能源研究与管理
能源研究與管理
능원연구여관리
JIANGXI ENERGY
2014年
2期
4-7
,共4页
微藻%资源化%碳减排%生物柴油
微藻%資源化%碳減排%生物柴油
미조%자원화%탄감배%생물시유
carbon emission reduction%microalgae utilization%CO2 fixation%renewable resources
微藻具有光合效率高、零净碳值、生长周期短、易培养、油含量高等优点，是一种极具前景的生物柴油原料。将微藻资源化利用与碳减排耦合的微藻生物柴油技术研究已受到政府和企业的广泛关注。综述了微藻高效固定CO2技术中微藻种类的筛选、培育、生长反应器及其系统的开发，微藻资源化利用的技术种类，展望了基于微藻资源化利用的碳减排技术的发展前景。
微藻具有光閤效率高、零淨碳值、生長週期短、易培養、油含量高等優點，是一種極具前景的生物柴油原料。將微藻資源化利用與碳減排耦閤的微藻生物柴油技術研究已受到政府和企業的廣汎關註。綜述瞭微藻高效固定CO2技術中微藻種類的篩選、培育、生長反應器及其繫統的開髮，微藻資源化利用的技術種類，展望瞭基于微藻資源化利用的碳減排技術的髮展前景。
미조구유광합효솔고、령정탄치、생장주기단、역배양、유함량고등우점，시일충겁구전경적생물시유원료。장미조자원화이용여탄감배우합적미조생물시유기술연구이수도정부화기업적엄범관주。종술료미조고효고정CO2기술중미조충류적사선、배육、생장반응기급기계통적개발，미조자원화이용적기술충류，전망료기우미조자원화이용적탄감배기술적발전전경。
Microalgae is one of the promising biodiesel resources, which possesses some merits, for example, higher photosynthesis rates, zero net carbon, shorter growth cycle, easy to feed, high content of oil, etc. Microalgae biodiesel has attracted a lot of attention based on the couple of utilization of microalgae and its fixation of CO 2. The literature of the filtration, cultivation and the reactor development of the microalgae technology, and the microalgae utilization technology were reviewed. Finally, perspectives of the microalgae biodiesel technique were also discussed.
