Thank you, Mr. Chairman.
Good afternoon.
I would like to thank the committee for inviting me to testify today. I am honoured to do so.
As the world moves towards low-carbon technologies, global demand for critical minerals is projected to grow exponentially. Critical minerals, whose supply may be vulnerable, are chemical elements that are essential in modern technologies and that are necessary for economic or national security purposes. Technologies including lithium-ion batteries, permanent magnets, electric motors, solar panels, wind turbines, semiconductors and other components in advanced manufacturing require these elements.
The good news is that Canada has abundant mineral resources and a skilled workforce, and it stands to benefit by developing its critical minerals potential.
By the government's own account, Canada already produces more than 60 minerals and metals, and produces 22 of the 50 minerals that the United States Geological Survey considers to be critical. Our country benefits from a stable political system and a strong regulatory environment that may need adjustment in some cases, as we heard today, but it also respects indigenous land rights and has a well-developed mining services sector that I believe has the potential to pivot towards further critical minerals development. These aspects, in some ways, give Canada a competitive advantage in providing minerals that are sourced responsibly, which should be incentivized and will matter increasingly to buyers, governments and other partners around the world.
The opportunity also exists for us to build vertical domestic production chains. For example, an area where I have some expertise is the chain that begins with low-grade lithium-bearing sedimentary brines, like those found for example in Saskatchewan, Alberta, Manitoba and British Columbia, in the western Canadian sedimentary basin. We could take those low-grade brines all the way to high-grade lithium salts and, if we let ourselves dream a little, could maybe even manufacture lithium-ion batteries in Canada, producing far more economic value than simply exporting a raw ore.
Having been a co-founder of an Edmonton-based lithium extraction technology company between 2019 and 2023, I would be happy to discuss with the honourable members of this committee some of our successes and the challenges we faced there. Also, as an educator who's turned out people at master's and Ph.D. levels for jobs in Canada that require expertise in critical minerals, I'd be happy to talk about those challenges in training people in the workforce in Canada at the university level.
With increased demand on the horizon, our national development plan at this point is very crucial. Natural Resources Canada noted in their press release in March of this year that the “demand for critical minerals is expected to double by 2040”. By some of the accounts that I've read, we may experience even greater demand by then.
If Canada delays further, it risks being left behind or producing and delivering only raw materials with less economic value.
We should also be aware that jurisdictions with less stringent environmental regulations, with lower labour costs or with better-developed critical minerals infrastructure may capture more of the market share in the near term. In this regard, the government's announcement this year of a second round of investment in a critical minerals infrastructure fund was welcome news.
I also believe that our country should pursue invention, innovation and technology development in this critical minerals space, for example, with research into the downstream extraction and processing technologies. This research and development intrinsically attracts top talent from around the world. It results in well-paid jobs, and it offers the opportunity to develop intellectual property, including patents in Canada, which can then be licensed around the world.
Developing critical mineral resources themselves also offers, of course, significant economic upsides, with mining jobs and other job creation, including in remote, northern or indigenous communities, and with a strengthening of Canada's position in the global supply chains.
Developing critical mineral resources takes time and capital, and it takes careful consideration of social and environmental impacts. As we heard in a previous panel, it can take many years for a mining project to begin operations, with no revenue until that time. With that in mind, KPMG did a survey in March 2024 of Canadian mining leaders. They found that while 91% of them were “optimistic” about the country's position, 98% said that their companies could use “more investment”, a stable policy and regulatory environment, and tax incentives.
We heard also that the development of infrastructure in remote regions, the transportation and logistics, the processing and refining capacity itself, the technologies that I mentioned and the indigenous partnerships are also important considerations.
I would add, I think, the point that responsibly sourced and environmentally sound operations are also a must, but they need to be dovetailed into reality. I think that's where, certainly, academic partners can be useful.
The potential benefits to our country are substantial: economic growth, job creation, greater sovereignty and a leading role for Canada in the digital and green economies.
Thank you very much.