This project will develop a trash gasification reactor to generate CO2 and water that can be used for in situ synthesis of propellants. The ability to convert trash to propellants is critical to the success of long term space missions. As yet no technologies have been developed that meet all of the demanding criteria required by such a process, and our low temperature trash gasification reactor is critical to such missions. A successful Phase II project will lead to Phase III support for the development of flightweight hardware.
Agencies and communities other than NASA also need to reuse or recycle trash and sterilize water and medical equipment, which can be accomplished with ozone. The Army needs portable systems to eliminate trash and purify grey water for reuse. Ozone can also effectively remove organic contaminants from surfaces that would have once been cleaned with chlorocarbons and chlorofluorocarbons; materials now banned from use. For example, ozone can be used to clean hydrocarbons from semiconductors, magnetic disks, medical devices, flight hardware, etc. which would be damaged by high temperature cleaning processes.
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