Chinese astronauts aboard the Tiangong space station have successfully produced rocket fuel using a novel 'artificial photosynthesis' process. By employing semiconductor catalysts, they converted carbon dioxide and water into oxygen and ethylene, both vital for space exploration. This technique significantly differs from energy-intensive methods like electrolysis, as it operates at room temperature and standard atmospheric pressure. The experiment holds promise for future interplanetary missions, as it could enable the production of breathable air and fuel from local resources, enhancing human survivability in outer space.
The technology mimics natural photosynthesis, utilizing carbon dioxide in confined spaces to produce oxygen and carbon-based fuels, crucial for future interplanetary travel.
This technology is expected to provide critical support for human survival and exploration in outer space, paving the way for sustainable living on distant planets.
#space-exploration #rocket-fuel #artificial-photosynthesis #tiangong-space-station #in-situ-resource-utilization
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