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当前位置:首页 > 商业/管理/HR > 管理学资料 > 反渗透技术在大型电子超纯水项目中的应用仲惟雷
1,2,3,1,2,4,1,21,2,1,2,1,2,1,2(1.,550018;2.,100044;3.,311202;4.,621000)[],,。,,,。[];;[]X703.1[]B[]1005-829X(2015)05-0106-03ApplicationofROtechnologytothelarge-sizedelectronicultrapurewatertreatmentprojectZhongWeilei1,2,ZhaoFang3,KangYan1,2,WenYuanzhi4,ZhangJinlong1,2,JinYan1,2,LiuFeng1,2,WuZongce1,2,LiangSongmiao1,2(1.VontronMembraneTechnologyCo.,Ltd.,Guiyang550018,China;2.BeijingHuitongVontronTechnologyCo.,Ltd.,Beijing100044,China;3.HangzhouLianqiangEnvironmentalEngineeringTechnologyCo.,Ltd.,Hangzhou311202,China;4.SichuanHongouDisplayDevicesCo.,Ltd.,Mianyang621000,China)Abstract:TheapplicationofROtechnologytothelarge-sizedultrapurewatertreatmentinSichuanProvinceisin-troduced.Theplantmakesuseoflocaltapwateraswatersource,andROtechnologyasthemaindesalinationtech-nologyforthepreparationofelectronicultrapurewater.TheresultsshowthatROsystemrunswell,providingastableandgoodwatersourceforthesubsequenttreatmentprocess,andbringinggoodguaranteetothestableoperationoftheultrapurewatrerprojectoftheplant.Keywords:reverseosmosis;tapwater;electronicultrapurewater20,、、、、、、〔1-2〕,、、、〔3-4〕。PDP,、。PDP,PDP,,,PDP。PDP,“,”,,。1,、,(H2O),,、、,、、,,。,200~800μS/cm,0.2~1mg/L。2+[]“863”(2012AA03A601;2013BAE11B02)35520155IndustrialWaterTreatmentVol.35No.5May,2015106++()+,。,。++++。、、、,SDI15<5,。,,。+++++++。,,,。+TOCUV++(CEDI),,。,++TOCUV+++0.1μm,。,1。1。1++RO+RO+CEDI+PCW()+〔(25±1)℃+(40±1)℃〕。3,,,,。(),PURO,,,,,,34mil(8.636×10-4m),、,,。PURO-I,201mm、1016mm,2。1CR90-3-2SS30451PWT125-100-200SSS30411D3.6m×H1.8m41D3.4m×H1.8m41PWT125-100-200SSS30421280m3/hSS3042040SL3-BSS30441ROPWT100-65-315SSS31641RO103.0m3/h141105m3FRP10ROPWT100-65-315SSS31641RO92.0m3/h41TOCUVSCD-1200-HESS316Aquafine20DO325.0m3/hPPLiqui-cel10(CEDI)307.0m3Ionpure10N22m3SS3161040℃TOCUVSCD-1000HESS316Aquafine2040℃RT-3072FRP4025℃TOCUVSCD-1200HESS316Aquafine5025℃RT-3672FRP1022015-05,35(5),:1072PURO-I:(14∶6)×6,120,103m3/h,75%,25℃,5,600。。4,,,。PURO-I,。1MPa;300~400μS/cm,5μS/cm,98.5%;100m3/h,75%,。,3。35、,,10%,,10%,3。,,,:NaOH()+Na-SDS(),pH12,6h;HCl(),pH2~3,1h,30℃;DBNPA。,:5m3/h(1h,10min);5m3/h(4.5h,40min);,10m3/h(0.5h,10min)。,。6、、,2.87/t,4.47/t,6.85/t,2.33/t,。7,,,,。,。[1],,,.[J].,2014,34(4):87-90.[2],,,.[J].,2012,32(7):87-89.[3].[J].,2011,31(4):74-78.[4],,,.[J].,2014,34(9):90-92.[5],,,.[J].,2015,35(4):104-106.———————————[](1981—),。E-mail:zhongweilei@vontron.com.cn。[]2015-04-29()/m2/(m3·d-1)/m/%PURO-I3739.78.636×10-499.5/MPa(NaCl)/(mg·L-1)/%/%1.5520001599.3/(mg·L-1)SDI15pH/℃/MPa<0.1<57.5254.14/(m3·h-1)pHpH/MPa173~102~120.115101725108.4105.0108.0103.0103.03131323132/%77.7677.2077.1076.8776.303383503453803483.153.002.863.252.96/%99.1099.1499.1799.1499.15/MPa0.9921.0001.0200.9800.990/℃25.025.726.526.726.3/(m3·h-1)/(m3·h-1)/(μS·cm-1)/(μS·cm-1)2015-05,35(5)108
本文标题:反渗透技术在大型电子超纯水项目中的应用仲惟雷
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