摘要
从制氢机理、工艺流程以及存在问题和发展前景等方面介绍了目前生物质制氢最为主要的两种方法--热化学制氢法和微生物转化制氢法。在对比了解了几种制氢方法后,发现生物质制氢技术最为高效环保,既能优化我国的燃料结构、改善大气污染状况,同时又能减少目前出现的不合理利用方式所带来的二次污染。
The two main methods of hydrogen production from biomass, thermo chemical hydrogen production and microbial transformation hydrogen production, are introduced from the aspects of hydrogen production mechanism, process flow, existing problems and development prospects. After comparing and understanding several hydrogen production methods, it is found that biomass hydrogen production technology is the most efficient and environmentally friendly, which can not only optimize China’s fuel structure and improve the air pollution situation, but also reduce the secondary pollution caused by the unreasonable utilization methods.
作者
罗冰
周燕文
余波
肖润
杨超
Luo Bing;Zhou Yanwen;Yu Bo;Xiao Run;Yang Chao(City College,Southwest University of Science and Technology,Sichuan,Mianyang,621000)
出处
《陶瓷》
CAS
2019年第12期23-28,共6页
Ceramics
基金
新能源科学与工程学科建设项目(项目编号:2019XKJS03)
校级科研项目(项目编号:2019XJXM33)
关键词
生物质能源
制氢技术
热化学制氢法
微生物转化制氢法
Biomass energy
Hydrogen production technology
Thermo chemical hydrogen production process
Hydrogen production by microbial transformation
