We show that, with reasonable consumption rate estimates, that (1) power is not a strong constraint on the lunar population but (2) the roughly 1 billion ton...
For sure, there could be lots of solutions here, and we really don’t know much about what’s under the surface either. I just thought it was interesting how much water you need for a million people to live.
For sure, there could be lots of solutions here, and we really don’t know much about what’s under the surface either. I just thought it was interesting how much water you need for a million people to live.
What happens to that 2% on the ISS?
Would the difference in design necessarily benefit a moon base more than the ISS in this regard?
Because on the moon, you can build a dome. You’ll have access to ground. … not sure if any of that matters, but it seems like it might.
I imagine just evaporation and losses in the pipes with tiny amounts escaping that add up over time.