可持续发展
航空
机制(生物学)
温室气体
相(物质)
工程类
业务
钥匙(锁)
催化作用
环境经济学
中立
过程管理
环境规划
系统工程
碳中和
管理科学
纳米技术
开发(拓扑)
碳纤维
政治学
环境资源管理
作者
Ruonan Zhang,Shunan Zhang,Hangqing Lin,Hui Zhan,Zhixin Wang,Li X,H W Wang
摘要
and green hydrogen, which aligns with the sustainable development goal of reducing greenhouse gas emissions. This strategy is poised to make significantly contributions towards achieving carbon neutrality in the aviation industry. Compared with the development of HEFA, FT and AtJ technologies, PtL remains in the nascent phase of laboratory exploration and development, with a lack of systematic analyses and summaries of the reaction mechanism and key catalyst research. Therefore, in this paper, we summarize the progress in understanding of the reaction mechanism and catalyst research for PtL SAF technology. We further dissect the impact of catalyst design and modulation on catalytic performance, aiming to offer insights and inspiration for the future development of cutting-edge catalysts in this domain.
科研通智能强力驱动
Strongly Powered by AbleSci AI