碳基能源转化利用的催化科学战略研究

Modern revolution of science and technology has promoted industrial revolution and by facilitating the development in biotechnology, information technology and energy, led to a significant change in the global industry. Such changes have brought new opportunities for the development of our country, as well as posing new challenges to China's energy technology. This project intends to organize experts from different backgrounds, including chemical, physical, biological, material and information, and focuses on catalytic science in carbon-based energy. Staring from basic sciences to encourage the integration of research in multiple fields in chemical, physical, material and other subjects, the project aims to propose new concepts, develop new methods, synthesize new materials, and achieve the innovation of catalytic processes. The project focuses on solving key problems in the direct, nonoxidative conversion of coal and natural gas, the direct conversion of syngas, and carbon dioxide utilization and promoting industrial revolution for carbon-based energy to achieve low-water consumption, low emissions and high efficiency. The project will produce a high level research team with reasonable structure, train a group of outstanding young scholars, specializing in theoretical and experimental scientific research, and thus enhance our international competitiveness in this area.

现代科技革命推动了产业变革，在新的生物技术、信息技术、能源技术的发展使全球产业业态发生了重大的变化，在这样的变革中为我国的发展带来了新的机遇，对我国能源技术提出了新的挑战。本项目拟组织化学、物理、生物、材料、信息等不同学科背景的专家，聚焦碳基能源转化利用过程中的催化科学展开研讨，从基础入手，通过化学、物理、材料等多学科和多领域的交叉，提出新概念、发展新方法、创制新材料，实现催化过程和工艺的创新，着重解决煤和天然气非氧转化、合成气直接转化、二氧化碳高效和高值利用等过程的关键问题，推动碳基能源的产业革命，实现低耗水、低二氧化碳排放和高效率。着力从源头上解决我国碳基能源利用的关键科学问题。造就出一支高水平、结构合理的研究队伍，培养一批精于理论和实验科学研究的优秀青年学者，大力提升我国在这一领域的竞争力和国际地位。