Research progress on application of microalgae decarburization technology in carbon emission reduction of coal-fired power

doi:10.16085/j.issn.1000-6613.2016.s2.062

Abstract

Abstract: An overview of the current situation of coal electrical carbon emissions and the technology of carbon reduction from flue gas,described the research of microalgae cultivation to capture CO₂ from strain selection,the development of photoreactor,the exploration of industrial mode,plate type,the applicability of plate type,tubular type,vertical column type bioreactor for engineering application are analyzed and compared,and probes into the commercial model of microalgae carbon sequestration by combining CO₂ emission reduction in flue gas,wastewater treatment,microalgae for energy and products and finally have a prospect of engineering application in the future research.

Key words: microalgae, CO₂ fixation, coal-fired power, carbon emissions reduction, flat plate photobioreactor

摘要： 概述了煤电碳排放及烟气碳减排技术发展现状，从藻种选育、光反应器开发、产业化模式探索三方面阐述了微藻固碳技术的研究进展，分析对比了平板式、管式、垂直柱式光生物反应器的工程化应用的适用性，进一步探讨了耦合烟气减排、污水处理、微藻能源和藻体大宗产品的微藻商业化减排模式，展望微藻固碳在煤电减排工程化应用中广阔的前景。

关键词: 微藻, CO₂固定, 煤电, 碳减排, 平板光生物反应器

CLC Number:

X773

LI Xiongfeng, LI Qingyi, HU Daqing, ZHAO Jinlong, LI Li. Research progress on application of microalgae decarburization technology in carbon emission reduction of coal-fired power[J]. Chemical Industry and Engineering Progree, 2016, 35(S2): 347-351.

厉雄峰, 李清毅, 胡达清, 赵金龙, 李立. 微藻生物固碳法在煤电碳减排应用的研究进展[J]. 化工进展, 2016, 35(S2): 347-351.

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