For commercial human spaceflight, application of this technology will be of great importance to commercial Low Earth Orbit destination provides such as Bigelow Aerospace. Again, creating and utilizing a water-based economy will be of great importance to keep launch costs and overall operational costs at a minimum. ORBITEC is the primary life support system provider for Bigelow Aerospace and envisions that the H2Gen system would be a great addition to their inflatable ECLSS. Terrestrially, the proposed technology has the ability to produce a fuel (hydrogen) from a fossil fuel (methane). Creating an economy based on hydrogen fuel has been a primary goal of society throughout the past decade. Primarily, this technology could be useful in the fledgling hydrogen fuel cell markets such as propulsion technologies, backup power units, and vehicular transport and auxiliary power units.
As the future of manned spaceflight will depend on creating and utilizing a water-based economy, this technology will ultimately benefit NASA human spaceflight as it will assist in closing the water resource loop by recovering additional water (when used with the Sabatier system) from waste resources for all long-duration manned missions. This technology will not only support future long-duration objectives such as lunar surface, Mars transit, and Mars surface missions, but with the extension of the ISS operation, the H2Gen system could be employed on the ISS and used with the existing Sabatier system. Additionally, if hydrogen is a desired propellant for a Mars mission, this technology could be used with a Sabatier to convert Martian atmospheric carbon dioxide into hydrogen fuel.
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