Mechanism of Rapid Reaction of Sulfate Type Anammox by Different Acid and Alkali Value Environment
Wang, Yang
Yuan, Linjiang
Yan, Feng
Zhao, Jiaqi
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How to Cite

Wang Y., Yuan L., Yan F., Zhao J., 2018, Mechanism of Rapid Reaction of Sulfate Type Anammox by Different Acid and Alkali Value Environment, Chemical Engineering Transactions, 71, 943-948.
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Abstract

Sulfate itself is not toxic, but it is easily reduced by sulfate reducing bacteria (SRB) to hydrogen sulfide (H2S) gas under anaerobic conditions. H2S can seriously corrode the drainage pipeline and some water treatment facilities, and make water body black hair odor pollution of the water environment. In addition, H2S odour and odour, when reaching a certain concentration, can cause human neurotoxicity, and react with ozone in the atmosphere to form sulfuric acid to form acid rain. This paper is mainly to study the mechanism of rapid reaction of sulfate type anammox by different acid and alkali value environment.
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