生物法脱除烟气中SO2工艺的研究

Xin Xin Liu; Yong Hong Hu

doi:10.16606/j.cnki.issn0253-4320.2020.S.054

生物法脱除烟气中SO₂工艺的研究

Translated title of the contribution: Research on process to remove SO₂ from flue gas by biological method

Xin Xin Liu, Yong Hong Hu

COLLEGE OF FOOD SCIENCE AND LIGHT INDUSTRY

Nanjing Tech University

Research output: Contribution to journal › Article › peer-review

Abstract

SO₂ removal experiment is conducted on a biological desulfurization simulation device.The results show that temperature has a significant effect on the system's desulfurization efficiency,with a maximum efficiency appearing at around 30℃.As the concentration of inlet gas increases,the desulfurization load of the biological desulfurization system increases gradually,and the desulfurization efficiency is decreasing continuously.As the ratio of gas-liquid increases,the absorption efficiency drops,and the optimal gas-liquid ratio is 30:1.Desulfurization efficiency and sulfate yield both increase with the increasing aeration,and sulfur yield increases first and decreases then with the increase of aeration.Controlling ORP value can improve effectively the yield of elemental sulfur.The generation rate of elemental sulfur can exceed 91.5% when ORP is controlled between -300 mV and -200 mV.

Translated title of the contribution	Research on process to remove SO₂ from flue gas by biological method
Original language	Chinese (Traditional)
Pages (from-to)	246-249
Number of pages	4
Journal	Xiandai Huagong/Modern Chemical Industry
Volume	40
DOIs	https://doi.org/10.16606/j.cnki.issn0253-4320.2020.S.054
State	Published - 30 Oct 2020

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10.16606/j.cnki.issn0253-4320.2020.S.054

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title = "生物法脱除烟气中SO2工艺的研究",

abstract = "SO2 removal experiment is conducted on a biological desulfurization simulation device.The results show that temperature has a significant effect on the system's desulfurization efficiency,with a maximum efficiency appearing at around 30℃.As the concentration of inlet gas increases,the desulfurization load of the biological desulfurization system increases gradually,and the desulfurization efficiency is decreasing continuously.As the ratio of gas-liquid increases,the absorption efficiency drops,and the optimal gas-liquid ratio is 30:1.Desulfurization efficiency and sulfate yield both increase with the increasing aeration,and sulfur yield increases first and decreases then with the increase of aeration.Controlling ORP value can improve effectively the yield of elemental sulfur.The generation rate of elemental sulfur can exceed 91.5% when ORP is controlled between -300 mV and -200 mV.",

keywords = "Biological desulfurization, Desulfurization efficiency, Process optimization, Product selectivity",

author = "Liu, {Xin Xin} and Hu, {Yong Hong}",

year = "2020",

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AU - Liu, Xin Xin

AU - Hu, Yong Hong

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N2 - SO2 removal experiment is conducted on a biological desulfurization simulation device.The results show that temperature has a significant effect on the system's desulfurization efficiency,with a maximum efficiency appearing at around 30℃.As the concentration of inlet gas increases,the desulfurization load of the biological desulfurization system increases gradually,and the desulfurization efficiency is decreasing continuously.As the ratio of gas-liquid increases,the absorption efficiency drops,and the optimal gas-liquid ratio is 30:1.Desulfurization efficiency and sulfate yield both increase with the increasing aeration,and sulfur yield increases first and decreases then with the increase of aeration.Controlling ORP value can improve effectively the yield of elemental sulfur.The generation rate of elemental sulfur can exceed 91.5% when ORP is controlled between -300 mV and -200 mV.

AB - SO2 removal experiment is conducted on a biological desulfurization simulation device.The results show that temperature has a significant effect on the system's desulfurization efficiency,with a maximum efficiency appearing at around 30℃.As the concentration of inlet gas increases,the desulfurization load of the biological desulfurization system increases gradually,and the desulfurization efficiency is decreasing continuously.As the ratio of gas-liquid increases,the absorption efficiency drops,and the optimal gas-liquid ratio is 30:1.Desulfurization efficiency and sulfate yield both increase with the increasing aeration,and sulfur yield increases first and decreases then with the increase of aeration.Controlling ORP value can improve effectively the yield of elemental sulfur.The generation rate of elemental sulfur can exceed 91.5% when ORP is controlled between -300 mV and -200 mV.

KW - Biological desulfurization

KW - Desulfurization efficiency

KW - Process optimization

KW - Product selectivity

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M3 - 文章

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JO - Xiandai Huagong/Modern Chemical Industry

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ER -

生物法脱除烟气中SO₂工艺的研究

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