摘要
分析了藻类制取生物燃料的优点和实现产业化存在的突出问题,从提高养殖浓度、养殖易于收割的大型藻类、开发适合加工高含水量藻类的工艺三个方面提出了研究开发的思路,认为利用烟气中的CO2养殖油藻可以把减排CO2与提高油藻养殖浓度有机地结合;养殖大型海藻生产生物燃料;厌氧发酵法将藻类转化为生物燃料是高效、可行的技术路线。
The article explains the thoughts on how to achieve efficient and cost-effective bio-energy production from algae,analyzing the technologies regarding how to raise the algae concentration,cultivate large and easy-to-harvest algae and the technology for the processing of high-water-content algae.The author believes that CO2 in the flue gas can effectively enhance the algae concentration while cutting CO2 emission and that bio-energy production from large algae is a feasible technology.The author also believes anaerobic fermentation is an efficient and feasible way for bio-energy conversion from algae.
出处
《化工进展》
EI
CAS
CSCD
北大核心
2012年第4期807-812,851,共7页
Chemical Industry and Engineering Progress
关键词
藻类
醇类
厌氧发酵
CO2减排
algae
alcohols
anaerobic fermentation
CO2 reduction
