How'd you bypass the heat exchanger?

And sometimes you'll hear the word enthalpy.

But enthalpy is closely related to heat.

Because I used to say what is enthalpy?

But it's good to know this word enthalpy.

And then that's a heat exchanger to what makes this design really, really interesting, and that's a heat exchanger to a gas.

Change in enthalpy is really just change in heat.

You can download the instruction manual for the heat exchanger here.

Because you're like, I don't know what enthalpy is in my everyday life.

Refined tylium contains tremendous enthalpy to the order of half a billion megajoules per kilo.

And just remember, all of these things, whether we're talking about heat, kinetic energy, potential energy, enthalpy.

You'll hear them in different contexts, and you're like, I thought I should be using heat and they're talking about enthalpy.

It has a core, and it has a heat exchanger from the hot salt, the radioactive salt, to a cold salt which isn't radioactive.

It's heat content. For our purposes, when you hear someone say change in enthalpy, you should really just be thinking of change in heat.

Then instead of a burner here that would be injecting fuel, like a combustion system, you would have this heat exchanger with a reactor. It would make the air hot, then the air would exhaust through the turbine and make thrust.

We figured out how to put a vapor compression distiller on this thing, with a counter flow heat exchanger to take the waste heat, then using a little bit of the electricity control that process, and for 450 watts, which is a little more than half of its waste heat, it will make 10 gallons an hour of distilled water from anything that comes into it to cool it.