The concept is mines to mobility here.
Let's say we're going to take what we do in the automotive sector, which is predominantly making internal combustion engine vehicles on platforms that are shared around the world, and around the world we're going to shift, both from a regulatory standpoint to mandating zero-emission vehicle market percentages to industrial policy. We're all talking about China's planned state-owned enterprises, but the Americans, by most definitions, are going by the way of industrial policy in this space as well. They're spending billions on different parts of this value chain.
To every country that is in the automotive business, it also matters how you compete. The transition, which is in part being regulated and then in other parts being co-invested in by our competitive jurisdictions, is to move to zero emissions. That requires critical minerals and the deployment of high-voltage platforms that will enable artificial intelligence, machine learning and connected autonomous technologies.
Canada, the 10th-biggest manufacturer in the world and the maker of 2% of the world's vehicles, does not have an OEM carmaker, so we have to concentrate on where we play. We play massively in the parts space. We play massively in the technology space. Many independent studies from around the world have always ranked Canada as one of the potential key players in those critical minerals. For us, it's about where we play.
In the case of Canadian lithium, like Canadian cobalt, Canadian graphite and all the other critical minerals, we need to define what they are. They're Canadian if we can find them in Canada. They're not Canadian, in a deployment or a regulatory compliance sense, if they're overseas. That's especially true because successive Canadian governments have entered us into successive trade agreements that define products by country of origin. The strategy here is to say, “Where can we play?”
Canada can play on the technology side, especially in mobility technology. Canada is absolutely playing in added-value volume parts and has the potential to surpass some of the other players in that top 10 group by being one of the key players among three, four or five players in battery manufacturing. That comes down to whether you can extract lithium in Canada, process it in Canada to turn it into cells, turn it into batteries that go into electric vehicle platforms that are made in Canada and are then enabled by Canadian connected autonomous intelligent technology—