“2012年6月将在杭州举办膜法废水处理技术高级研修(春季)班”

· 58· 膜 科 学 与 技 术 第 32卷 concentration of sodium chloride in the feed solution；the rej ection of salt was hardly affected by these factors．The water permeate flux could reach 6．8 L／(m ·h)and the water G0R could reach 12．5 when the',concentration of sodium chloride in the feed solution was low；when the salt concentration was higher than 15 0．6，the water permeate flux was stil more than 5．2 L／(m ·h)and the water GOR was more than 6．2，the rejection of salt could reach 99．99 ．Thus multi—efect membrane distilation process could efficiently deal with concentrated aqueous solution． Key words：multi—effect membrane distillation；water gained output ratio；seawater desalination；concen— trated brine；concentration；multi—effect (上接第 45页) [8]张显球，张林生，吕锡武．纳滤对水中有机微污染物的去 除效果与应用VJ-]．水处理技术，2005，31(2)：62—65． E9-t孙晓丽，王 磊，程爱华，等．腐殖酸共存条件下双酚 A 的纳滤分离效果研究[J-I．水处理技术，2008，34(6)： 16— 18． [1O]童 浩，王荣昌，夏四清，等，膜分离技术处理水中内 分泌干扰物的研究进展[J-1．中国给水排水，2009，25 (2)：5—9． Endocrine disruption compound bisphenol A removal by polysulfone hollow fiber nanofiltration membranes ZHANG Jiexin，WEI Junfu，ZHANG Huan (School of Material Science and Chemical Engineering；Key Laboratory of Hollow Fiber Membrane Material and Membrane Process of Ministry of Education，Tianjin Polytechnic University，Tianjin 300160，China) Abstract：Endocrine disruption compound bisphenol A solution was retained by the plasma modified polysulfone nanofiltration hollow fiber membrane．The rejection tests were carried out under different cond