater treatment
Centralized physical or chemical and biological treatment of municipal sewage
Intake screens
Air sparging grit chambers
Oil separators, skimmers
Tanks and related components for sedimentation, chemical precipitation or flocculation, aerobic biological treatment, aeration, clarification, disinfection
Membrane bioreactors
Trickling filters
Anaerobic digesters
Chemicals used in municipal sewage treatment
Other
All other industrial wastewater and municipal sewage treatment technologies
Total

Wholesaler — industrial wastewater and municipal sewage treatment technologies — domestic sales of imported goods

28. Report sales for wholesale of imported goods.

Include machinery, equipment, products, and technologies.

Table 28. Report sales for wholesale of imported goods.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Physical or chemical treatment of industrial wastewater
	Sales for wholesale of imported goods Rounded to the nearest CAN$
Tanks and related components for dilution or equalization, neutralization, sedimentation, chemical precipitation
Oil separator, skimmers
Ion exchange beds
Air stripping tanks or columns
Liquid extraction columns
Micro-porous membrane adsorbers
Equipment for advanced chemical oxidation or UV radiation
Pre-treatment filters
Chemicals used in industrial wastewater treatment
Centralized physical or chemical and biological treatment of municipal sewage
Intake screens
Air sparging grit chambers
Oil separators, skimmers
Tanks and related components for sedimentation, chemical precipitation or flocculation, aerobic biological treatment, aeration, clarification, disinfection
Membrane bioreactors
Trickling filters
Anaerobic digesters
Chemicals used in municipal sewage treatment
Other
All other industrial wastewater and municipal sewage treatment technologies
Total

Wholesaler — industrial wastewater and municipal sewage treatment technologies — domestic sales of domestic goods

29. Report sales for wholesale of domestic goods.

Include machinery, equipment, products, and technologies.

Table 29. Report sales for wholesale of domestic goods.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Physical or chemical treatment of industrial wastewater
	Sales for wholesale of domestic goods Rounded to the nearest CAN$
Tanks and related components for dilution or equalization, neutralization, sedimentation, chemical precipitation
Oil separator, skimmers
Ion exchange beds
Air stripping tanks or columns
Liquid extraction columns
Micro-porous membrane adsorbers
Equipment for advanced chemical oxidation or UV radiation
Pre-treatment filters
Chemicals used in industrial wastewater treatment
Centralized physical or chemical and biological treatment of municipal sewage
Intake screens
Air sparging grit chambers
Oil separators, skimmers
Tanks and related components for sedimentation, chemical precipitation or flocculation, aerobic biological treatment, aeration, clarification, disinfection
Membrane bioreactors
Trickling filters
Anaerobic digesters
Chemicals used in municipal sewage treatment
Other
All other industrial wastewater and municipal sewage treatment technologies
Total

Wholesaler — industrial wastewater and municipal sewage treatment technologies — sales of exported goods

30. Report sales for wholesale of exported goods.

Include machinery, equipment, products, and technologies.

Table 30. Report sales for wholesale of exported goods.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Physical or chemical treatment of industrial wastewater
	Sales for wholesale of exported goods Rounded to the nearest CAN$
Tanks and related components for dilution or equalization, neutralization, sedimentation, chemical precipitation
Oil separator, skimmers
Ion exchange beds
Air stripping tanks or columns
Liquid extraction columns
Micro-porous membrane adsorbers
Equipment for advanced chemical oxidation or UV radiation
Pre-treatment filters
Chemicals used in industrial wastewater treatment
Centralized physical or chemical and biological treatment of municipal sewage
Intake screens
Air sparging grit chambers
Oil separators, skimmers
Tanks and related components for sedimentation, chemical precipitation or flocculation, aerobic biological treatment, aeration, clarification, disinfection
Membrane bioreactors
Trickling filters
Anaerobic digesters
Chemicals used in municipal sewage treatment
Other
All other industrial wastewater and municipal sewage treatment technologies
Total

Manufacturer — water management, recycling and treatment of drinking water technologies — domestic sales

31. Report sales of goods manufactured in Canada.

Include machinery, equipment, products, and technologies.

Table 31. Report sales of goods manufactured in Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Treatment of drinking water technologies
	Sales of goods manufactured in Canada Rounded to the nearest CAN$
Microscreening
Fluoridation
Alkalinity adjustment for process control
Corrosion control (negative pH adjustment)
Coagulant
Greensand filtration
Microfiltration and ultrafiltration
Nanofiltration
Reverse osmosis
Electrodeionization technologies
Desalination processes
Equipment for advanced chemical oxidation and UV radiation
Chemicals used in drinking water treatment
All other treatment of drinking water technologies
Water management and water recycling technologies
Information and communication technologies e.g., sensors, platform, software
Equipment to reduce water consumption e.g., low flow shower heads, low flow toilets, filters
Equipment for rainwater collection e.g., reservoirs, tanks
Greywater reuse systems
All other water management and water recycling technologies
Other
All other water management, recycling and treatment of drinking water technologies
Total

Manufacturer — water management, recycling and treatment of drinking water technologies — export sales

32. Report sales of exported goods manufactured in Canada.

Include machinery, equipment, products, and technologies.

Table 32. Report sales of exported goods manufactured in Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Treatment of drinking water technologies
	Sales of exported goods manufactured in Canada Rounded to the nearest CAN$
Microscreening
Fluoridation
Alkalinity adjustment for process control
Corrosion control (negative pH adjustment)
Coagulant
Greensand filtration
Microfiltration and ultrafiltration
Nanofiltration
Reverse osmosis
Electrodeionization technologies
Desalination processes
Equipment for advanced chemical oxidation and UV radiation
Chemicals used in drinking water treatment
All other treatment of drinking water technologies
Water management and water recycling technologies
Information and communication technologies e.g., sensors, platform, software
Equipment to reduce water consumption e.g., low flow shower heads, low flow toilets, filters
Equipment for rainwater collection e.g., reservoirs, tanks
Greywater reuse systems
All other water management and water recycling technologies
Other
All other water management, recycling and treatment of drinking water technologies
Total

Wholesaler — water management, recycling and treatment of drinking water technologies — domestic sales of imported goods

33. Report sales for wholesale of imported goods.

Include machinery, equipment, products, and technologies.

Table 33. Report sales for wholesale of imported goods.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Treatment of drinking water technologies
	Sales for wholesale of imported goods Rounded to the nearest CAN$
Microscreening
Fluoridation
Alkalinity adjustment for process control
Corrosion control (negative pH adjustment)
Coagulant
Greensand filtration
Microfiltration and ultrafiltration
Nanofiltration
Reverse osmosis
Electrodeionization technologies
Desalination processes
Equipment for advanced chemical oxidation and UV radiation
Chemicals used in drinking water treatment
All other treatment of drinking water technologies
Water management and water recycling technologies
Information and communication technologies e.g., sensors, platform, software
Equipment to reduce water consumption e.g., low flow shower heads, low flow toilets, filters
Equipment for rainwater collection e.g., reservoirs, tanks
Greywater reuse systems
All other water management and water recycling technologies
Other
All other water management, recycling and treatment of drinking water technologies
Total

Wholesaler — water management, recycling and treatment of drinking water technologies — domestic sales of domestic goods

34. Report sales for wholesale of domestic goods.

Include machinery, equipment, products, and technologies.

Table 34. Report sales for wholesale of domestic goods.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Treatment of drinking water technologies
	Sales for wholesale of domestic goods Rounded to the nearest CAN$
Microscreening
Fluoridation
Alkalinity adjustment for process control
Corrosion control (negative pH adjustment)
Coagulant
Greensand filtration
Microfiltration and ultrafiltration
Nanofiltration
Reverse osmosis
Electrodeionization technologies
Desalination processes
Equipment for advanced chemical oxidation and UV radiation
Chemicals used in drinking water treatment
All other treatment of drinking water technologies
Water management and water recycling technologies
Information and communication technologies e.g., sensors, platform, software
Equipment to reduce water consumption e.g., low flow shower heads, low flow toilets, filters
Equipment for rainwater collection e.g., reservoirs, tanks
Greywater reuse systems
All other water management and water recycling technologies
Other
All other water management, recycling and treatment of drinking water technologies
Total

Wholesaler — water management, recycling and treatment of drinking water technologies — sales of exported goods

35. Report sales for wholesale of exported goods.

Include machinery, equipment, products, and technologies.

Table 35. Report sales for wholesale of exported goods.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Treatment of drinking water technologies
	Sales for wholesale of exported goods Rounded to the nearest CAN$
Microscreening
Fluoridation
Alkalinity adjustment for process control
Corrosion control (negative pH adjustment)
Coagulant
Greensand filtration
Microfiltration and ultrafiltration
Nanofiltration
Reverse osmosis
Electrodeionization technologies
Desalination processes
Equipment for advanced chemical oxidation and UV radiation
Chemicals used in drinking water treatment
All other treatment of drinking water technologies
Water management and water recycling technologies
Information and communication technologies e.g., sensors, platform, software
Equipment to reduce water consumption e.g., low flow shower heads, low flow toilets, filters
Equipment for rainwater collection e.g., reservoirs, tanks
Greywater reuse systems
All other water management and water recycling technologies
Other
All other water management, recycling and treatment of drinking water technologies
Total

Manufacturer — remediation of ground water, surface water and leachate technologies — domestic sales

36. Report sales of goods manufactured in Canada.

Include machinery, equipment, products, and technologies.

Table 36. Report sales of goods manufactured in Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
	Sales of goods manufactured in Canada Rounded to the nearest CAN$
In situ biological treatments e.g., enhanced bioremediation, phytoremediation
Ex situ biological treatments e.g., bioreaction
In situ physical and chemical treatments Include sales of chemicals for remediation of ground water, surface water and leachate. e.g., air sparging, bioslurping, chemical oxidation, directional wells, dual phase extraction, thermal treatment, hydrofracturing enhancements, in-well air stripping, passive and reactive treatment walls
Ex situ physical and chemical treatments Include sales of chemicals for remediation of ground water, surface water and leachate. e.g., adsorption and absorption, advanced oxidation, air stripping, ion exchange, precipitation, flocculation, coagulation, separation, sprinkler irrigation
Containment e.g., physical barriers, deep well injection
Air emissions and off-gas treatments e.g., oxidation, scrubbing, vapour phase carbon adsorption
Radioactive waste management, decommissioning, and site remediation
All other remediation of ground water, surface water and leachate technologies
Total

Manufacturer — remediation of ground water, surface water and leachate technologies — export sales

37. Report sales of exported goods manufactured in Canada.

Include machinery, equipment, products, and technologies.

Table 37. Report sales of exported goods manufactured in Canada..
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
	Sales of exported goods manufactured in Canada Rounded to the nearest CAN$
In situ biological treatments e.g., enhanced bioremediation, phytoremediation
Ex situ biological treatments e.g., bioreaction
In situ physical and chemical treatments Include sales of chemicals for remediation of ground water, surface water and leachate. e.g., air sparging, bioslurping, chemical oxidation, directional wells, dual phase extraction, thermal treatment, hydrofracturing enhancements, in-well air stripping, passive and reactive treatment walls
Ex situ physical and chemical treatments Include sales of chemicals for remediation of ground water, surface water and leachate. e.g., adsorption and absorption, advanced oxidation, air stripping, ion exchange, precipitation, flocculation, coagulation, separation, sprinkler irrigation
Containment e.g., physical barriers, deep well injection
Air emissions and off-gas treatments e.g., oxidation, scrubbing, vapour phase carbon adsorption
Radioactive waste management, decommissioning, and site remediation
All other remediation of ground water, surface water and leachate technologies
Total

Wholesaler — remediation of ground water, surface water and leachate technologies — domestic sales of imported goods

38. Report sales for wholesale of imported goods.

Include machinery, equipment, products, and technologies.

Table 38. Report sales for wholesale of imported goods.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
	Sales for wholesale of imported goods Rounded to the nearest CAN$
In situ biological treatments e.g., enhanced bioremediation, phytoremediation
Ex situ biological treatments e.g., bioreaction
In situ physical and chemical treatments Include sales of chemicals for remediation of ground water, surface water and leachate. e.g., air sparging, bioslurping, chemical oxidation, directional wells, dual phase extraction, thermal treatment, hydrofracturing enhancements, in-well air stripping, passive and reactive treatment walls
Ex situ physical and chemical treatments Include sales of chemicals for remediation of ground water, surface water and leachate. e.g., adsorption and absorption, advanced oxidation, air stripping, ion exchange, precipitation, flocculation, coagulation, separation, sprinkler irrigation
Containment e.g., physical barriers, deep well injection
Air emissions and off-gas treatments e.g., oxidation, scrubbing, vapour phase carbon adsorption
Radioactive waste management, decommissioning, and site remediation
All other remediation of ground water, surface water and leachate technologies
Total

Wholesaler — remediation of ground water, surface water and leachate technologies — domestic sales of domestic goods

39. Report sales for wholesale of domestic goods.

Include machinery, equipment, products, and technologies.

Table 39. Report sales for wholesale of domestic goods.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
	Sales for wholesale of domestic goods Rounded to the nearest CAN$
In situ biological treatments e.g., enhanced bioremediation, phytoremediation
Ex situ biological treatments e.g., bioreaction
In situ physical and chemical treatments Include sales of chemicals for remediation of ground water, surface water and leachate. e.g., air sparging, bioslurping, chemical oxidation, directional wells, dual phase extraction, thermal treatment, hydrofracturing enhancements, in-well air stripping, passive and reactive treatment walls
Ex situ physical and chemical treatments Include sales of chemicals for remediation of ground water, surface water and leachate. e.g., adsorption and absorption, advanced oxidation, air stripping, ion exchange, precipitation, flocculation, coagulation, separation, sprinkler irrigation
Containment e.g., physical barriers, deep well injection
Air emissions and off-gas treatments e.g., oxidation, scrubbing, vapour phase carbon adsorption
Radioactive waste management, decommissioning, and site remediation
All other remediation of ground water, surface water and leachate technologies
Total

Wholesaler — remediation of ground water, surface water and leachate technologies — sales of exported goods

40. Report sales for wholesale of exported goods.

Include machinery, equipment, products, and technologies.

Table 40. Report sales for wholesale of exported goods.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
	Sales for wholesale of exported goods Rounded to the nearest CAN$
In situ biological treatments e.g., enhanced bioremediation, phytoremediation
Ex situ biological treatments e.g., bioreaction
In situ physical and chemical treatments Include sales of chemicals for remediation of ground water, surface water and leachate. e.g., air sparging, bioslurping, chemical oxidation, directional wells, dual phase extraction, thermal treatment, hydrofracturing enhancements, in-well air stripping, passive and reactive treatment walls
Ex situ physical and chemical treatments Include sales of chemicals for remediation of ground water, surface water and leachate. e.g., adsorption and absorption, advanced oxidation, air stripping, ion exchange, precipitation, flocculation, coagulation, separation, sprinkler irrigation
Containment e.g., physical barriers, deep well injection
Air emissions and off-gas treatments e.g., oxidation, scrubbing, vapour phase carbon adsorption
Radioactive waste management, decommissioning, and site remediation
All other remediation of ground water, surface water and leachate technologies
Total

Manufacturer — remediation of soil, sediment and sludge technologies — domestic sales

41. Report sales of goods manufactured in Canada.

Include machinery, equipment, products, and technologies.

Table 41. Report sales of goods manufactured in Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
	Sales of goods manufactured in Canada Rounded to the nearest CAN$
In situ biological treatments e.g., bioventing, enhanced bioremediation, phytoremediation
Ex situ biological treatments e.g., biopiles, composting, landfarming, slurry phase biological treatment
In situ physical and chemical treatments Include sales of chemicals for remediation of soil, sediment and sludge, i.e., biochar, soil amendments e.g., chemical oxidation, fracturing, soil flushing, soil vapour extraction, solidification and stabilization.
Ex situ physical and chemical treatments Include sales of chemicals for remediation of soil, sediment and sludge e.g., chemical extraction, chemical reduction and oxidation, dehalogenation, separation, soil washing, solidification and stabilization.
In situ thermal treatments e.g., hot air injection, electrical resistance
Ex situ thermal treatments e.g., incineration, pyrolysis, thermal desorption
Containment e.g., landfill cap, landfill cap enhancements and alternatives
Remediation of radioactive contamination
All other remediation of soil, sediment and sludge technologies
Total

Manufacturer — remediation of soil, sediment and sludge technologies — export sales

42. Report sales of exported goods manufactured in Canada.

Include machinery, equipment, products, and technologies.

Table 42. Report sales of exported goods manufactured in Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
	Sales of exported goods manufactured in Canada Rounded to the nearest CAN$
In situ biological treatments e.g., bioventing, enhanced bioremediation, phytoremediation
Ex situ biological treatments e.g., biopiles, composting, landfarming, slurry phase biological treatment
In situ physical and chemical treatments Include sales of chemicals for remediation of soil, sediment and sludge, i.e., biochar, soil amendments e.g., chemical oxidation, fracturing, soil flushing, soil vapour extraction, solidification and stabilization.
Ex situ physical and chemical treatments Include sales of chemicals for remediation of soil, sediment and sludge e.g., chemical extraction, chemical reduction and oxidation, dehalogenation, separation, soil washing, solidification and stabilization.
In situ thermal treatments e.g., hot air injection, electrical resistance
Ex situ thermal treatments e.g., incineration, pyrolysis, thermal desorption
Containment e.g., landfill cap, landfill cap enhancements and alternatives
Remediation of radioactive contamination
All other remediation of soil, sediment and sludge technologies
Total

Wholesaler — remediation of soil, sediment and sludge technologies — domestic sales of imported goods

43. Report sales for wholesale of imported goods.

Include machinery, equipment, products, and technologies.

Table 43. Report sales for wholesale of imported goods.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
	Sales for wholesale of imported goods Rounded to the nearest CAN$
In situ biological treatments e.g., bioventing, enhanced bioremediation, phytoremediation
Ex situ biological treatments e.g., biopiles, composting, landfarming, slurry phase biological treatment
In situ physical and chemical treatments Include sales of chemicals for remediation of soil, sediment and sludge, i.e., biochar, soil amendments e.g., chemical oxidation, fracturing, soil flushing, soil vapour extraction, solidification and stabilization.
Ex situ physical and chemical treatments Include sales of chemicals for remediation of soil, sediment and sludge e.g., chemical extraction, chemical reduction and oxidation, dehalogenation, separation, soil washing, solification and stabilization.
In situ thermal treatments e.g., hot air injection, electrical resistance
Ex situ thermal treatments e.g., incineration, pyrolysis, thermal desorption
Containment e.g., landfill cap, landfill cap enhancements and alternatives
Remediation of radioactive contamination
All other remediation of soil, sediment and sludge technologies
Total

Wholesaler — remediation of soil, sediment and sludge technologies — domestic sales of domestic goods

44. Report sales for wholesale of domestic goods.

Include machinery, equipment, products, and technologies.

Table 44. Report sales for wholesale of domestic goods.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
	Sales for wholesale of domestic goods Rounded to the nearest CAN$
In situ biological treatments e.g., bioventing, enhanced bioremediation, phytoremediation
Ex situ biological treatments e.g., biopiles, composting, landfarming, slurry phase biological treatment
In situ physical and chemical treatments Include sales of chemicals for remediation of soil, sediment and sludge, i.e., biochar, soil amendments e.g., chemical oxidation, fracturing, soil flushing, soil vapour extraction, solidification and stabilization
Ex situ physical and chemical treatments Include sales of chemicals for remediation of soil, sediment and sludge e.g., chemical extraction, chemical reduction and oxidation, dehalogenation, separation, soil washing, solidification and stabilization.
In situ thermal treatments e.g., hot air injection, electrical resistance
Ex situ thermal treatments e.g., incineration, pyrolysis, thermal desorption
Containment e.g., landfill cap, landfill cap enhancements and alternatives
Remediation of radioactive contamination
All other remediation of soil, sediment and sludge technologies
Total

Wholesaler — remediation of soil, sediment and sludge technologies — sales of exported goods

45. Report sales for wholesale of exported goods.

Include machinery, equipment, products, and technologies.

Table 45. Report sales for wholesale of exported goods.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
	Sales for wholesale of exported goods Rounded to the nearest CAN$
In situ biological treatments e.g., bioventing, enhanced bioremediation, phytoremediation
Ex situ biological treatments e.g., biopiles, composting, landfarming, slurry phase biological treatment
In situ physical and chemical treatments Include sales of chemicals for remediation of soil, sediment and sludge, i.e., biochar, soil amendments e.g., chemical oxidation, fracturing, soil flushing, soil vapour extraction, solidification and stabilization
Ex situ physical and chemical treatments Include sales of chemicals for remediation of soil, sediment and sludge e.g., chemical extraction, chemical reduction and oxidation, dehalogenation, separation, soil washing, solidification and stabilization.
In situ thermal treatments e.g., hot air injection, electrical resistance
Ex situ thermal treatments e.g., incineration, pyrolysis, thermal desorption
Containment e.g., landfill cap, landfill cap enhancements and alternatives
Remediation of radioactive contamination
All other remediation of soil, sediment and sludge technologies
Total

Manufacturer — smart grid and energy storage technologies — domestic sales

46. Report sales of goods manufactured in Canada.

Include machinery, equipment, products, and technologies.

Table 46. Report sales of goods manufactured in Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Demand management technologies
	Sales of goods manufactured in Canada Rounded to the nearest CAN$
Smart inverters
Smart meters and devices
Phasor measurement units
Management systems (software)
All other demand management technologies
Energy storage technologies
Flywheels
Equipment for pumped hydro systems
Equipment for compressed air systems
Advanced batteries e.g., NiCd, NiMH, Li-ion, NaS, NaNiCl, hybrid flow, redox flow, hydrogen storage, synthetic natural gas
Fuel cells
Thermal storage systems
Double-layer capacitors (DLC)
Superconducting magnetic energy storage (SMES)
All other energy storage technologies
Other
All other smart grid and energy storage technologies
Total

Manufacturer — smart grid and energy storage technologies — export sales

47. Report sales of exported goods manufactured in Canada.

Include machinery, equipment, products, and technologies.

Table 47. Report sales of exported goods manufactured in Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Demand management technologies
	Sales of exported goods manufactured in Canada Rounded to the nearest CAN$
Smart inverters
Smart meters and devices
Phasor measurement units
Management systems (software)
All other demand management technologies
Energy storage technologies
Flywheels
Equipment for pumped hydro systems
Equipment for compressed air systems
Advanced batteries e.g., NiCd, NiMH, Li-ion, NaS, NaNiCl, hybrid flow, redox flow, hydrogen storage, synthetic natural gas
Fuel cells
Thermal storage systems
Double-layer capacitors (DLC)
Superconducting magnetic energy storage (SMES)
All other energy storage technologies
Other
All other smart grid and energy storage technologies
Total

Wholesaler — smart grid and energy storage technologies — domestic sales of imported goods

48. Report sales for wholesale of imported goods.

Include machinery, equipment, products, and technologies.

Table 48. Report sales for wholesale of imported goods.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Energy storage technologies
	Sales for wholesale of imported goods Rounded to the nearest CAN$
Demand management technologies
Smart inverters
Smart meters and devices
Phasor measurement units
Management systems (software)
All other demand management technologies
Flywheels
Equipment for pumped hydro systems
Equipment for compressed air systems
Advanced batteries e.g., NiCd, NiMH, Li-ion, NaS, NaNiCl, hybrid flow, redox flow, hydrogen storage, synthetic natural gas
Fuel cells
Thermal storage systems
Double-layer capacitors (DLC)
Superconducting magnetic energy storage (SMES)
All other energy storage technologies
Other
All other smart grid and energy storage technologies
Total

Wholesaler — smart grid and energy storage technologies — domestic sales of domestic goods

49. Report sales for wholesale of domestic goods.

Include machinery, equipment, products, and technologies.

Table 49. Report sales for wholesale of domestic goods.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Demand management technologies
	Sales for wholesale of domestic goods Rounded to the nearest CAN$
Smart inverters
Smart meters and devices
Phasor measurement units
Management systems (software)
All other demand management technologies
Energy storage technologies
Flywheels
Equipment for pumped hydro systems
Equipment for compressed air systems
Advanced batteries e.g., NiCd, NiMH, Li-ion, NaS, NaNiCl, hybrid flow, redox flow, hydrogen storage, synthetic natural gas
Fuel cells
Thermal storage systems
Double-layer capacitors (DLC)
Superconducting magnetic energy storage (SMES)
All other energy storage technologies
Other
All other smart grid and energy storage technologies
Total

Wholesaler — smart grid and energy storage technologies — sales of exported goods

50. Report sales for wholesale of exported goods.

Include machinery, equipment, products, and technologies.

Table 50. Report sales for wholesale of exported goods.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Demand management technologies
	Sales for wholesale of exported goods Rounded to the nearest CAN$
Smart inverters
Smart meters and devices
Phasor measurement units
Management systems (software)
All other demand management technologies
Energy storage technologies
Flywheels
Equipment for pumped hydro systems
Equipment for compressed air systems
Advanced batteries e.g., NiCd, NiMH, Li-ion, NaS, NaNiCl, hybrid flow, redox flow, hydrogen storage, synthetic natural gas
Fuel cells
Thermal storage systems
Double-layer capacitors (DLC)
Superconducting magnetic energy storage (SMES)
All other energy storage technologies
Other
All other smart grid and energy storage technologies
Total

Manufacturer — bioenergy production equipment — domestic sales

51. Report sales of goods manufactured in Canada.

Include machinery, equipment, products, and technologies.

Table 51. Report sales of goods manufactured in Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
	Sales of goods manufactured in Canada Rounded to the nearest CAN$
Mixers and centrifuges
Filtration systems
Biofuel reactors e.g., distillation towers, pyrolizers, catalyst beds, gasifiers, heat digesters
Washers
Dryers
Heaters
Storage systems
Shredders and chippers
Combined heat and power bioenergy systems
Domestic woodstoves
Biomass-fired industrial boilers
Anaerobic digesters
All other bioenergy production equipment
Total

Manufacturer — bioenergy production equipment — export sales

52. Report sales of exported goods manufactured in Canada.

Include machinery, equipment, products, and technologies.

Table 52. Report sales of exported goods manufactured in Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
	Sales of exported goods manufactured in Canada Rounded to the nearest CAN$
Mixers and centrifuges
Filtration systems
Biofuel reactors e.g., distillation towers, pyrolizers, catalyst beds, gasifiers, heat digesters
Washers
Dryers
Heaters
Storage systems
Shredders and chippers
Combined heat and power bioenergy systems
Domestic woodstoves
Biomass-fired industrial boilers
Anaerobic digesters
All other bioenergy production equipment
Total

Wholesaler — bioenergy production equipment — domestic sales of imported goods

53. Report sales for wholesale of imported goods.

Include machinery, equipment, products, and technologies.

Table 53. Report sales for wholesale of imported goods.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
	Sales for wholesale of imported goods Rounded to the nearest CAN$
Mixers and centrifuges
Filtration systems
Biofuel reactors e.g., distillation towers, pyrolizers, catalyst beds, gasifiers, heat digesters
Washers
Dryers
Heaters
Storage systems
Shredders and chippers
Combined heat and power bioenergy systems
Domestic woodstoves
Biomass-fired industrial boilers
Anaerobic digesters
All other bioenergy production equipment
Total

Wholesaler — bioenergy production equipment — domestic sales of domestic goods

54. Report sales for wholesale of domestic goods.

Include machinery, equipment, products, and technologies.

Table 54. Report sales for wholesale of domestic goods.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
	Sales for wholesale of domestic goods Rounded to the nearest CAN$
Mixers and centrifuges
Filtration systems
Biofuel reactors e.g., distillation towers, pyrolizers, catalyst beds, gasifiers, heat digesters
Washers
Dryers
Heaters
Storage systems
Shredders and chippers
Combined heat and power bioenergy systems
Domestic woodstoves
Biomass-fired industrial boilers
Anaerobic digesters
All other bioenergy production equipment Specify all other bioenergy production equipment
Total

Wholesaler — bioenergy production equipment — sales of exported goods

55. Report sales for wholesale of exported goods.

Include machinery, equipment, products, and technologies.

Table 55. Report sales for wholesale of exported goods.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
	Sales for wholesale of exported goods Rounded to the nearest CAN$
Mixers and centrifuges
Filtration systems
Biofuel reactors e.g., distillation towers, pyrolizers, catalyst beds, gasifiers, heat digesters
Washers
Dryers
Heaters
Storage systems
Shredders and chippers
Combined heat and power bioenergy systems
Domestic woodstoves
Biomass-fired industrial boilers
Anaerobic digesters
All other bioenergy production equipment
Total

Manufacturer — biofuel, biochemical and biomaterial production — domestic sales

56. Report sales of goods manufactured in Canada.

Include sales of fuels.

Table 56. Report sales of goods manufactured in Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Bioenergy and biofuels
	Sales of goods manufactured in Canada Rounded to the nearest CAN$
Chips, cubes, briquettes
Wood pellets
Energy logs
Biocoal
Ethanol, cellulosic ethanol
Grain ethanol
Biodiesel
Algae biodiesel
Renewable diesel
Synthetic Fuels e.g., DME, Fisher Tropsch fuels, biojet fuels
Bio-oil, pyrolytic oil, biomethanol
Biobutanol
Biogas
Renewable natural gas (biomethane)
Syngas
Biohydrogen
All other bioenergy and biofuels
Biochemicals
Aromatics, amino and organic acids, phenols, polyols
Cellulose, hemicellulose, lignin
Biochar
Bio-oils, lubricants
Solvents, adhesives, paints, coatings
Biopolymers and resins
Biopesticides
Biostimulants
Additives and catalysts e.g., sodium hydroxide, potassium hydroxide, enzymes
All other biochemicals
Biomaterials
Mats, cellulose products
Engineered wood products e.g., mass timber products, cross laminated timber, building materials, panels, etc.
Bio-based auto parts
Plastics, films, foams, hydrogels
Nanomaterials and nanocomposites
Nanocrystalline cellulose
Cellulose filaments (CF)
All other biomaterials
Other
All other biofuel, biomaterial and biochemical production
Total

Manufacturer — biofuel, biochemical and biomaterial production — export sales

57. Report sales of exported goods manufactured in Canada.

Include sales of fuels.

Table 57. Report sales of exported goods manufactured in Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Bioenergy and biofuels
	Sales of exported goods manufactured in Canada Rounded to the nearest CAN$
Chips, cubes, briquettes
Wood pellets
Energy logs
Biocoal
Ethanol, cellulosic ethanol
Grain ethanol
Biodiesel
Algae biodiesel
Renewable diesel
Synthetic Fuels e.g., DME, Fisher Tropsch fuels, biojet fuels
Bio-oil, pyrolytic oil, biomethanol
Biobutanol
Biogas
Renewable natural gas (biomethane)
Syngas
Biohydrogen
All other bioenergy and biofuels
Biochemicals
Aromatics, amino and organic acids, phenols, polyols
Cellulose, hemicellulose, lignin
Biochar
Bio-oils, lubricants
Solvents, adhesives, paints, coatings
Biopolymers and resins
Biopesticides
Biostimulants
Additives and catalysts e.g., sodium hydroxide, potassium hydroxide, enzymes
All other biochemicals
Biomaterials
Mats, cellulose products
Engineered wood products e.g., mass timber products, cross laminated timber, building materials, panels, etc.
Bio-based auto parts
Plastics, films, foams, hydrogels
Nanomaterials and nanocomposites
Nanocrystalline cellulose
Cellulose filaments (CF)
All other biomaterials
Other
All other biofuel, biomaterial and biochemical production
Total

Wholesaler — biofuel, biochemical and biomaterial production — domestic sales of imported goods

58. Report sales for wholesale of imported goods.

Include sales of fuels.

Table 58. Report sales for wholesale of imported goods.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Bioenergy and biofuels
	Sales for wholesale of imported goods Rounded to the nearest CAN$
Chips, cubes, briquettes
Wood pellets
Energy logs
Biocoal
Ethanol, cellulosic ethanol
Grain ethanol
Biodiesel
Algae biodiesel
Renewable diesel
Synthetic Fuels e.g., DME, Fisher Tropsch fuels, biojet fuels
Bio-oil, pyrolytic oil, biomethanol
Biobutanol
Biogas
Renewable natural gas (biomethane)
Syngas
Biohydrogen
All other bioenergy and biofuels
Biochemicals
Aromatics, amino and organic acids, phenols, polyols
Cellulose, hemicellulose, lignin
Biochar
Bio-oils, lubricants
Solvents, adhesives, paints, coatings
Biopolymers and resins
Biopesticides
Biostimulants
Additives and catalysts e.g., sodium hydroxide, potassium hydroxide, enzymes
All other biochemicals
Biomaterials
Mats, cellulose products
Engineered wood products e.g., mass timber products, cross laminated timber, building materials, panels, etc.
Bio-based auto parts
Plastics, films, foams, hydrogels
Nanomaterials and nanocomposites
Nanocrystalline cellulose
Cellulose filaments (CF)
All other biomaterials
Other
All other biofuel, biomaterial and biochemical production
Total

Wholesaler — biofuel, biochemical and biomaterial production — domestic sales of domestic goods

59. Report sales for wholesale of domestic goods.

Include sales of fuels.

Table 59. Report sales for wholesale of domestic goods.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Bioenergy and biofuels
	Sales for wholesale of domestic goods Rounded to the nearest CAN$
Chips, cubes, briquettes
Wood pellets
Energy logs
Biocoal
Ethanol, cellulosic ethanol
Grain ethanol
Biodiesel
Algae biodiesel
Renewable diesel
Synthetic Fuels e.g., DME, Fisher Tropsch fuels, biojet fuels
Bio-oil, pyrolytic oil, biomethanol
Biobutanol
Biogas
Renewable natural gas (biomethane)
Syngas
Biohydrogen
All other bioenergy and biofuels
Biochemicals
Aromatics, amino and organic acids, phenols, polyols
Cellulose, hemicellulose, lignin
Biochar
Bio-oils, lubricants
Solvents, adhesives, paints, coatings
Biopolymers and resins
Biopesticides
Biostimulants
Additives and catalysts e.g., sodium hydroxide, potassium hydroxide, enzymes
All other biochemicals
Biomaterials
Mats, cellulose products
Engineered wood products e.g., mass timber products, cross laminated timber, building materials, panels, etc.
Bio-based auto parts
Plastics, films, foams, hydrogels
Nanomaterials and nanocomposites
Nanocrystalline cellulose
Cellulose filaments (CF)
All other biomaterials
Other
All other biofuel, biomaterial and biochemical production
Total

Wholesaler — biofuel, biochemical and biomaterial production — sales of exported goods

60. Report sales for wholesale of exported goods.

Include sales of fuels.

Table 60. Report sales for wholesale of exported goods.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Bioenergy and biofuels
	Sales for wholesale of exported goods Rounded to the nearest CAN$
Chips, cubes, briquettes
Wood pellets
Energy logs
Biocoal
Ethanol, cellulosic ethanol
Grain ethanol
Biodiesel
Algae biodiesel
Renewable diesel
Synthetic Fuels e.g., DME, Fisher Tropsch fuels, biojet fuels
Bio-oil, pyrolytic oil, biomethanol
Biobutanol
Biogas
Renewable natural gas (biomethane)
Syngas
Biohydrogen
All other bioenergy and biofuels
Biochemicals
Aromatics, amino and organic acids, phenols, polyols
Cellulose, hemicellulose, lignin
Biochar
Bio-oils, lubricants
Solvents, adhesives, paints, coatings
Biopolymers and resins
Biopesticides
Biostimulants
Additives and catalysts e.g., sodium hydroxide, potassium hydroxide, enzymes
All other biochemicals
Biomaterials
Mats, cellulose products
Engineered wood products e.g., mass timber products, cross laminated timber, building materials, panels, etc.
Bio-based auto parts
Plastics, films, foams, hydrogels
Nanomaterials and nanocomposites
Nanocrystalline cellulose
Cellulose filaments (CF)
All other biomaterials
Other
All other biofuel, biomaterial and biochemical production
Total

Manufacturer — precision agriculture technologies — domestic sales

61. Report sales of goods manufactured in Canada.

Include machinery, equipment, products, and technologies.

Table 61. Report sales of goods manufactured in Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
	Sales of goods manufactured in Canada Rounded to the nearest CAN$
Variable rate and precision equipment e.g., seeders, fertilizer applicators and sprayers
Crop canopy sensors
Yield sensors
UAV and drones
Software packages e.g., for yield maps, soil information
Livestock precision feeding technologies e.g., RFID sensors, automated feeders
All other precision agriculture technologies
Total

Manufacturer — precision agriculture technologies — export sales

62. Report sales of exported goods manufactured in Canada.

Include machinery, equipment, products, and technologies.

Table 62. Report sales of exported goods manufactured in Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
	Sales of exported goods manufactured in Canada Rounded to the nearest CAN$
Variable rate and precision equipment e.g., seeders, fertilizer applicators and sprayers
Crop canopy sensors
Yield sensors
UAV and drones
Software packages e.g., for yield maps, soil information
Livestock precision feeding technologies e.g., RFID sensors, automated feeders
All other precision agriculture technologies
Total

Wholesaler — precision agriculture technologies — domestic sales of imported goods

63. Report sales for wholesale of imported goods.

Include machinery, equipment, products, and technologies.

Table 63. Report sales for wholesale of imported goods.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
	Sales for wholesale of imported goods Rounded to the nearest CAN$
Variable rate and precision equipment e.g., seeders, fertilizer applicators and sprayers
Crop canopy sensors
Yield sensors
UAV and drones
Software packages e.g., for yield maps, soil information
Livestock precision feeding technologies e.g., RFID sensors, automated feeders
All other precision agriculture technologies
Total

Wholesaler — precision agriculture technologies — domestic sales of domestic goods

64. Report sales for wholesale of domestic goods.

Include machinery, equipment, products, and technologies.

Table 64. Report sales for wholesale of domestic goods.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
	Sales for wholesale of domestic goods Rounded to the nearest CAN$
Variable rate and precision equipment e.g., seeders, fertilizer applicators and sprayers
Crop canopy sensors
Yield sensors
UAV and drones
Software packages e.g., for yield maps, soil information
Livestock precision feeding technologies e.g., RFID sensors, automated feeders
All other precision agriculture technologies
Total

Wholesaler — precision agriculture technologies — sales of exported goods

65. Report sales for wholesale of exported goods.

Include machinery, equipment, products, and technologies.

Table 65. Report sales for wholesale of exported goods.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
	Sales for wholesale of exported goods Rounded to the nearest CAN$
Variable rate and precision equipment e.g., seeders, fertilizer applicators and sprayers
Crop canopy sensors
Yield sensors
UAV and drones
Software packages e.g., for yield maps, soil information
Livestock precision feeding technologies e.g., RFID sensors, automated feeders
All other precision agriculture technologies
Total

Manufacturer — energy efficiency technologies — domestic sales

66. Report sales of goods manufactured in Canada.

Include machinery, equipment, products, and technologies.

Table 66. Report sales of goods manufactured in Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Efficient industrial equipment
	Sales of goods manufactured in Canada Rounded to the nearest CAN$
High efficiency burners and boilers
High efficiency pumps and motors
High efficiency industrial HVAC
Combined heat and power and cogeneration
High efficiency industrial lighting systems
Batteries for portable devices
Automation and control technologies
All other efficient industrial equipment
Efficient commercial and residential equipment
High efficiency commercial and residential HVAC
High efficiency pumps and motors
Energy efficient filters and processes
High efficiency lighting systems
Advanced insulation e.g., spray foam
Advanced thermostats
All other efficient commercial and residential equipment
Other
All other energy efficiency technologies
Total

Manufacturer — energy efficiency technologies — export sales

67. Report sales of exported goods manufactured in Canada.

Include machinery, equipment, products, and technologies.

Table 67. Report sales of exported goods manufactured in Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Efficient industrial equipment
	Sales of exported goods manufactured in Canada Rounded to the nearest CAN$
High efficiency burners and boilers
High efficiency pumps and motors
High efficiency industrial HVAC
Combined heat and power and cogeneration
High efficiency industrial lighting systems
Batteries for portable devices
Automation and control technologies
All other efficient industrial equipment
Efficient commercial and residential equipment
High efficiency commercial and residential HVAC
High efficiency pumps and motors
Energy efficient filters and processes
High efficiency lighting systems
Advanced insulation e.g., spray foam
Advanced thermostats
All other efficient commercial and residential equipment
Other
All other energy efficiency technologies
Total

Wholesaler — energy efficiency technologies — domestic sales of imported goods

68. Report sales for wholesale of imported goods.

Include machinery, equipment, products, and technologies.

Table 68. Report sales for wholesale of imported goods.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Efficient industrial equipment
	Sales for wholesale of imported goods Rounded to the nearest CAN$
High efficiency burners and boilers
High efficiency pumps and motors
High efficiency industrial HVAC
Combined heat and power and cogeneration
High efficiency industrial lighting systems
Batteries for portable devices
Automation and control technologies
All other efficient industrial equipment
Efficient commercial and residential equipment
High efficiency commercial and residential HVAC
High efficiency pumps and motors
Energy efficient filters and processes
High efficiency lighting systems
Advanced insulation e.g., spray foam
Advanced thermostats
All other efficient commercial and residential equipment
Other
All other energy efficiency technologies
Total

Wholesaler — energy efficiency technologies — domestic sales of domestic goods

69. Report sales for wholesale of domestic goods.

Include machinery, equipment, products, and technologies.

Table 69. Report sales for wholesale of domestic goods.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Efficient industrial equipment
	Sales for wholesale of domestic goods Rounded to the nearest CAN$
High efficiency burners and boilers
High efficiency pumps and motors
High efficiency industrial HVAC
Combined heat and power and cogeneration
High efficiency industrial lighting systems
Batteries for portable devices
Automation and control technologies
All other efficient industrial equipment
Efficient commercial and residential equipment
High efficiency commercial and residential HVAC
High efficiency pumps and motors
Energy efficient filters and processes
High efficiency lighting systems
Advanced insulation e.g., spray foam
Advanced thermostats
All other efficient commercial and residential equipment
Other
All other energy efficiency technologies
Total

Wholesaler — energy efficiency technologies — sales of exported goods

70. Report sales for wholesale of exported goods.

Include machinery, equipment, products, and technologies.

Table 70. Report sales for wholesale of exported goods.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Efficient industrial equipment
	Sales for wholesale of exported goods Rounded to the nearest CAN$
High efficiency burners and boilers
High efficiency pumps and motors
High efficiency industrial HVAC
Combined heat and power and cogeneration
High efficiency industrial lighting systems
Batteries for portable devices
Automation and control technologies
All other efficient industrial equipment
Efficient commercial and residential equipment
High efficiency commercial and residential HVAC
High efficiency pumps and motors
Energy efficient filters and processes
High efficiency lighting systems
Advanced insulation e.g., spray foam
Advanced thermostats
All other efficient commercial and residential equipment
Other
All other energy efficiency technologies
Total

Manufacturer — transportation technologies — domestic sales

71. Report sales of goods manufactured in Canada.

Include machinery, equipment, products, and technologies.

Table 71. Report sales of goods manufactured in Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Fuel efficient automotive equipment
	Sales of goods manufactured in Canada Rounded to the nearest CAN$
Fuel efficient engines and components Include electrification and hybrids
Electric vehicle batteries
Electric vehicle - other components
Fuel cell vehicle FC stack
Fuel cell vehicle - other components
Automobile components using lightweight materials
Electric vehicle infrastructure e.g., charging stations
Alternative fuel and refuelling infrastructure Include hydrogen and natural gas
LNG and CNG engines
LNG and CNG tanks
LNG and CNG control systems
Aerodynamic devices
Auxiliary power units
Engine control modules
Low rolling resistance tires Include tires that improve vehicle fuel efficiency
Vehicle emission monitoring
All other fuel efficient automotive equipment
Fuel efficient aerospace equipment
Efficient turbines
Fuel efficient engines Include electrification and other alternative fuels
Aircraft components using lightweight materials
Powder metallurgy, coatings, polishing, anodizing for fuel efficiency
Composite materials
All other fuel efficient aerospace equipment
Other
All other transportation technologies
Total

Manufacturer — transportation technologies — export sales

72. Report sales of exported goods manufactured in Canada.

Include machinery, equipment, products, and technologies.

Table 72. Report sales of exported goods manufactured in Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Fuel efficient automotive equipment
	Sales of exported goods manufactured in Canada Rounded to the nearest CAN$
Fuel efficient engines and components Include electrification and hybrids
Electric vehicle batteries
Electric vehicle - other components
Fuel cell vehicle FC stack
Fuel cell vehicle - other components
Automobile components using lightweight materials
Electric vehicle infrastructure e.g., charging stations
Alternative fuel and refuelling infrastructure Include hydrogen and natural gas
LNG and CNG engines
LNG and CNG tanks
LNG and CNG control systems
Aerodynamic devices
Auxiliary power units
Engine control modules
Low rolling resistance tires Include tires that improve vehicle fuel efficiency
Vehicle emission monitoring
All other fuel efficient automotive equipment
Fuel efficient aerospace equipment
Efficient turbines
Fuel efficient engines Include electrification and other alternative fuels
Aircraft components using lightweight materials
Powder metallurgy, coatings, polishing, anodizing for fuel efficiency
Composite materials
All other fuel efficient aerospace equipment
Other
All other transportation technologies
Total

Wholesaler — transportation technologies — domestic sales of imported goods

73. Report sales for wholesale of imported goods.

Include machinery, equipment, products, and technologies.

Table 73. Report sales for wholesale of imported goods.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Fuel efficient automotive equipment
	Sales for wholesale of imported goods Rounded to the nearest CAN$
Fuel efficient engines and components Include electrification and hybrids
Electric vehicle batteries
Electric vehicle - other components
Fuel cell vehicle FC stack
Fuel cell vehicle - other components
Automobile components using lightweight materials
Electric vehicle infrastructure e.g., charging stations
Alternative fuel and refuelling infrastructure Include hydrogen and natural gas
LNG and CNG engines
LNG and CNG tanks
LNG and CNG control systems
Aerodynamic devices
Auxiliary power units
Engine control modules
Low rolling resistance tires Include tires that improve vehicle fuel efficiency
Vehicle emission monitoring
All other fuel efficient automotive equipment
Fuel efficient aerospace equipment
Efficient turbines
Fuel efficient engines Include electrification and other alternative fuels
Aircraft components using lightweight materials
Powder metallurgy, coatings, polishing, anodizing for fuel efficiency
Composite materials
All other fuel efficient aerospace equipment
Other
All other transportation technologies
Total

Wholesaler — transportation technologies — domestic sales of domestic goods

74. Report sales for wholesale of domestic goods.

Include machinery, equipment, products, and technologies.

Table 74. Report sales for wholesale of domestic goods.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Fuel efficient automotive equipment
	Sales for wholesale of domestic goods Rounded to the nearest CAN$
Fuel efficient engines and components Include electrification and hybrids
Electric vehicle batteries
Electric vehicle - other components
Fuel cell vehicle FC stack
Fuel cell vehicle - other components
Automobile components using lightweight materials
Electric vehicle infrastructure e.g., charging stations
Alternative fuel and refuelling infrastructure Include hydrogen and natural gas
LNG and CNG engines
LNG and CNG tanks
LNG and CNG control systems
Aerodynamic devices
Auxiliary power units
Engine control modules
Low rolling resistance tires Include tires that improve vehicle fuel efficiency
Vehicle emission monitoring
All other fuel efficient automotive equipment
Fuel efficient aerospace equipment
Efficient turbines
Fuel efficient engines Include electrification and other alternative fuels
Aircraft components using lightweight materials
Powder metallurgy, coatings, polishing, anodizing for fuel efficiency
Composite materials
All other fuel efficient aerospace equipment
Other
All other transportation technologies
Total

Wholesaler — transportation technologies — sales of exported goods

75. Report sales for wholesale of exported goods.

Include machinery, equipment, products, and technologies.

Table 75. Report sales for wholesale of exported goods.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Fuel efficient automotive equipment
	Sales for wholesale of exported goods Rounded to the nearest CAN$
Fuel efficient engines and components Include electrification and hybrids
Electric vehicle batteries
Electric vehicle - other components
Fuel cell vehicle FC stack
Fuel cell vehicle - other components
Automobile components using lightweight materials
Electric vehicle infrastructure e.g., charging stations
Alternative fuel and refuelling infrastructure Include hydrogen and natural gas
LNG and CNG engines
LNG and CNG tanks
LNG and CNG control systems
Aerodynamic devices
Auxiliary power units
Engine control modules
Low rolling resistance tires Include tires that improve vehicle fuel efficiency
Vehicle emission monitoring
All other fuel efficient automotive equipment
Fuel efficient aerospace equipment
Efficient turbines
Fuel efficient engines Include electrification and other alternative fuels
Aircraft components using lightweight materials
Powder metallurgy, coatings, polishing, anodizing for fuel efficiency
Composite materials
All other fuel efficient aerospace equipment
Other
All other transportation technologies
Total

Revenue from services

Report domestic and export revenues of selected environmental and clean technology services.

Include (where applicable):

goods sold as part of a service delivered (related machinery, products and equipment)
domestic and export sales of services provided from a Canadian location

Exclude federal, provincial and territorial sales taxes and excise duties and taxes.

Sales of environmental and clean technology services are defined as amounts derived from the provision of environmental and clean technology services falling within a business's ordinary activities. Sales should be reported net of excise and federal, provincial or territorial sales taxes.

Service provider — site remediation or monitoring services and environmental emergency response services — domestic revenue

76. Report revenue from services provided in Canada.

Include sales from machinery, equipment, products, and technologies.

Table 76. Report revenue from services provided in Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
	Revenue from services provided in Canada Rounded to the nearest CAN$
In situ remediation of soil, sediment, and sludge
Ex situ remediation of soil, sediment, and sludge
In situ remediation of ground water, surface water, and leachate
Ex situ remediation of ground water, surface water, and leachate
Remediation of air or off-gas
Control, containment and monitoring services of air, water, and soil Include sales of asbestos and mould removal
Environmental emergency response services
Radioactive waste management, decommissioning, and site remediation
All other site remediation services and environmental emergency response services
Total

Service provider — site remediation or monitoring services and environmental emergency response services — international revenue

77. Report revenue from services provided outside of Canada.

Include sales from machinery, equipment, products, and technologies.

Table 77. Report revenue from services provided outside of Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
	Revenue from services provided outside of Canada Rounded to the nearest CAN$
In situ remediation of soil, sediment, and sludge
Ex situ remediation of soil, sediment, and sludge
In situ remediation of ground water, surface water, and leachate
Ex situ remediation of ground water, surface water, and leachate
Remediation of air or off-gas
Control, containment and monitoring services of air, water, and soil Include sales of asbestos and mould removal
Environmental emergency response services
Radioactive waste management, decommissioning, and site remediation
All other site remediation services and environmental emergency response services
Total

Service provider — energy efficiency, industrial design and related services — domestic revenue

78. Report revenue from services provided in Canada.

Include sales from machinery, equipment, products, and technologies.

Table 78. Report revenue from services provided in Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Energy efficiency services
	Revenue from services provided in Canada Rounded to the nearest CAN$
Sustainability consulting e.g., green building certification
Energy efficiency product certification e.g., Energy Star®, Energuide®, BOMA, ISO 50001, R-2000
Home, building, industry and fleet energy audit and air leakage testing
Energy monitoring
Demand control
Data analysis and modelling
Process integration
Advanced insulation activities Include insulation services that achieve a higher R-value above standard regulations e.g., spray foam insulation
Energy efficiency consulting
Building retrofits and refurbishment
All other energy efficiency services
Industrial design and related services
Aerodynamic design
Aerodynamic testing
Modelling services
Design of emission control technologies
All other industrial design and related services
Other
All other energy efficiency, industrial design and related services
Total

Service provider — energy efficiency, industrial design and related services — international revenue

79. Report revenue from services provided outside of Canada.

Include sales from machinery, equipment, products, and technologies.

Include insulation services that achieve a higher R-value above standard regulations.

Table 79. Report revenue from services provided outside of Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Energy efficiency services
	Revenue from services provided outside of Canada Rounded to the nearest CAN$
Sustainability consulting e.g., green building certification
Energy efficiency product certification e.g., Energy Star®, Energuide®, BOMA, ISO 50001, R-2000
Home, building, industry and fleet energy audit and air leakage testing
Energy monitoring
Demand control
Data analysis and modelling
Process integration
Advanced insulation activities Include insulation services that achieve a higher R-value above standard regulations e.g., spray foam insulation
Energy efficiency consulting
Building retrofits and refurbishment
All other energy efficiency services
Industrial design and related services
Aerodynamic design
Aerodynamic testing
Modelling services
Design of emission control technologies
All other industrial design and related services
Other
All other energy efficiency, industrial design and related services
Total

Service provider — monitoring and reduction of greenhouse gases and air pollution services — domestic revenue

80. Report revenue from services provided in Canada.

Include sales from machinery, equipment, products, and technologies.

Table 80. Report revenue from services provided in Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Greenhouse gas management services
	Revenue from services provided in Canada Rounded to the nearest CAN$
Carbon credit trading, generation of compliance units, surplus allowances, emissions performance credits, and offset credits
Preparation of emissions reports and verification
Allowance auctioning and exchange platform provision
Market monitoring
Offset protocol development and validation
Development of compliance systems and electronic emissions reporting systems
All other greenhouse gas management services
Air pollution management services
Measuring and monitoring
Modelling and mapping
Risk assessment and management
Development of compliance and electronic emissions reporting systems
All other air pollution management services
Other
All other monitoring and reduction of greenhouse gases and air pollution services
Total

Service provider — monitoring and reduction of greenhouse gases and air pollution services — international revenue

81. Report revenue from services provided outside of Canada.

Include sales from machinery, equipment, products, and technologies.

Table 81. Report revenue from services provided outside of Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Greenhouse gas management services
	Revenue from services provided outside of Canada Rounded to the nearest CAN$
Carbon credit trading, generation of compliance units, surplus allowances, emissions performance credits, and offset credits
Preparation of emissions reports and verification
Allowance auctioning and exchange platform provision
Market monitoring
Offset protocol development and validation
Development of compliance systems and electronic emissions reporting systems
All other greenhouse gas management services
Air pollution management services
Measuring and monitoring
Modelling and mapping
Risk assessment and management
Development of compliance and electronic emissions reporting systems
All other air pollution management services
Other
All other monitoring and reduction of greenhouse gases and air pollution services
Total

Service provider — clean energy services — domestic revenue

82. Report revenue from services provided in Canada.

Include sales from machinery, equipment, products, and technologies.

Include installation, operations, maintenance, engineering, and design services.

Exclude revenues from sales of electricity.

Table 82. Report revenue from services provided in Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
	Revenue from services provided in Canada Rounded to the nearest CAN$
Wind
Biomass
Geothermal
Hydro
Solar
Nuclear Include uranium processing, conversion, nuclear fuel fabrication services and licensing support
Waste to energy
All other clean energy services
Total

Service provider — clean energy services — international revenue

83. Report revenue from services provided outside of Canada.

Include sales from machinery, equipment, products, and technologies.

Include installation, operations, maintenance, engineering, and design services.

Exclude revenues from sales of electricity.

Table 83. Report revenue from services provided outside of Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
	Revenue from services provided outside of Canada Rounded to the nearest CAN$
Wind
Biomass
Geothermal
Hydro
Solar
Nuclear Include uranium processing, conversion, nuclear fuel fabrication services and licensing support
Waste to energy
All other clean energy services
Total

Service provider — water management and efficiency services — domestic revenue

84. Report revenue from services provided in Canada.

Include sales from machinery, equipment, products, and technologies.

Table 84. Report revenue from services provided outside of Canada and the number of contracts provided outside of Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
	Revenue from services provided in Canada Rounded to the nearest CAN$
Planning and design
Efficiency consulting
Piloting, validation and verification
Pipe inspection
Training and plant operation
Water quality testing and instrumentation services
All other water management and efficiency services
Total

Service provider — water management and efficiency services — international revenue

85. Report revenue from services provided outside of Canada.

Include sales from machinery, equipment, products, and technologies.

Table 85. Report revenue from services provided outside of Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
	Revenue from services provided outside of Canada Rounded to the nearest CAN$
Planning and design
Efficiency consulting
Piloting, validation and verification
Pipe inspection
Training and plant operation
Water quality testing and instrumentation services
All other water management and efficiency services
Total

Service provider — sustainable resource services — domestic revenue

86. Report revenue from services provided in Canada.

Include sales from machinery, equipment, products, and technologies.

Table 86. Report revenue from services provided in Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Precision agriculture services
	Revenue from services provided in Canada Rounded to the nearest CAN$
Support services for precision agriculture technologies e.g., installation, software and hardware configuration
Precision agriculture consulting
Precision agriculture GPS or GIS services
All other precision agriculture services
Bioproduct services
Mass wood design and architectural services
Bioenergy feedstock planning and management
Bioenergy feedstock valuation
All other bioproduct services
Sustainable forestry services
Planning, management, and monitoring of forest areas
Minimization and efficient intake of forest resources
Measurement, control and laboratories for forest management Include GPS and GIS, software, data management
Training, consulting, and administrative activities related to forest management
All other sustainable forestry services
Other
All other sustainable resource services
Total

Service provider — sustainable resource services — international revenue

87. Report revenue from services provided outside of Canada.

Include sales from machinery, equipment, products, and technologies.

Table 87. Report revenue from services provided outside of Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
Precision agriculture services
	Revenue from services provided outside of Canada Rounded to the nearest CAN$
Support services for precision agriculture technologies e.g., installation, software and hardware configuration
Precision agriculture consulting
Precision agriculture GPS or GIS services
All other precision agriculture services
Bioproduct services
Mass wood design and architectural services
Bioenergy feedstock planning and management
Bioenergy feedstock valuation
All other bioproduct services
Sustainable forestry services
Planning, management, and monitoring of forest areas
Minimization and efficient intake of forest resources
Measurement, control and laboratories for forest management Include GPS and GIS, software, data management
Training, consulting, and administrative activities related to forest management
All other sustainable forestry services
Other
All other sustainable resource services
Total

Service provider — transportation services — domestic revenue

88. Report revenue from services provided in Canada.

Include sales from machinery, equipment, products, and technologies.

Table 88. Report revenue from services provided in Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
	Revenue from services provided in Canada Rounded to the nearest CAN$
Intelligent traffic control
Traffic management
Vehicle fleet management and logistics Include consulting and design activities optimizing fleet management. e.g., communication, tracking and routing, and management of fuel consumption Exclude revenues from sales of trucks.
Integrated traffic infrastructure
Technical inspection related to air emissions
Alternative fuel retrofits e.g., conversion to hybrid, electric, low carbon, biofuel
All other transportation services
Total

Service provider — transportation services — international revenue

89. Report revenue from services provided outside of Canada.

Include sales from machinery, equipment, products, and technologies.

Table 89. Report revenue from services outside of Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
	Revenue from services provided outside of Canada Rounded to the nearest CAN$
Intelligent traffic control
Traffic management
Vehicle fleet management and logistics Include consulting and design activities optimizing fleet management. e.g., communication, tracking and routing, and management of fuel consumption Exclude revenues from sales of trucks.
Integrated traffic infrastructure
Technical inspection related to air emissions
Alternative fuel retrofits e.g., conversion to hybrid, electric, low carbon, biofuel
All other transportation services
Total

Service provider — smart grid services — domestic revenue

90. Report revenue from services provided in Canada.

Include sales from machinery, equipment, products, and technologies for smart grid infrastructure.

Table 90. Report revenue from services provided in Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
	Revenue from services provided in Canada Rounded to the nearest CAN$
Energy storage solutions
Microgrid solutions
Cyber security Include activities which protect and prevent critical smart grid infrastructure assets from threats. e.g., detection, software and support, consulting services, and compliance management
Data management and communications solutions
Demand management e.g., peak load management and load following
Monitoring solutions e.g., self-healing grids
Engineering, installation, maintenance, and design solutions
All other smart grid services
Total

Service provider – smart grid services – international revenue

91. Report revenue from services provided outside of Canada.

Include sales from machinery, equipment, products, and technologies for smart grid infrastructure.

Table 91. Report revenue from services outside of Canada.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
	Revenue from services provided outside of Canada Rounded to the nearest CAN$
Energy storage solutions
Microgrid solutions
Cyber security Include activities which protect and prevent critical smart grid infrastructure assets from threats. e.g., detection, software and support, consulting services, and compliance management
Data management and communications solutions
Demand management e.g., peak load management and load following
Monitoring solutions e.g., self-healing grids
Engineering, installation, maintenance, and design solutions
All other smart grid services
Total

Exports of environmental or clean technology goods and services

92. Report the number of countries to which your business or organization exports environmental or clean technology goods and services.

Number of countries:

Exports of environmental or clean technology goods and services

93. What was the percentage breakdown of sales and revenue from environmental or clean technology goods and services received from clients outside Canada, by country?

Table 93. What was the percentage breakdown of sales and revenue from environmental or clean technology goods and services received from clients outside Canada, by country?
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
	Percentage of exported sales
a. United States
b. Mexico
c. France
d. Germany
e. Italy
f. The Netherlands
g. United Kingdom
h. Turkey
i. China
j. Hong Kong
k. India
l. Japan
m. Korea, South
n. Australia
o. Singapore

Specify additional countries receiving exported goods and services and include the percentage of exported sales.

Specify additional countries receiving exported goods and services and include the percentage of exported sales. Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
	Country name	Percentage of exported sales
p. Other country 1
q. Other country 2
r. Other country 3
s. Other country 4
t. Other country 5
u. Other country 6
v. Other country 7
w. Other country 8
x. Other country 9
y. Other country 10
z. Other country 11
aa. Other country 12
ab. Other country 13
ac. Other country 14
ad. Other country 15

94. List all other countries to which your business or organization exports, including their respective percentage of sales and revenue from environmental or clean technology goods and services.

e.g., Cameroon (2%), Brazil (5%)

All other countries and percentage breakdown:

Employment

95. For 2020 report the total number of Canadian-based full-time equivalents (FTE) at your business or organization.

Full-time equivalent (FTE) is the equivalent of one full-time (at least 30 hours per week) position, which may comprise several part-time or temporary positions, occupied by more than one employee.

Number of full-time equivalents:

96. Of the total number of FTEs reported above, indicate the percentage involved in producing or providing the environmental or clean technology goods and services sold by your business or organization.

Percentage of full-time equivalents:

Investment in environmental and clean technology business lines

The following questions relate to investments made for the purpose of expanding the operations of your environmental and clean technology business lines.

97. For 2020, did you make investments for the purpose of expanding the environmental and clean technology portion of your business, at this location?

If yes - report the following investment expenditures made for the purpose of expanding the operations of your environmental and clean technology business lines.

Table 97. For 2019, report investments made for the purpose of expanding the environmental and clean technology portion of your business, at this location.
Table summary
This is an empty data table used by respondents to provide data to Statistics Canada. This table contains no data.
	Investments Rounded to the nearest CAN$
a. Capital expenditures on equipment, technologies or processes purchased with the intent of starting or increasing the production of environmental goods and services or clean technologies
b. Research and development on environmental and clean technology production or processes
c. Investments (majority or non-majority) made by your company in other companies that produce environmental goods and services and clean technologies
Total investments

Additional market information

The purpose of the following questions is for Statistics Canada to obtain specific information that could be helpful in conducting this survey in the future.

98. Do you know other Canadian businesses or organizations (partners, direct competitors or others) that also produce or provide environmental or clean technology goods and services?

These other Canadian businesses do not have to be in your industry or have the same environmental or clean technology activities that your business has.

How many businesses or organizations?

Number of businesses or organizations:

99. Provide the names and, if possible, the contact details for a maximum of four of these businesses or organizations (partners, direct competitors or others). The information you provide will remain confidential under the Statistics Act.

Business or organization 1

Business or organization name
Mailing address (number and street)
City
Province or territory

Business or organization 2

Business or organization name
Mailing address (number and street)
City
Province or territory

Business or organization 3

Business or organization name
Mailing address (number and street)
City
Province or territory

Business or organization 4

Business or organization name
Mailing address (number and street)
City
Province or territory

100. Indicate any changes or events that affected the reported values for this business or organization, compared with the last reporting period.

Select all that apply.

Strike or lock-out
Exchange rate impact
Price changes in goods or services sold
Contracting out
Organisational change
Price changes in labour or raw materials
Natural disaster
Recession
Change in product line
Sold business units
Expansion
New/lost contract
Plant closures
Acquisition of business units
Other - Specify the other changes or events
No changes or events

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Date modified:: 2024-11-28

The Open Database of Addresses (ODA)Metadata document: concepts, methodology and data quality

Table of Contents

Acknowledgments

1. Overview

2. Data Sources

3. Reference Period

4. Target Population

5. Compilation Methodology

6. Data Dictionary

Variable - Latitude

Variable - Longitude

Variable - Source ID

Variable - ODA ID

Variable - Group ID

Variable – Civic Number

Variable – Full Street Name

Variable – Street Name

Variable – Full Street Name

Variable – Full Street Name

Variable – Unit

Variable – Municipality

Variable – Postal Code

Variable – Full address

Variable – Processed City

Variable – Processed Street Name

Variable – Processed Street Type

Variable – Processed Street Direction

Variable – Census subdivision unique identifier

Variable – Census subdivision name

Variable – Province unique identifier

Variable – Data Provider

7. Data Accuracy

8. Geographic Representation

The Open Database of Addresses

Data sources and methodology

Downloading the ODA

Data quality, concepts and methodology: Explanatory notes on direct program payments to agriculture producers 2021

Payments Enhancing Receipts

Agricultural Revenue Stabilization Account (ARSA) (2000 to 2002)

AgriInvest (2008 to present)

Agri-Québec (2011 to present)

Agri-Québec Plus (2015 to present)

AgriRecovery (2008 to present)

AgriStability (2007 to present)

Assiniboine Valley Producers Flood Assistance Program (2007 to 2011)

Beekeepers Financial Assistance Program (2014)

Canada-Ontario General Top-Up Program (2005 to 2007)

Canadian Agricultural Income Stabilization (CAIS) Program (2004 to 2008)

Canadian Agricultural Income Stabilization Inventory Transition Initiative (CITI) (2006 to 2007)

Canadian Agricultural Income Stabilization Ontario Inventory Transition Initiative (2006 to 2019)

Compensation for animal losses (1981 to present)

Cost of Production Payment (COP) (2007 to 2010)

Cover Crop Protection Program (CCPP) (2006 to 2008)

Crop Insurance (1981 to present)

Crop Loss Compensation (1981 to present)

Cull Animal Program (2003 to 2006)

Cull Breeding Swine Program (2008)

Dairy Direct Payment Program (2019-2023)

Drought Assistance for Livestock Producers (2007 to 2008)

Fed Cattle Set Aside Program (2005 to 2006)

Financial Assistance for Replanting Apple Orchards (2020-2022)

Frost loss Program (2018-2019)

Golden Nematode Disaster Program (2007 to 2009)

Grains and Oilseeds Payment (GOPP) (2006)

Hazelnut Renewal Program (2020-2021)

Types of Program Funding:

Hog Transition Fund (2008)

Lake Manitoba Flood Assistance Program (2011 to present)

Livestock Insurance Programs (1991 to present)

Additional notes on the Livestock Insurance Programs

Livestock Predation Compensation Program

Manitoba Ruminant Assistance Program (2008)

Manitoba Spring Blizzard Livestock Mortalities Assistance Program (2011 to 2012)

Marketing and Vineyard Improvement Program (MVIP) (2015-2016)

Measure to support grain corn producers in mitigating the impact of the 2019 rise in propane prices in Québec (2019-2020)

Net Income Stabilization Account (NISA) (1991 to 2009)

Nova Scotia Beef Kickstart Program (2008)

Nova Scotia Margin Enhancement Program (2007 to 2008)

Ontario Cattle, Hog and Horticulture Program (OCHHP) (2008)

Ontario Cost Recognition Top-up Program (2007 to 2010)

The Open Database of Addresses (ODA)
Metadata document: concepts, methodology and data quality