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The System Design of Green Wastewater Treatment in Campus Life

The System Design of Green Wastewater Treatment in Campus Life
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摘要 [Objective] The aim was to address the difficulty of long pipe for centralized sewage treatment in campus life and difficulty in use. [ Method] Though the four integrated approach of fermentation tank, coal ash slag filters, chemical and biological membrane reactor and separation of heavy metals in electromagnetic fields, the green wastewater treatment system in campus life was designed to realize the recycle use of sewage in campus life. [ Result] The processed sewage can flush the restroom. The sludge in the processed sewage can feed earthworms, while earth- worms (material or production servers) were food for chickens and ducks and the compost of earthworms was fertilizer, which brought promising economic and social benefits. Tests showed that using the green treatment system to process campus sewage can achieve or pass national second emission standard. Process charge was 50% lower than the centralized sewage processed company and the treatment process was completely qreenized and recvclincl rate was hiah. [Objective] The aim was to address the difficulty of long pipe for centralized sewage treatment in campus life and difficulty in use. [ Method] Though the four integrated approach of fermentation tank, coal ash slag filters, chemical and biological membrane reactor and separation of heavy metals in electromagnetic fields, the green wastewater treatment system in campus life was designed to realize the recycle use of sewage in campus life. [ Result] The processed sewage can flush the restroom. The sludge in the processed sewage can feed earthworms, while earth- worms (material or production servers) were food for chickens and ducks and the compost of earthworms was fertilizer, which brought promising economic and social benefits. Tests showed that using the green treatment system to process campus sewage can achieve or pass national second emission standard. Process charge was 50% lower than the centralized sewage processed company and the treatment process was completely qreenized and recvclincl rate was hiah.
作者 HOU Zhao-wu
出处 《Meteorological and Environmental Research》 2012年第6期33-35,44,共4页 气象与环境研究(英文版)
关键词 SEWAGE WETLANDS Biological membrane reactor EARTHWORM China Sewage Wetlands Biological membrane reactor Earthworm China
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