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水利工程中基于反渗透浓盐水处理研究 被引量:1

Research on Concentrated Brine Treatment Based on Reverse Osmosis in Hydraulic Engineering
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摘要 随着现代社会经济的迅速发展,由于工业污水的排放为引发的环境污染现象时有发生。在现代绿色节能减排的发展理念之下,降低浓盐水中有害废物量已经成为水利工程污水处理的首要举措。反渗透技术的发展作为化学法与膜法相结合的时代产物,不仅能够在浓盐水的处理中有效发挥其技术优势,同时也更加符合浓盐水在处理过程中的各项标准。对此,基于反渗透技术的原理以及实际应用出发,探索反渗透技术在浓盐水上的处理工艺,并结合具体案例进行分析,满足排放的要求。 With the rapid development of modern social economy,environmental pollution caused by the discharge of industrial sewage occurs from time to time.Under the development concept of modern green energy conservation and emission reduction,reducing the amount of hazardous waste in concentrated brine has become the primary measure of sewage treatment in water conservancy projects.The development of reverse osmosis technology,as an era product of the combination of chemical method and membrane method,can not only give full play to its technical advantages in the treatment of concentrated brine,but also meet various standards in the treatment of concentrated brine.In this regard,based on the principle and practical application of reverse osmosis technology,this paper explores the treatment process of reverse osmosis technology on concentrated brine,and analyzes it combined with specific cases to meet the discharge requirements.
作者 张宏斌 Zhang Hongbin(Yangyuan County Water Affairs Bureau,Yangyuan Hebei 075800)
机构地区 阳原县水务局
出处 《山西化工》 2022年第2期358-360,共3页 Shanxi Chemical Industry
关键词 水利工程 环保水处理 反渗透技术 浓盐水处理 hydraulic engineering environmental water treatment reverse osmosis technology concentrated brine treatment
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  • 1姜兴涛,姜成旭.利用蒸发塘处置煤化工浓盐水技术[J].化工进展,2012,31(S1):276-278. 被引量:29
  • 2宋英豪,陈瑞芳,熊娅,贾立敏.基于零排放浓盐水处理技术的发展[J].环境工程,2013,31(S1):263-265. 被引量:14
  • 3Ahmed M, Shayya W H, Hoey D, et al. Use of evaporation ponds for brine disposal in desalination plants [J ]. Desalination,2000,130 ( 2 ) : 155-168.
  • 4Areal J M ,Sancho M ,Iborra I ,et al. Concentration of brines from RO desalination plants by natural evaporation [J]. Desalination,2005, 182 ( 1/2/3 ) : 435 -439.
  • 5Korngold E,Aronov L,Dahrophe N. Electrodialysisofbrinesolu- tions discharged from an RO plant [J]. Desalination,2009,242 (1/ 2/3 ) : 215-227.
  • 6Korngold E,Aronov L,Belayev N,etal. Electrodialysis with brine solutions oversaturated with calcium sulfate [J ]. Desalination,2005, 172(1 ) :63-75.
  • 7Mericq J,Laborie S,Cabassud C. Vacuum membranedistiUation of seawater reverse osmosis brines [J]. Water Research,2010,44 (18) :5260-5273.
  • 8Zhou T, Lira T T, Chin S S, et al. Treatment of organics in reverse osmosis concentrate from a municipal wastewater reclamation plant: Feasibility test of advanced oxidation process with/without pretreat- ment [J]. Chemical Engineering Journal ,2011,166(3) :932-939.
  • 9Benner 3 ,Salhi E ,Ternes T ,et al. Ozonation of reverse osmosis co- ncentrate: Kinetics and efficiency of beta blocker oxidation [J ]. Wa- ter Research ,2008,42(12) :3003-3012.
  • 10Bagastyo A Y, Keller J,Poussade Y, et al. Characterisation and re- moral of recalcitrant in reverse osmosis concentrates from water re- clamatlan plants[ J ]. Water Research ,2011,45 (7) :24 15-2427.

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