Space

Our technology for a more profitable and sustainable space exploration

By harnessing solar energy, we can provide a solution today to the energy-intensive needs of space resources processes for extracting water, oxygen, and metals from lunar regolith.

Our technology for a more profitable and sustainable space exploration

By harnessing solar energy, we can provide a solution today to the energy-intensive needs of space resources processes for extracting water, oxygen, and metals from lunar regolith.

Water

The sun's energy reflected directly from the illuminated peaks in the polar craters of the Moon provides solutions to power rovers and extract ice trapped in the regolith.

Oxygen and Metals

Extraction processes like molten salt electrolysis (FFC) or pyrolysis require continuous temperatures above 900°C. Using direct solar thermal energy provides a solution to power the reactors of future oxygen and metal production units on the Moon.

Asteroids

Tomorrow, our energy management technology will open the door to regolith pyrolysis and the extraction of oxygen and valuable metal resources, which can be used in-situ or brought back to Earth.

Our Success Project

Services & Solutions For Industry

Expanding The Solar Supply Chain Finance

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New Public Attitude Tracker Towards Energy

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Smarter Ways to Manage EV Infrastructures

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Environmental Impacts of Natural Energy

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What Does the Future Hold for Energy?

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Addressing Wind Energy Innovation Challenges

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Environmental Impacts of Natural Energy

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What Does the Future Hold for Energy?

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Addressing Wind Energy Innovation Challenges

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Composition of the lunar regolith

The resources present in the lunar regolith can be used for the production of fuel, the design of lunar infrastructures, or for the manufacture of solar panels. The average composition of regolith is as follows:

Oxygen
42%
Silicon
21%
Iron
13%
Others (Ca, Al, Mg…)
24%

Mission and Vision

Streamlining Space Exploration for Sustainability

Client Inquries

Related Questions

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Save The Planet By Using Renewable Energy

CO2 sequestration

Recognized by the IPCC is one of the solutions to climate change, the creation of one ton of biochar enables the sequestration of three tons of CO2 over centuries. By heating it to high temperatures without oxygen, the CO2 captured by biomass during its life is stored long-term.
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