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The Biological CO_2 Fixation and Utilization Project by RITE(l) - Highly-effective Photobioreactor System -

机译:RITE(l)-高效的光生物反应器系统对生物CO_2的固定与利用项目-

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This paper reports on the development of highly efficient photobioreactor system for the fixation of CO_2 from LNG thermal power plant. Nine types of photobioreactor has been developed as part of a study for developing a technology for biological CO_2 fixation. Using new types of photobioreactor, Chlorella sp. UK-001 cultured under a cycle of 10 hours irradiation and 14 hours of darkness, attaining a CO_2 fixation rate almost ten times that of tree. We also developed the sunlight collection and transmission system with high efficiency. In the process development of biomass to useful substances, the extraction of liquid fuel from Botryococcus sp. and the applicability of algae as a filler such as for plastics are also described.
机译:本文报道了用于固定LNG热电厂CO_2的高效光生物反应器系统的开发。已经开发了九种类型的光生物反应器,作为开发生物CO_2固定技术的研究的一部分。使用新型的光生物反应器,小球藻。 UK-001在辐射10小时和黑暗14小时的条件下进行培养,其CO_2固定率几乎是树木的10倍。我们还开发了高效的阳光收集和传输系统。在将生物质转化为有用物质的过程中,从葡萄球菌中提取液体燃料。还描述了藻类作为填料的用途,例如用于塑料。

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