Thank you, Madam Chair. It's a great pleasure for my colleagues and me to be here today to talk about the clean-tech sector in Canada. Some of us have had the pleasure of joining previous committee sessions, so it's good to be back.
Again, my name is Daniel Dufour. I'm the director general for innovation at Natural Resources Canada. If you'll allow me, I'll start with an overview of the clean-tech sector in Canada.
Clean tech, broadly speaking, is an important sector in its own right, but furthermore contributes to all economic sectors, improving both environmental performance and competitiveness. Clean tech provides sustainable solutions, notably in reducing emissions, waste, and water use; in developing advanced materials and bioproducts; and in extracting, transforming or producing natural resources goods more efficiently, which could be in energy, mining and forest products.
A strong clean-tech sector will be critical for Canada and the world to achieve net-zero goals. As we know, reaching these goals by 2050 will require widespread use of technologies. Based on the International Energy Agency, 50% of these technologies are not yet available.
The potential is huge, with the global market for low-carbon solutions expected to grow to over $34 trillion through 2030. In order to better understand the clean-tech sector and its opportunities, NRCan and ISED, Innovation, Science and Economic Development Canada, in partnership with Statistics Canada, launched the clean-tech data strategy back in 2017. As a result of this work, we now have some data on clean-tech contributions to Canada's economy and export, which I'll go over rapidly.
Clean-tech sector contribution to GDP was $26.8 billion in 2020, and it grew faster than the overall economy between 2012-20. As you would know, the sector comprises mostly SMEs, about 80%. In terms of employment, it increased by more than 25% over the 2012-20 period, which was seven times faster than the rest of the economy. It employed over 200,000 Canadians in 2020.
In 2022, Canada ranked second in the world, after the U.S., in the global-tech top 100 list, with 13 Canadian firms being nominated or being successful on that list, and all of which received federal funding. Eight of these companies received funding specifically from Natural Resources Canada.
Canadian clean-tech companies are also important creators and holders of intellectual property, with over 65% of clean-tech firms holding IP, versus roughly 27% for all SMEs.
A large portion of Canadian clean-tech products and services are exported, primarily to the U.S. Clean-tech exports reached $5.9 billion in 2020. Exports have grown 33% since 2012, outpacing overall exports, which grew 23%. In 2019, 73% of these exports went to the U.S., followed by Europe with 14%. The top clean-tech products and services that are exported by Canada are complex manufactured goods, scientific and R and D services, and support services.
With respect to the NRCan and other federal departments' support, they're offering a suite of programs that support clean-tech firms, from R and D to demonstration to deployment. In addition, support is offered for trade and investment promotion through Global Affairs Canada's trade commissioner services, and also EDC and Invest in Canada.
We also have the clean growth hub, which is co-led by NRCan and ISED. It supports innovators and adopters to navigate the federal system for funding and services. It also enhances federal clean-tech program coordination and aims to strengthen the federal capacity to track and report on clean-tech outcomes.
Let me close with a snapshot of key innovators that are active across Canada. Just to name a few, in B.C., we have Ekona, producing clean hydrogen. In Alberta, we have Recover, which makes valuable products from oil drilling waste. We have the Saskatchewan-based PapaBravo Innovations, which develops electric vehicles for underground mining. We have, in Ontario, Polar Sapphire, which provides cleaner alumina for batteries. In Quebec, we have Elkem metal, which replaces coal with biocarbon briquettes made from forest residues. We also have the Quebec-based GHGSat, which develops remote sensing to detect GHG emissions from industrial facilities. Lastly, we have, in Nova Scotia, CarbonCure, which is implementing carbon capture solutions by storing carbon dioxide in recycling wastes from concrete products. These are a few of the clean-tech innovators we have in Canada that are a source of pride and confidence in our future.
I want to thank you, Madam Chair, for your good attention. My colleagues and I are available to answer questions that the committee members may have.
Thank you.