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Autohydrogenotrophic sulfate removal from coal mine water using a hollow-fiber membrane bioreactor
Xu Huiwei ; Liu Wanxia ; Zhang Xu ; Li Guanghe ; Yang Shanshan
2010-10-12 ; 2010-10-12
关键词Practical/ bioreactors coal membranes microorganisms mining pH recycling water conservation/ autohydrogenotrophic sulfate removal sulfate-rich coal mine water reutilization dead-end bundle hollow fiber membrane bioreactor sulfate reduction reactor salinity level buffering system sulfate-reducing bacteria pH alkalescent reactor environment/ E3628 Biotechnology industry E1560 Production equipment E0230 Environmental issues E1840 Recycling E3020 Mining, oil drilling and natural gas industries E1525 Industrial processes
中文摘要Sulfate removal is the focal point for reutilization of sulfate-rich coal mine water. A dead-end bundle hollow fiber membrane bioreactor was developed to supply H/sub 2/ in a way similar to bubbleless aeration to resolve the electron donor deficiency which restricted biological sulfate reduction. The long-term performance of the sulfate reduction reactor at high salinity levels was evaluated for various buffering systems. The maximum sulfate reduction rate was 1.32 g/ (L ldr d) during continuous operation, 1.5 - 2.3 times higher than with other researchers. Sulfate-reducing bacteria favored alkalescent environment at high salinity levels. The optimum pH and salinity were closely related. The alkalescent reactor environment reduces the unionized H/sub 2/S concentration to alleviate the inhibitive effect of H/sub 2/S.
语种中文
出版者Tsinghua University Press ; China
内容类型期刊论文
源URL[http://hdl.handle.net/123456789/79816]  
专题清华大学
推荐引用方式
GB/T 7714
Xu Huiwei,Liu Wanxia,Zhang Xu,et al. Autohydrogenotrophic sulfate removal from coal mine water using a hollow-fiber membrane bioreactor[J],2010, 2010.
APA Xu Huiwei,Liu Wanxia,Zhang Xu,Li Guanghe,&Yang Shanshan.(2010).Autohydrogenotrophic sulfate removal from coal mine water using a hollow-fiber membrane bioreactor..
MLA Xu Huiwei,et al."Autohydrogenotrophic sulfate removal from coal mine water using a hollow-fiber membrane bioreactor".(2010).
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