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当前位置:首页 > 商业/管理/HR > 企业文化 > PACPDMDAAC复合混凝剂用于冬季太湖水强化混凝工艺中试放大研究
1005-0930201601-0157-011TU991.2Adoi10.16058/j.issn.1005-0930.2016.01.0152014-09-042015-05-0721377054BS20071211508085QE1121981—.1959—.E-mailzhyuejun@njust.edu.cnPAC/PDMDAAC12111131.2100942.2300883.2140003t/hPAC-PDMDAAC.2~5℃9~20NTU0.7×104~2.0×104/mL2NTUPAC/PDMDAACPAC20.00%~35.00%1.25%~1.88%PAC2NTUPAC/PDMDAAC1.53/10%~3.32/20%PAC22.09%~39.75%2.78%~4.41%.1NTUPAC/PDMDAACPAC33.33%~44.44%1.54%~2.38%.PDMDAAC.PAC/PDMDAAC、、3t/h.1.2-35℃.4.5-6.PAC、.24120162JOURNALOFBASICSCIENCEANDENGINEERINGVol.24No.1February20167.PAC/PDMDAACPAC8-9.PDMDAAC..10.PAC/PDMDAAC.11.120081.1Table1Waterqualityparametersoftestwater/℃/NTUpHCODMn/mg·L-1/·mL-12~59~207.6~8.15.5~6.50.7~2×1041.21.1Fig.1Thetechnologicalprocessofpilotplant851Vol.243t/h.3m31h130r/min2.5min30r/min12.5min5m31.5h160cm55cm8~15mm2~3cm、4~8mm5cm、2~4mm2~3cm、0.8~1.2mm45cm.①②..1.3PACAl2O310%PDMDAAC1.53、2.60、3.79dL/g60%~70%.11.PAC/PDMDAACPDMDAAC/PDMDAACAl2O3PACPDMDAACdL/g.1.4、PDMDAAC、PAC、.1.4.161000ml.150r/min.150r/min2min20r/min10min30min2cm.1.4.23t/h2PAC2.0NTU0.5h1PAC2NTU2PAC2NTUPAC31NTUPAC..0.5h.1.4.3QZ201951No.1PAC/PDMDAAC8.22.1PAC、PAC/PDMDAAC、1.4.1PAC、PAC/PDMDAAC1.53/10%-PAC/PDMDAAC3.79/20%、2.2Fig.2Resultsofjartests2PACPAC/PDMDAAC.PACPAC/PDMDAACPDMDAAC.PAC/PDMDAACPAC.PAC/PDMDAACPAC.PDMDAAC1213、14-15PDMDAAC16、.5-9.2.21NTU≤2NTU.2PAC-2NTU2NTU2.061Vol.242Table2JartestresultsoftheenhancedcoagulationprocessunderthesamesupernatantturbidityPACPAC/PDMDAACη/1.53/10%1.53/20%2.60/10%2.60/20%3.79/10%3.79/20%/mg·L-14.373.722.973.612.883.452.65/%/14.8732.0417.3934.1021.0539.36/%87.5288.1789.2189.7890.5689.3089.02/%/0.651.692.263.041.781.501.4.213t/hPAC2.0~2.5NTUPAC2~3h3.3Table3PilottestsresultsoftheenhancedcoagulationprocessunderthesamesupernatantturbidityPACPAC/PDM1.53/10%PACPAC/PDM1.53/20%PACPAC/PDM2.60/10%PACPAC/PDM2.60/20%PACPAC/PDM3.79/10%PACPAC/PDM3.79/20%/mg·L-14.53.63.752.63.52.84.02.64.03.14.02.6/%/20.00/30.66/20.00/35.00/22.50/35.00/NTU2.312.261.651.872.462.482.592.42.462.602.482.47/%88.7590.0083.0284.9179.3780.9581.6783.3380.6082.0984.9186.79/%/1.25/1.89/1.58/1.66/1.49/1.8822NTUPAC4.37mg/LPAC/PDMDAAC1.53/10%~3.79/20%3.72~2.65mg/LPAC14.87%~39.36%0.65%~3.04%.32.0~2.5NTUPAC/PDMDAACPAC20.00%~35.00%1.25%~1.88%.2NTUPAC.PAC/PDMDAAC.2.322.2PACPAC2NTU4mg/L、4.161No.1PAC/PDMDAAC4Table4JartestresultsoftheenhancedcoagulationprocessusingthesamedosePACPAC/PDMDAACη/1.53/10%1.53/20%2.60/10%2.60/20%3.79/10%3.79/20%/NTU2.121.851.501.791.501.781.40/%/12.7429.2515.5729.2516.0433.96/%88.8489.4792.1192.1194.7492.1194.74/%/0.633.273.275.903.275.901.4.22PAC2~2.5NTUPAC2~3h5.5PAC、PAC/PDMDAACTable5PilottestsresultsoftheenhancedcoagulationprocessusingthesamedosePACPAC/PDM1.53/10%PACPAC/PDM1.53/20%PACPAC/PDM2.60/10%PACPAC/PDM2.60/20%PACPAC/PDM3.79/10%PACPAC/PDM3.79/20%/mg·L-14.04.03.753.753.53.53.53.53.53.54.04.0/NTU2.361.842.431.792.121.702.331.692.321.872.391.44/%/22.03/26.34/19.81/27.47/19.40/39.75/%86.3090.4189.1993.2484.9389.0479.4183.8285.4589.0987.5090.28/%/4.11/4.05/4.11/4.41/3.64/2.7844.00mg/LPAC2.12NTUPAC/PDMDAAC1.53/10%~3.79/20%1.85~1.40NTU12.74%~33.96%.PAC88.84%PAC/PDMDAAC1.53/10%~3.79/20%89.47%~94.74%PAC0.63%~5.90%.5PAC2.0~2.5NTUPAC/PDMDAAC1.53/10%~3.79/20%PAC22.09%~39.75%2.78%~4.41%..PDMDAACPDMDAAC、.3t/h.2.4.1NTU.21NTU261Vol.24—1NTU6.6Table6JartestresultsoftheenhancedcoagulationprocessforrequirementofadvancedtreatmentprocessPACPAC/PDMDAACη/1.53/10%1.53/20%2.60/10%2.60/20%3.79/10%3.79/20%/mg·L-110.009.457.009.106.638.576.17/%/5.5030.009.0033.7014.3038.30/%92.3494.6194.9094.8095.5695.3697.64/%/2.272.562.463.223.025.301.4.23PAC1.0NTUPACPAC.2~3h、7.7Table7PilottestsresultsoftheenhancedcoagulationprocessforrequirementofadvancedtreatmentprocessPACPAC/PDMDAAC2.60/10%PACPAC/PDMDAAC3.79/20%/mg·L-19.006.009.005.00/%/33.33/33.33/NTU0.971.040.931.09/%92.3193.8590.4892.86/%/1.54/2.3861NTUPAC10.00mg/L92.34%6.17~9.45mg/L1NTUPAC5.50%~38.30%2.27%~5.30%.7PAC9mg/L1NTU2NTU1.PAC/PDMDAAC2.60/20%PAC/PDMDAAC3.79/20%6.00mg/L5.00mg/L1NTU2NTU0.25~0.501NTUPAC33.33%44.44%1.54%~2.38%.1NTUPAC.3t/h361No.1PAC/PDMDAAC.2.5Al2O310.5%PACPDMDAAC40%PAC/PDMDAAC8.8Table8UnitpriceofcoagulantsPACAl2O310.5%PDMDAAC100%PAC/PDMDAAC20%Al2O310.0%PAC/PDMDAAC10%Al2O310.0%/t80027500135010758PAC9.9PAC32.0PAC/PDMDAAC20%PAC/PDMDAAC10%35.033.3PAC9.38%4.06%2.78%~4.41%.PAC/PDMDAAC20%PAC/PDMDAAC10%54.043.0PAC68.75%34.38%22.09%~39.75%2.78%~4.41%.1NTUPAC72.0PAC/PDMDAAC20%PAC/PDMDAAC10%67.564.5PAC6.25%10.42%1.54%~2.38%.461Vol.2432~5℃9~20NTU0.7×104~2.0×104/ml3t/h3t/h.12NTUPAC/PDMDAAC10%~20%PAC20.00%~35.00%1.25%~1.88%PAC.2PAC2NTUPAC/PDMDAAC10%~20%PAC22.09%~39.75%2.78%~4.41%PAC/PDMDAACPACPDMDAAC、31NTUPAC/PDMDAAC10%~20%PAC33.33%~44.44%1.54%~2.38%.PAC.1ChuaiXMDingWChenXFetal.PhosphorusreleasefromcyanobacterialbloomsinMeiliangBayofLakeTaihuChinaJ.EcologicalEngineering2011376842-8492ZhangYLQinBQLiuML.Temporal-spatialvariationsofchlorophyllaandprimaryproductioninMeiliangBayLakeTaihuChinafrom1995to2003J.JournalofPlanktonResearch2007298707-7193LiuXLuXHChenYW.TheeffectsoftemperatureandnutrientratiosonMicrocystisbloomsinLakeTaihuChinaAn11-yearinvestigationJ.HarmfulAlgae2
本文标题:PACPDMDAAC复合混凝剂用于冬季太湖水强化混凝工艺中试放大研究
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