Tuesday, August 5, 2025

Build Back Nuclear Better On The Moon

 



Here's the thing, energy's really important to us but do we have enough for an ever expanding economy? Good question. No, we do not. Finite resource meets infinite demand, problem. Solution? Build nuclear power plants ON THE MOON.




Yep, that's what we're talkin' about. Get that fission off planet and beam it back to earth, and we'd better get there before Russia or China win the regolith award.  Here's CNBC:


The U.S. should deploy a small nuclear power plant to the surface of the moon before China and Russia are able to do so, the interim head of NASA has told the space agency’s staff.

NASA should be ready to launch a reactor to the lunar surface by the first quarter of fiscal year 2030, Transportation Secretary Sean Duffy, who is serving as the space agency’s acting administrator, said in a directive to NASA dated July 31. This would work out to late 2029.

China and Russia are aiming to deploy a reactor to the moon by the mid-2030s to power a joint base, officials in Moscow and Beijing have said. The first country to deploy a reactor on the moon “could potentially declare a keep-out zone which would significantly inhibit the United States from establishing a planned Artemis presence if not there first,” Duffy warned NASA. The Artemis mission is NASA’s lunar exploration program, which was first announced in 2017.

NASA should issue a request for proposals to industry within 60 days, according to Duffy’s directive. The reactor should be able to generate 100 kilowatts of electricity at a minimum, according to the directive. It would be transported aboard a heavy class lander with a payload of 15 metric tons.

A reactor without a 100-kilowatt output could power about 80 U.S. homes. By contrast, the average nuclear reactor in the U.S. fleet can power more than 700,000 homes.

The NASA program, called Fission Surface Power, will rely on microreactor technology, according to Duffy’s directive. But no microreactor has been licensed by the Nuclear Regulatory Commission, let alone built in the U.S. President Donald Trump issued a series of executive orders in May that aim to expedite the commercialization of small nuclear reactors.

Duffy’s ambitious directive comes as the Trump administration has proposed steep cuts to NASA’s budget. The space agency also remains without a Senate-confirmed leader. Trump named Duffy as acting administrator after pulling his original nominee in May amid a feud with SpaceX CEO Elon Musk.

Politico first reported Duffy’s plans to launch a nuclear reactor to the moon.


Hey, why not? Imagine a Fukishima disaster in CONUS or France or Russia, awful. But what happens if all that nuke power is ON THE MOON. Safe, right? How we get the power back to Terra is another matter again, space elevators, massive nano wires, Graphene Oxide, MRNA shots? But whatever, off shore power to Luna and we'll all be rich and the environment saved.




Do you think, dear friends, that lunar power will be free?

Ad Astra,

LSP

4 comments:

  1. SMRs are quite safe. The tech you mentioned that malfunctioned was generations old and the only people who have died from nuclear accidents was the Ukrainian Chernobyl. Which was ancient, poorly designed and with poorly trained people - 40 years ago. 40 years ago there weren't cell phones and people used Commodore 64 computers.

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  2. Somehow reading this I just had a flashback to Space:1999.

    I don't want the moon to leave orbit!

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  3. Power for use on the moon, probably OK. Beam that power back to earth? Nope, not feasible for reasons too deep for a quick comment.
    This may be the last generation to see the moon surface without seeing advertising from its surface.

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  4. could potentially declare a keep-out zone which would significantly inhibit the United States
    How can China/Russia enforce their claim?

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