The small modular reactors we are developing operate at a high temperature, somewhere in the order of 600°C. This is very conducive to industrial heat.
I will just make a point. When we think about small modular reactors, we think predominantly electricity, but we really need to think energy. Then we think solar, wind, nuclear, when we really need to think about the integration of all of this energy into energy packages, energy farms, because of the intermittency of solar and wind and, basically, the backstop of nuclear.
This high temperature from nuclear can help generate hydrogen and ammonia, which is a hydrogen carrier. It can also be stored in solar salts. You can store a tremendous amount of energy. You could help to take care of the peaks on the electrical grid. You can also take advantage of when the wind is blowing and the sun is shining to use that energy as you see fit, and distort, potentially....
These high-temperature reactors can be used in many different ways to support the transformation and generation of clean fuels and the electrification—