32420147PetrochemicalTechnology&ApplicationVol.32No.4July2014346~349113004。、、、0.15MPa3NTU30mg/L。X703B1009-0045201404-0346-041*2501250225033、、、8、、650380150m3/h。2501、60%。2501“--A/O--BAF---”。、COD、、。1。12501/NTUCOD/mg·L-1ρ/mg·L-1ρP/mg·L-18.466.218.423.430.192.024.836.71.319.01.59.13.030.01.00.52502。250232。2501、。2502。2502。250212。125022/NTUCOD/mg·L-1SDI*ρ/mg·L-1ρP/mg·L-1≤5.00≤70.0≤54.1655.610.716.507.9089.121.126.600.2617.011.58.75*。*2014-03-142014-05-061976—。25031SequencingBatchReactorActivatedSludgeProcessSBR150m3/h。2501、COD、、2502。22.1250125020.21MPa。250125024.0NTU3h0.04MPa0.15MPa、。3。3/minp*1/MPap**2/MPap1-p2***/MPa/m3·h-1/℃10.0650.0250.0406721.3100.0930.0250.0685522.8300.1130.0250.0884721.2600.1370.0250.1123922.51200.1610.0250.1363021.61800.1770.0250.1522421.9******。25012502。。PACPAM1。2.2。。。。20℃2。。。2.3。-15℃、、、PACPAM。、PACPAM。。33.125012501100m3/h50m3/h2502。。3.2。。“-”。、、SDI。、COD、·743·4.。3.3。GRD37092GRD37091、、、。。。4。4p1/MPap2/MPap1-p2/MPaD/m3·h-10.1770.0250.152240.1300.0250.105470.1300.0250.105470.1200.0250.095510.0670.0250.042663.4。。1250125021。2501COD、、2502。2、。。2502、25012502。。3250125022502。、。57。5COD/NTUCOD/mg·L-12013-04-178.74692013-04-184.34922013-04-197.31702013-04-202.72662013-04-214.851412013-04-229.28792013-09-205.35482013-09-211.39452013-09-222.07292013-09-232.03382013-09-242.53312013-09-253.94335CODPACPAMCOD、。。5。·843·326SDISDISDI2013-04-174.52013-09-203.502013-04-184.22013-09-213.202013-04-194.52013-09-221.112013-04-204.32013-09-231.132013-04-214.22013-09-241.472013-04-224.62013-09-251.746SDI。7/MPa/m3·h-12013-04-170.09347.032013-04-180.10245.452013-04-190.09950.472013-04-200.14344.052013-04-210.12731.552013-04-220.88241.032013-09-200.04954.262013-09-210.05872.342013-09-220.06670.062013-09-230.06169.722013-09-240.06567.042013-09-250.07071.077。、。3NTUCOD30mg/L0.15MPa。4。、。。1.M.2002.2.M.4.2000.1.J.2013510300-300.2.J.2013291751-54.3.J.20133451822-1827.4.PVDF/PVPJ.201339470-74.5.J.201232490-92.6.J.201128262-64.7.J.200818410-12.8.J.200722479-83.9.J.200121439-45.10.J.1998174404-407.11.J.1989153163-169.354·943·4.J.1989275-80.19.J.200424185-88.20.-J.200423370-72.21.101281178AP.2008.22.J.200814292-95.23.GC-ICP-MSJ.201332s1253-255.1.J.2011401242-44.2.J.20093242-246.3.J.1997336-37.Quickdeterminationoftracephosphineinethylenebygaschromatography-inductivelycoupledplasma-massspectroscopySONGYangZHANGYingWEIXin-yuCHENSongZHAOYa-tingLISi-ruiHUANGWen-qingBeijingResearchInstituteofChemicalIndustrySINOPECBeijing100013ChinaAbstractAgaschromatography-inductivelycoupledplasma-massGC-ICP-MSspectro-scopicanalysismethodwasestablishedforquantita-tivelydeterminingtracephosphineinethylene.TheeffectofGCparameterssuchascarriergasflowratesplitratioandICP-MSparameterssuchascarriergasflowrateintegrationtimeandRFpoweronthesensitivityorsignalnoiseratioofphosphinedeterminationwasinvestigated.TheresultsshowedthatGC-ICP-MSmethodeffectivelyeliminatedtheinterferenceofethyleneandethaneofphos-phinesothattracephoshineinethylenewasdeter-minedquicklycorrectly.Therelativestandarddevi-ationwaslessthan7%n=8recoverywasbe-tween94%and106%andlowestdetectivelimitofphoshineinethylenewas17μL/m3.Keywordsethylenephosphinegaschromato-graphyinductivelycoupledplasma-massspectros-copyGC-ICP-MS349BlockingandfunctionalrecoveryofultrafiltrationmembraneindeeptreatmentofsyntheticrubberwastewaterZOUJun-fengFushunPetrochemicalCompanyPetroChinaFushun113004ChinaAbstractTheblockingcauseofulrafiltrationmembraneinadeeptreatmentofstyrene-butadienerubberwastewaterwassearchedandthecorre-spondingmeasureswereproposed.Theresultsshowedthattheultrafiltrationmembranewasblockedbythecomprehensivepollutionofsolubleoligomerbiologi-calsludgeandinorganicpolymeragentsandthepol-lutionandblockingofthemembranewereattributedtothecomplicatewaterqualitydefectivepretreatmentandincompletesterilization.Byoptimizingprocessconditionregulatingchemicalcleaningprogramandperformingtechnicalrevampingtheultrafiltrationpressuredecreasedtolessthan0.15MPatheturbid-ityofultrafiltratedwaterlessthan3NTUandCODlessthan30mg/L.Keywordswastewatertreatmentultrafiltrationmembranemembranepollutionsyntheticrubberwastewaterchemicalcleaning·453·32