Helping Canada decarbonize the economy for a more sustainable future

Canada’s commitment to achieving net-zero emissions by 2050 requires a significant shift in how we produce energy, transport people and goods, and manufacture and use products and materials. Efforts to decarbonize Canada’s economy are underway across many sectors and involve strategies for lower-carbon construction, electricity generation, clean fuels, transportation, as well as improving energy efficiency, and carbon capture, utilization, and storage.

CSA Group’s standards and research play a vital role in these efforts by promoting the safety, reliability, and integration of low-carbon energy systems, infrastructure, and materials across North America. Our standards and research help deploy technologies and infrastructure for renewable energy generation, small modular reactors, and hydrogen. They support the adoption of electric and clean fuel vehicles, help improve the energy efficiency of buildings and systems, and facilitate the implementation of novel carbon capture, utilization, and storage technologies. We are also focused on methods of reducing embodied carbon in the built environment through lower carbon construction materials and systems, performance-based design and advanced manufacturing. CSA Group’s standards, research, and registries also provide guidance and best practices for performing carbon life cycle assessments and GHG measurement and quantification, and encourage circular economy practices, such as reuse, recycling, and waste reduction to reduce carbon emissions.

Helping Establish Hydrogen Production from Clean Energy Sources

With a strong and well-established nuclear sector and the anticipated deployment of new small modular reactor designs, Canada appears well-positioned to produce clean hydrogen using nuclear power as an energy source. CSA Group research explores how standards can support hydrogen production while helping maintain continued safety and protection of people, property, and the environment.

CSA Group standards and research support the decarbonization of Canada’s energy, infrastructure, and transportation.

Solar panels, wind turbines, and energy storage

Supporting distributed energy generation

An illustration of an atom

Supporting deployment of small modular reactor (SMR) technologies

Hydrogen production plant

Supporting hydrogen production

Pipeline for hydrogen transportation

Supporting safe and reliable hydrogen delivery and storage

A hydrogen fuel cell-powered bus stands at the station

Facilitating deployment of hydrogen vehicles and fuel cell technologies

Electric Vehicle vehicle charging station

Supporting electrification of transportation

A pile of bricks for reuse in a construction project

Facilitating the transition toward low carbon, circular practices in construction

A person using a tablet to adjust the temperature in an apartment

Helping improve the efficiency of building energy systems

An illustration of a CO2 reduction chart

Supporting deployment of technologies for carbon capture, utilization, and storage

Senior hands giving a small plant to a child

Helping recognize organizations and projects committed to carbon management

A worker in an industrial facility writing down notes

Providing Program Operator services for developing Product Category Rules (PCRs) and registering Environmental Product Declarations(EPDs)