The Inhibition of Heavy Metal Ions on Biological Sulfate Reduction System

Feng Ying, Kang Yong, Lin Wei
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Abstract

The inhibition of heavy metal ions on biological sulfate reduction system and the intensified function of Fe0 in process were studied in this paper. Mathematics model describing the relationship of metal concentration with sulfate reducing velocity and reducing percent was proposed, in which toxicity coefficient β and metal concentration Ic that restraining 50% metabolism activities were included as criterions to evaluate the inhibition of metal ions on the metabolism of sulfate reducing bacteria. Mechanisms of Fe0 eliminating the toxicity of metal ions and enhancing the activities of organism were discussed on emphasis.
重金属离子对硫酸盐生物还原体系的抑制作用
研究了重金属离子对硫酸盐生物还原体系的抑制作用及过程中Fe0的强化作用。建立了金属离子浓度与硫酸盐还原速率和还原率关系的数学模型,并以抑制50%代谢活性的毒性系数β和金属离子浓度Ic作为评价金属离子对硫酸盐还原菌代谢抑制作用的标准。重点讨论了Fe0消除金属离子毒性和提高生物活性的机理。
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