密歇根大学研究人员创建了高效的人工光合作用系统,将二氧化碳和水转化为用于塑料生产的乙烯。 University of Michigan researchers create efficient artificial photosynthesis system converting CO2 and water to ethylene for plastic production.

密歇根大学的研究人员建立了一个先进的人工光合作用系统,将二氧化碳和水转化为乙烯,作为塑料的关键成分。 Researchers at the University of Michigan have created an advanced artificial photosynthesis system that converts carbon dioxide and water into ethylene, a key ingredient for plastics. 新系统在效率、产量和耐久性方面优于现有技术,运行116小时而不降解。 This new system outperforms existing technologies in efficiency, yield, and durability, operating for 116 hours without degradation. 长期目标是利用这一技术,利用太阳能生产可持续的液体燃料。 The long-term aim is to leverage this technology to produce sustainable liquid fuels from solar energy.