There are two applications. There's the industrial type application—for example, smelters and that type of this thing. I think the size of this reactor is perfectly suited to match up with one smelter, let's say. That maybe gives you a sense of the power output of this thing. Of course it depends on the geographic density; at 180 megawatts, that's for a very close-packed, high-density location. It could be a small city.
But it's also about the robustness of the power grid, right? Clearly you'd want to distribute the power, and one of the things we look at in more remote locations is the robustness of that power grid and the best size power reactor to put in one place to support a broader area. So it would be 180 megawatts, in that range. Less than 200 megawatts is a size we believe is broadly supported by existing transmission infrastructure. In the western provinces, for example, Saskatchewan is a size that does not require significant changes to the transmission grid and would allow that power to flow out across the broader part of the province.