【中国新闻网】突破人工光合作用瓶颈 中国团队研发出二氧化碳规模化转化新方案

Core Insights - The research team from the Institute of Earth Environment, Chinese Academy of Sciences, has developed a universal strategy for the synergistic conversion of carbon dioxide and water, inspired by photosynthesis, to support clean energy and carbon neutrality goals [1][5]. Group 1: Research and Development - The team has innovatively designed an electronic storage pathway that mimics the physiological mechanism of plants storing light-generated electrons, allowing for precise control over the reaction rates and extent of carbon dioxide and water [4]. - A silver-modified tungsten trioxide material with electronic storage capabilities was successfully constructed, which, when combined with cobalt phthalocyanine, demonstrated nearly a hundredfold increase in carbon dioxide conversion efficiency compared to pure cobalt phthalocyanine [4]. Group 2: Practical Applications - The new approach operates stably under natural light conditions, providing a feasible technical pathway for the large-scale conversion of carbon dioxide into clean energy sources such as carbon monoxide and methane [4]. - The research highlights the potential for creating various structurally adaptable composite catalyst systems based on actual needs, showcasing the universal applicability and practicality of the developed solution [4].