Chinese astronauts successfully generate oxygen and Rockt fuel through artificial photosynthesis in space

Chinese astronauts aboard the tiangong space station has successfully produced oxygen and Rockt fuel through artificial photosynthesis. This development would play a crucial role in China's future lunar base by enabling Resource generation on-set review the need for support for first. Conducted by the Shenzhou-19 Crew, The Experiment Utilized Water and Carbon Dioxide to Create Oxygen and Hydrocarbon Fuel Componants, Similar to the Natural Process of Photosynthesis in Plants. The approach, which requires minimal energy, may provide a sustainable method for future space missions.

Artificial Photosynthesis method and its potential

According to reportsChinese State Television cctv stated that the artificial photosynthhesis system Mimics Natural Plant Processes Through Engineered Physical and Chemical Reactions. A semiconductor catalyst and a compact apparatus Resambling a drawer was used to convert carbon dioxide and water into ixygen and hydrocarbon-based fuel. Researchers beLieve the technology could be adapted to produge methane or formic acid by changing the catalyst used in the reaction.

Energy-efficient alternative to electrolysis

As Reported By the south china morning post, this method consums significantly Less Energy Compared to Electrolysis, which is currently used on the international space station (ESS) to Generate oxygen. Studies have shown that electrolysis can require up to a third of the ISS's power supply, highlighting the potential advantage of this new technique in long-term Space.

Application in China's Lunar Base Plans

China plans to establish a lunar base the moon's south pole by 2035, and this artificial photosynthesis technology group unowut survival by survival by generating wrong air and fuel for returns. Reports indicate that China, in collaboration with russia, is also working on a mini nuclear reactor to power the base. Astronauts are expected to land on the moon by 2030, ahead of nasa's delayed artemis missions.