Metal resource extraction is the process of extracting and refining natural resources. From the Copper age to Bronze age and Iron age, humanity has tracked its technological progress through its ability to extract different metals from ores. New resource extraction processes are discovered once a century. Currently, the vast majority of resource extraction on earth utilizes
chemical reactions to separate metals from ore. However, these reactions cause pollution and emits gasses, such as carbon dioxide. And for space applications, these reactions require consumable chemicals which incur mass and thus cost. Lunar Resources set out to develop new industrial processes using pulsed power through the implementation of the Helix Driver.
Lunar Resources new resource extraction processes leverages the Helix Drivers ultra-high energy out to eliminate chemical reagents from resource extraction processes. The technology heats, melts and separates ore into their constituent elements. The process has demonstrated extraction of iron, aluminum, silicon, and magnesium from ores, martian regolith, and lunar regolith.
Our technology revolutionizes metals production through elimination of greenhouse gas
emissions. Using the Helix Driver, Lunar Resources’ resource extraction process eliminates
chemical reagents enabling sustainable, energy efficient process to produce high-purity metals.
The Helix Driver energy efficiency and power flexibility enables low-cost electrolytic-grades metals production. Green iron can be produced at pig iron prices, electrolytic metal is produced at equivalent costs of industrial metal grade metal, and alloying of metals becomes less than current methods.
Our resource extraction process enables the extraction of metals from nearly any type of ore quality. From regolith with a diverse composition of metal oxides to high concentration ore, the Helix Driver enables Lunar Resources new resource extraction process to refine nearly any type of ore.
Lunar Resources extraction process is deployed on a range of ores and regoliths to extract metals from metal oxides. The process has demonstrated extraction of iron, aluminum, silicon and magnesium. We are exploring extracting a new set of metals on earth and in space with our technology.
Our advanced resource extraction process harnesses cutting-edge technology to efficiently isolate valuable elements directly from lunar or Martian soil. Using the Helix Driver’s powerful pulsed energy, we transform raw regolith into essential materials through a precise, high-temperature separation process. This revolutionary method allows for the sustainable production of resources needed for construction, life support, and energy, making off-world independence more attainable than ever.
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Our technology sets a new standard in efficiency and performance, offering industry-leading results that consistently outpace competitors in cost-effectiveness and productivity.
increase in specific energy compared to the next highest performing capacitor
Energy
Regolith Processed (KG)
of magnitude compared to the next highest performing capacitor
Yield
System Mass
of magnitude compared to the next highest performing capacitor
Dollar ($)
Kilogram (KG)