Planetary Resources, a new player in the commercial space industry, is backed by a host of tech and aerospace luminaries with an integrated personal net worth on the far side of US$30 billion. A press release from the company hints that it will look to establish asteroid mining operations in space.
The President and Chief Engineer of the new company is Chris Lewicki, president of Arkyd Astronautics and former NASA Phoenix Mars Lander mission manager. A press release states, "the company will overlay two critical sectors – space exploration and natural resources – to add trillions of dollars to the global GDP. This innovative start-up will create a new industry and a new definition of natural resources."
Various Internet sources speculate, based on this statement, the name of the company, and the past interests of some of the officers and investors, that Planetary Resources will be aiming toward asteroid mining, probably with a strong robotic slant. Some types of asteroids are profligate ores of the noble metals, such as gold, platinum, iridium, and rhodium, and thus ripe for exploitation.
The investors and advisers associated with Planetary Resources include:
- Larry Page - Google
All will be revealed on Tuesday, April 24, 2012, when Planetary Resources will hold an inaugural press conference and presentations. Gizmag will cover this press conference and publish an extended article in which their plans and goals will be laid out.
Source: Planetary Resources via Technology Review
If we assume $10000 per kg cost to orbit and a 1500kg craft it will cost $15000000 to put it into space. A 747-8F: costs US$333.5 million the space craft will cost less. So lets assume a cost of $348500000 and a price of gold of $1500 troy ounce or $48225 per kg you will make a profit at 8 m tons of gold. And you will still have your space craft.
The asteroids have easier access to the high value ores that this company is looking to mine and the mine and smelting waste can be used as reaction mass in a variety of rocket designs.
Platinum and friends are awesome catalysts. A dip in price here on earth from a significant influx of new resources would open up higher efficiency tech in a lot of chemical areas. Fuel cells for instance.