Will Russia Build a Nuclear-Powered Moon Base by 2015?

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Discussion Overview

The discussion centers around the feasibility and implications of Russia's plans to establish a nuclear-powered moon base by 2015, with a focus on the extraction of lunar Helium-3 for potential use in energy production and other applications. Participants explore various aspects of this proposal, including technical challenges, economic viability, and the broader context of lunar colonization.

Discussion Character

  • Debate/contested
  • Exploratory
  • Technical explanation
  • Conceptual clarification

Main Points Raised

  • Some participants express skepticism about the timeline for establishing a moon base by 2015, questioning the financial and logistical feasibility of such an endeavor.
  • Others highlight the potential importance of Helium-3 for fusion energy and cryogenics, discussing the challenges associated with achieving the necessary conditions for Helium-3 fusion compared to current fusion technologies.
  • Concerns are raised regarding the economic sustainability of a moon base, with some arguing that the costs of maintaining such a facility may outweigh the benefits.
  • Participants discuss the possibility of using the moon as a manufacturing base or trading post for future lunar colonies, though some challenge the practicality of this idea.
  • There are differing views on the safety and feasibility of lunar mining operations, with some suggesting that mining could be conducted safely using advanced technologies, while others emphasize the risks involved.
  • Some participants question the reliance on human labor for mining, suggesting that automation could mitigate risks associated with human presence on the moon.

Areas of Agreement / Disagreement

Participants generally express a mix of skepticism and curiosity regarding the feasibility of the proposed moon base, with no consensus on the viability of the project or the practicality of lunar mining operations. Multiple competing views remain on the economic and technical aspects of the proposal.

Contextual Notes

Participants note various assumptions regarding the availability of funding, technological capabilities, and the potential market for Helium-3, which remain unresolved. The discussion reflects a range of perspectives on the implications of lunar colonization and the challenges of space exploration.

rachmaninoff
[SOLVED] Russkies are going to the moon!

The head of Energia, Nikolay Sevastyanov, is planning to build a nuclear-powered moon base by 2015, so that they can extract lunar [tex]^3He[/tex] and send it back to earth.

"We are planning to build a permanent base on the Moon by 2015 and by 2020 we can begin the industrial-scale delivery ... of the rare isotope Helium-3," Nikolai Sevastyanov, head of the Energia space corporation, was quoted by ITAR-TASS news agency as saying at an academic conference on Wednesday.

http://english.pravda.ru/science/19/94/379/16403_moon.html
http://en.rian.ru/science/20050727/40986242.html
http://english.aljazeera.net/NR/exeres/65F240F9-CC80-4677-93D6-EBCACE8E7A45.htm

http://en.wikipedia.org/wiki/Vitali_SevastyanovCan you say "space race"?
 
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Yeah, and monkeys might fly out of my butt...

-Wayne
 
Why is Helium 3 so important? I know it can be used for fusion but isn't the temperature required for helium 3 fusion WAY higher than for the experimental reactors we have now? Wouldnt it be a lot harder to make fusion work with helium 3? Or
 
He-3 is also very useful for cryogenics. It becomes inordinately costly (in terms of pumping capability) to get much lower than 1K using He-4. With He-3 you can get down to about 0.25K.
 
By 2015? Good luck with that, Nikolai.

And a permanent moonbase? They're going to spend billions and billions and billions, just to set up a site which will run out of product in a few years? And then they need to spend more billions to keep it supplied? How much do they think this is going to net them?
 
they don't have billions and billions and billions, last I heard
 
I'm surprised 3-He can't somehow be manufactured down here on Earth with particle accelerators. Anyone have any comments about (perhaps theoretical) technology that could achieve this?

And what else is 3-He used for beyond cryogenics? Surely that's too small a market to support a colony on the moon!

- Warren
 
chroot said:
I'm surprised 3-He can't somehow be manufactured down here on Earth with particle accelerators.
If I'm not mistaken, most He3 is produced as a decay product of tritium (which is made by any country that has H-bomb technology)

And what else is 3-He used for beyond cryogenics? Surely that's too small a market to support a colony on the moon!

- Warren
On this I'm less sure, but I believe the speculation is that He3 based nuclear power generation (from a fusion reactor, no less) could become a reality.
 
There are other things that they can use the moon base for.They can use it as outpost/trade center (if we ever build a colony form the moon) we could use it so we can manufacter stuff that would needed for other colonies which can be easily transported to other colonies becaues of lower gravity and no atmosphere.
But I still don't think any they will have the money to build anything in space.I don't think they even what kind of spacecraft there going to use to transport the stuff(A shuttle a russian rocket whould not be effective enough for transporting 3-he back from the moon)
I wonder what polticans are going say about this.I wonder whoose tax since the U.N. said that space is property of all mankind(I think there's a treaty that said that)Or whoose going be the Law enfrocment.
 
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  • #10
Actually, scott1, the advantage of a "trading post" on the Moon has been pretty thoroughly debunked. It would be energetically preferrable to send goods directly from point A to point B, rather than routing them through a Moon base. Keep in mind that you're dealing with gravity and gravitational potential energy, not just distance.

- Warren
 
  • #11
Well, manufacturing would be much easier on the moon than in zero-g. Still, we'd need something _to_ manufacture up there to justify the delta-V needed to land the raw materials and launch the finished products.
 
  • #12
The impression that I got from Scott's post was of a depot for other moonbases, not orbital ones, in which case it wouldn't be a bad idea at all. As for the landing of raw materials, isn't lunar mining supposed to be the source?
 
  • #13
Wow, that’s an even dumber statement than bush saying he wants to send men to mars. <Claps for Russia> congratulations, you just out did our outlandish space goals!


Yeah, and monkeys might fly out of my butt...

-Wayne

I was wondering what kept flying out of my butt too.
 
  • #14
Danger said:
The impression that I got from Scott's post was of a depot for other moonbases, not orbital ones, in which case it wouldn't be a bad idea at all. As for the landing of raw materials, isn't lunar mining supposed to be the source?

Well, there isn't that much there... plus it would be extremely costly and dangerous.

Just look what happened in the US in the last month or two. Can you imagine trying to mine in a full spacesuit where the slightest puncture would be game over?

What would you do when your equipment breaks down? You can't exactly call in a repairman.
 
  • #15
What's up with all the negative comments?

If actually plans on doing this, LET HIM!

Who is he going to hire? Well, scientist and engineers found on this website and around the world.

If he's going to create jobs for us, shut the hell up.
 
  • #16
enigma said:
Well, there isn't that much there... plus it would be extremely costly and dangerous.

Just look what happened in the US in the last month or two. Can you imagine trying to mine in a full spacesuit where the slightest puncture would be game over?

What would you do when your equipment breaks down? You can't exactly call in a repairman.
I actually think it would be less dangeous.The 3-He that there looking for is from the suns cosmic waves which would mean that it's closer to the surface and They are already craters on the moon which would make it easier to stirp mine which probally be the safiest way of mining on the moon.What would do instead wearing spacesuit when stirp mining is that build somthing like those things that use to clean window on tall buildings with make so that you can have oxygen in that would be a lot easier to move with then a spacesuit.
 
  • #17
enigma said:
Well, there isn't that much there... plus it would be extremely costly and dangerous.

Just look what happened in the US in the last month or two. Can you imagine trying to mine in a full spacesuit where the slightest puncture would be game over?/QUOTE]


Why do you assume they would use humans?
 
  • #18
JasonRox said:
What's up with all the negative comments?

If actually plans on doing this, LET HIM!

Who is he going to hire? Well, scientist and engineers found on this website and around the world.

If he's going to create jobs for us, shut the hell up.


...if you want to go to russia and be owned by the company and the mob be my guest.
 
  • #19
moose said:
enigma said:
Well, there isn't that much there... plus it would be extremely costly and dangerous.

Just look what happened in the US in the last month or two. Can you imagine trying to mine in a full spacesuit where the slightest puncture would be game over?


Why do you assume they would use humans?

Because of the date listed. Even if humans don't do the digging, they'd still need to do the maintanence.
 
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  • #20
scott1 said:
I actually think it would be less dangeous.

There are mine accidents even in strip mines. They're just not typically fatal.

On the moon, things get a lot trickier.
 
  • #21
enigma said:
There are mine accidents even in strip mines. They're just not typically fatal.

On the moon, things get a lot trickier.
The miners on the moon whould be a lot better trained then the ones here.The miners in west virgina were guys who had only a few weeks of training and probally they didn't a collage degree.The miners on the moon would probally be a lot better trained(Astronuts have about two years of training) and they would probally have a collage degree.The company would probally spend a lot more money keeping there miners.There investors in stock market are porbally thinking right now that this is very crazy and stupid idea to go mine on the moon.if a mine accident happens on the moon there probally be lawsuits and more government regulations on luner mining which make the companys stocks go down and if they do need workers to work in the mine so there going to have to make sure that miners are safe inorder get them to work(I wonder what stirke would be like in space)
But I don't think would safer and if it is safer won't be too much.
 
  • #22
do we have a spell checker on this site? we should really think about getting one if not.
 

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