Energy Firm Wants To Be First To Mine the Moon

coondoggie writes "By 2020, the Shackleton Energy Company says it intends to be operating the world's first lunar base and propellant depot for all manner of spacecraft. Shackleton stated that after a phase of robotic prospecting, its crews will establish the infrastructure in space and basecamps in the lunar polar crater regions to supervise industrial machinery for mining, processing and transporting lunar products to market in Low Earth Orbit and beyond. The company said it will use a mix of industrial astronauts and advanced robotic systems to provide a strategically-assured, continuous supply of propellants for spacecraft."

Comments

Re:Assimo

[GameboyRMH]

Honda's demonstration robot is Asimo. Assimo, I'm guessing, will be one of the first mass-produced fembot sex toys.

Moon movie?

[CodingHero]

My prediction: http://en.wikipedia.org/wiki/Moon_(film)

Re:Moon movie?

[orphiuchus]

Damn, you beat me to it. Everyone needs to see that movie, its fantastic.

Re:Moon movie?

[thomst]

Here's the part of Bill Stone's TED talk that details Shackleton's plans.

Also plans to be emperor of Earth

[jandrese]

2020? These guys are either nuts or lying, maybe both. If they're not just total crackpots, then this is probably just trolling for VC dollars like that stupid flying car thing.

Re:Also plans to be emperor of Earth

[jandrese]

One minor hurdle will be designing and building a launch system capable of putting enough mass on the moon to actually start mining. The though that it could be done in 8 years is frankly laughable, even if these guys did have money and a workable plan.

If they were maybe shooting for 2120 I could take them slightly more seriously. Even the Apollo program needed 9 years, and they were just putting a couple of guys on the moon for a brief landing. They weren't trying to build infrastructure.

The economics don't even make sense. Who are they going to sell it to? Themselves? There aren't any plans for manned missions beyond earth orbit (G. W. Bush's Mars fantasies not withstanding) so there isn't even a customer for this. It's total lunacy (pun intended).

Re:Also plans to be emperor of Earth

[Un pobre guey]

Again with the moronic Columbus meme. If Columbus was like NASA he would have sailed around in circles about a mile and a half from port (the equivalent of LEO), for the rest of his life because there was not enough money in the world to send three ships full of crew and supplies to occupy another continent (the moon, Mars, whatever). It is a stupid analogy. Columbus took ships of the sort that already existed by the hundred, with trained crew available by the thousand, using techniques that had been used and refined over thousands of years, on a journey that required no artificial atmosphere, no fuel, and no shielding from radiation, just to mention a few of the colossal costs he did not have to face. Going into space is a whole different ballgame. The "nay sayers" you mention are probably those who correctly point out that your childish fantasies about space exploration are little more than sci fi space adventure magical religious cultism. Manned space missions restrict space exploration, they don't promote it.

Lest you have the standard knee-jerk reaction and whine about me being a Luddite or anti-space exploration, here is my take.

Interesting but ...

[arthurpaliden]

How have they solved the problem of the abrasive Moon dust? It is really hard on bearings and even worse on lungs.

Re:Interesting but ...

[0123456]

Use sealed bearings and don't breath the lunar atmosphere?

The latter is tricky when it sticks to just about everything. The only simple solution I've seen proposed is to use space suits that 'dock' with the habitat (i.e. you back up to an airlock, latch to it and climb out of the suit) rather than suits you put on or remove inside the habitat.

Re:Interesting but ...

[0123456]

I think the latter would be tricky because, practically speaking, the lunar atmosphere is a vacuum.

Good luck breathing vacuum.

Which part of 'the dust sticks to just about everything' is proving hard to understand? The Apollo astronauts said that the LEM's interior was covered in dust after a few spacewalks and smelled like gunpowder because they were breathing it in all the time after it fell off their dust-covered suits. They also had to continually clean it off the Lunar Rover's radiator so it wouldn't overheat.

This is one of the biggest problems with living on the Moon, not a silly joke.

Re:Interesting but ...

[MozeeToby]

The moon buggy didn't have to work for very long, and even then it had serious issues with abrasive dust. They almost had to abort the use of the buggy on one mission because the fender got snapped off, which would have caused dust to fly everywhere (duct tape saved the day though). The dust on the moon hasn't been worn into relatively smooth shapes by thousands of years of erosion. It's sharp edged, extremely fine particles that gets everywhere. The buggies wouldn't have been operational after a month of activity on the surface, let alone the years it will take to develop an infrastructure on the surface of the moon.

Re:Interesting but ...

[Jeng]

http://www.sciencedaily.com/releases/2008/09/080924191552.htm

The trouble with moon dust stems from the strange properties of lunar soil. The powdery grey dirt is formed by micrometeorite impacts which pulverize local rocks into fine particles. The energy from these collisions melts the dirt into vapor that cools and condenses on soil particles, coating them in a glassy shell.

These particles can wreak havoc on space suits and other equipment. During the Apollo 17 mission, for example, crewmembers Harrison âoeJackâ Schmitt and Gene Cernan had trouble moving their arms during moonwalks because dust had gummed up the joints. âoeThe dust was so abrasive that it actually wore through three layers of Kevlar-like material on Jackâ(TM)s boot,â Taylor says.

To make matters worse, lunar dust suffers from a terrible case of static cling. UV rays drive electrons out of lunar dust by day, while the solar wind bombards it with electrons by night. Cleaning the resulting charged particles with wet-wipes only makes them cling harder to camera lenses and helmet visors. Mian Abbas of the National Space Science and Technology Center in Huntsville, Alabama, will discuss electrostatic charging on the moon and how dust circulates in lunar skies.

Luckily, lunar dust is also susceptible to magnets. Tiny specks of metallic iron (Fe0) are embedded in each dust particleâ(TM)s glassy shell. Taylor has designed a magnetic filter to pull dust from the air, as well as a âoedust suckerâ that uses magnets in place of a vacuum. He has also discovered that microwaves melt lunar soil in less time than it takes to boil a cup of tea. He envisions a vehicle that could microwave lunar surfaces into roads and landing pads as it drives, and a device to melt soil over lunar modules to provide insulation against space radiation. The heating process can also produce oxygen for breathing.

Who owns the moon?

[ugen]

So who owns the moon? I mean - will they have mineral rights licensed from someone? And is there an agreement as to who that might be? Sounds like a casus belli brewing.

Wow...oh, wait. Nevermind

[codepigeon]

I was excited about this, until I went to their "website". http://www.shackletonenergy.com/

First interplanetary commercial venture

[P-niiice]

TV: "In 2020 we'll land privately-owned vvehicles on the moon-"

Viewer:"Yaaaaaaaay"

TV" "-in order to rape its resources."

Viewer: "fuuuuuuuck"

Comment removed

[account_deleted]

Comment removed based on user account deletion

Re:Assimo

[Anonymous Coward]

Assimo will be mining Uranus.

Re:I only hope...

[dkleinsc]

Actually, there are 2 moon bases, or moon units: Moon Unit Alpha and Moon Unit Zappa.

Re:I only hope...

[Oswald McWeany]

I'm planning an occupy Moon Unit Zappa movement.

Re:riding the gravy train

[Teancum]

It isn't just the deep connections that these guys have with NASA and elements of the space industry. It is the fact that they have already done several projects for NASA and other federal agencies, as well as some private foundation grants and even some work with for-profit companies. This TED talk shows some of the more impressive things that Bill Stone (one of the major investors in Shackleton Energy) has done and at least one other crazy off-the-wall idea that has a real shot at being built some time in the future.

This is a very legitimate group and of anybody who says they might be able to get to the Moon and make a profit off of what they are doing on the Moon, these guys would be it. The market for propellant from a location near the Moon would certainly be a valuable market, considering that a 1 liter bottle of water currently costs about $20,000 just to get it there with current rockets.

In this case, while I'm sure that they wouldn't mind having NASA/USAF/NRO/ESA/Roscosmos/JAXA as customers, there might be some other potential customers for their product as well. It isn't purely for government contracts. It does take a different attitude about how you go about launching stuff into space, however.

Re:riding the gravy train

[Jeng]

They don't look too legitimate if you check out their website.

http://www.shackletonenergy.com/

Re:riding the gravy train

[Teancum]

Yes, the page looks shaky, but the people involved are real. Their marketing and website may leave a bit to the imagination, but they have some real engineers and folks who know what they are doing along with access to capital resources to get at least some major projects completed.

The problem here is that none of the guys involved are millionaires/billionaires like Richard Branson, Elon Musk, or Jeff Bezos. Sadly, it will take somebody like that before these guys get much put together, so I'll admit it is a long shot at best. From a technical viewpoint, however, they certainly could get the job done if anybody can get it done.

Why they are going the route of the "donation" method to get something going is something I won't understand. For myself, I wish they would get rid of the silly little side projects like that, but there are others who have tried that route before. Sadly, I have never seen a project get built using that sort of financial model, at least in terms of rocketry or much of anything that dealt with devices that spent a prolonged period of time in space. The closest I can imagine that has been involved with projects on a similar scale is the Amsat satellites put up by amateur radio operators. There is also Team FREDNET who has been trying to compete with the Google Lunar X-Prize competition, who at the moment seem more likely to get something to the Moon before Shackleton Energy at least in terms of the resources being offered.

Still, this isn't a group that I would call a bunch of scam artists, but rather dreamers and wishful thinkers. If you really did want to go to the Moon, they would be the ones to make it happen.

2020?

[Un pobre guey]

If they insist on human astronauts they can kiss it all goodbye right now. If they focus on exclusively robotic missions for the first 20 years or so, they can very likely have several missions under their belt and a minimal active presence in at least one lunar surface operation by 2020. All they need is half a dozen autonomous or semi-autonomous mining machines and a logistics and material support setup to start getting a little work going. Nothing a couple dozen or so Titans and Deltas couldn't manage. One rocket lifts the cargo to LEO, another lifts the vehicle to transport it the rest of the way. Do that a dozen or so times and you've got a robotic moon base. I would bet $20 that they can get at least one or two such missions in by 2020. The absence of humans has the potential of making it lean, fast, and effective.

My main concern is that no taxpayer subsidies be involved. If they want to set up their vast lunar mining industry, fine. Don't expect me to pay for even a tiny bit of it so that a handful of rich assholes can bask in luxury and privilege. VCs should fund all of it.