Tag

Metal Extraction

All articles tagged with #metal extraction

Microbes on a Meteorite in Orbit Point to New Path for Space Mining
science24 days ago

Microbes on a Meteorite in Orbit Point to New Path for Space Mining

Astronauts on the ISS hosted a BioAsteroid experiment where bacteria and a fungus leached metals from crushed meteorite fragments for 19 days. After return to Earth, 18 elements were found to be released, with the fungus producing more carboxylic acids in microgravity to aid dissolution. The microbes stayed active and stable in space, suggesting biology could help future space resource extraction and support life systems beyond Earth.

"Environmental Concerns Propel Innovative Asteroid Mining Techniques"
science-and-technology2 years ago

"Environmental Concerns Propel Innovative Asteroid Mining Techniques"

Scientists have developed a new method to extract metals from asteroids using deep eutectic solvents. In a study, researchers conducted catalytic dissolution experiments on meteorite proxies of metal-rich asteroids, successfully solubilizing metals using non-aqueous deep eutectic solvents. This method has the potential to provide a local source of materials for establishing human settlements in space and reducing the mass, cost, and environmental constraints of space missions. The study also identified valuable metals such as platinum group metals, iron, nickel, and cobalt in near-Earth asteroids, highlighting the potential for asteroid mining as a viable economic activity in the future.

Airbus' Lunar Regolith System Extracts Oxygen and Metal.
space2 years ago

Airbus' Lunar Regolith System Extracts Oxygen and Metal.

Airbus has developed the Regolith to OXYgen and Metals Conversion (ROXY) system, which extracts oxygen and metals from lunar regolith. The process is environmentally friendly and can be used to manufacture tools, equipment, and structures on the Moon. ROXY is a collaboration between Airbus, various universities, and other companies. The technology has potential implications for future lunar exploration missions and could be used to support billions of people on the Moon.