Feasibility analysis on solar-powered ASBR to treat domestic wastewater in Jinan

机译：太阳能ASBR处理济南生活污水的可行性分析

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Calculated and analyzed the feasibility on Solar-powered ASBR for domestic wastewater treatment in Jinan. Calculated that 2.6×107J energy is needed for ASBR to digest 1kgCOD in ambient temperature. And calculated that 43.75 m2 Solar panels are needed to provide energy for ASBR to digest 1kgCOD pre day in ambient temperature in Jinan

机译：计算并分析了太阳能ASBR在济南生活污水处理中的可行性。计算出ASBR在环境温度下消化1kgCOD需要2.6×10 ^{7 J能量。并计算出需要43.75 m ^{2 太阳能电池板为ASBR在济南市环境温度前一天消化1kgCOD提供能量}}

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《2011 International Conference on Multimedia Technology》|2011年|p.4442-4445|共4页
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Wang Jiabin; Yue Xiuping;
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中图分类多媒体技术与多媒体计算机;
关键词
ASBR; Solar-power; ambient temperature; domestic wastewater;

机译：ASBR;太阳能;环境温度;生活污水;

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2. Evaluating the feasibility of pyrophyllite-based ceramic membranes for treating domestic wastewater in anaerobic ceramic membrane bioreactors [J] . Jeong Yeongmi, Cho Kyungjin, Kwon Eilhann E., Chemical engineering journal . 2017,第期

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3. Reuse feasibility of pre-treated grey water and domestic wastewater with a compact household reverse osmosis system [J] . G. Onkal Engirt, B. Sinmaz Ucar, E. Senturk Desalination and water treatment . 2011,第1a3期

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4. Feasibility analysis on solar-powered ASBR to treat domestic wastewater in Jinan [C] . Wang Jiabin, Yue Xiuping International Conference on Multimedia Technology . 2011

机译：太阳能ASBR的可行性分析在济南治疗家庭废水
5. Physical, chemical, and microbial analysis of domestic wastewater treated by small constructed wetlands designed for individual households. [D] . Hench, Keith R. 1997

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7. A simplified analysis of granule behavior in ASBR and UASB reactors treating low-strength synthetic wastewater [O] . R. G. Veronez, A. A. Orra, R. Ribeiro, 2005

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8. Estimated Loadings of Partially Treated Domestic Wastewater on Galveston Bay [R] . Guillen, G. J., Phillips, D., Harper, J. A., 1994

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Feasibility analysis on solar-powered ASBR to treat domestic wastewater in Jinan

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