Given the incredible track record and history of nuclear we have as a nation, which is really respected around the world, and because of the refurbishments that have the industry firing on all cylinders right now, we have been able to do some remarkable innovations in the development of these new nuclear technologies, these small modular reactors, which are ultimately scalable. They could be as small as something that fits on the back of an 18-wheeler and could be brought to a remote community or a mining site, for example. They're up to 300 megawatts, which is on the larger side.
To your point, Ms. Dabrusin, about the Darlington site, those things are under construction right now. They will be generating electricity on the grid by 2028. The one thing that differentiates some of these new small modular reactor technologies, in addition to being scalable and emissions-free, is that they produce very high-temperature heat. That heat can be used to replace fossil fuels in heavy industry operations that require high-temperature heat.
They have electricity capabilities, of course, and are scalable, but they can also produce steel, cement or even hydrogen, or do all three at the same time.