A moon base is essentially impossible. Click HERE for more. If we strip away the possibility of mining the Moon for resources, the scenario becomes a "closed-loop" survival mission. In this case, the answer to saving human life isn't about manufacturing new supplies on the Moon, but about achieving near-perfect efficiency with what we bring from Earth.
A moon base is essentially impossible. Click HERE for more. If we strip away the possibility of mining the Moon for resources, the scenario becomes a "closed-loop" survival mission. In this case, the answer to saving human life isn't about manufacturing new supplies on the Moon, but about achieving near-perfect efficiency with what we bring from Earth. To prevent death in an environment with zero local water or oxygen, a base would have to operate as a biological fortress. 1. The 99% Recycling Rule (Physico-Chemical Life Support) Without local water, every drop must be recovered. The International Space Station already does this, but a long-term lunar base would need to be even more efficient. * Water Recovery: Systems like the Urine Processor Assembly would distill every milliliter of waste, sweat, and breath condensate back into ultrapure drinking water. * Oxygen Generation: We use Sabateir Reactors. They exist only in theory. Astronauts exha...
