Present Condition of Sewage Disposal Tongliao And Feasibility of Wastewater Irrigation--《Environmental Science and Management》2011年03期
Present Condition of Sewage Disposal Tongliao And Feasibility of Wastewater Irrigation
Bo Lili1,2,Yao Hong2,Yang Jun1(1.The School of Environmental & Municipal Engineering,Lanzhou Jiaotong University,Lanzhou 730070,C 2.Institute of Civil Engineering,Beijing Jiaotong University,Beijing 100044,China)
Use of treated effluent for irrigation,agricultural irrigation water to ease the shortage of one of the important strategies.Through investigation and analysis of waste water emissions in Tongliao areas,recycling water used for irrigation status and water quality of reclaimed water irrigation,proposed the feasibility of reclaimed water irrigation and the associated economic and ecological benefit analysis.
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Download our AppRESEARCH ON DISPOSAL OF COPPER-CONTAINING WASTEWATER BY MANGANESE RESIDUE--《Technology of Water Treatment》2009年04期
RESEARCH ON DISPOSAL OF COPPER-CONTAINING WASTEWATER BY MANGANESE RESIDUE
ZHOU Zheng-guo, XU Long-jun, CHEN Hong-chong (Key Laboratory for the Exploitation of Southwest Resources and Environmental Disaster Control Engineering of Ministry of Education, Chongqing University, Chongqing 400044, China)
The pore volume and specific surface area of manganese residue were measured by using N2 adsorption method(ASAP2010). The feasibility of disposing wastewater by using manganese residue has been discussed on the light of absorption theory. The factors on disposal of copper-containing wastewater have been analyzed by the orthogonal experiment method. The results show that the micro pores in surplus manganese residue roasted at 800℃,which is produce during the recovery process of Mn with ammonium salt method,is growth better. The specific surface area,micropore area percent and pore volume of this surplus manganese residue is the largest among the 6 test samples,and it is appropriate for removing the copper ion in the wastewater. The effect of pH on adsorption of Cu2+ is more obvious, but that of time on adsorption is less. The suitable adsorption conditions are 6 of pH,1.5 g of manganese residue and 2.5 h of reaction time,and removal ration of Cu2+ is up to 96%. Adsorption process of Cu2+ in manganese residue obeys Freundlich experiential model.
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(C)2006 Tsinghua Tongfang Knowledge Network Technology Co., Ltd.(Beijing)(TTKN) All rights reserved