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当前位置:首页 > 商业/管理/HR > 企业文化 > MVR技术处理高盐废水工艺的模拟与分析王海
MVR*1111211.6430002.610041MVR。、COP1.7~245~60kPa。MVR。MVRDOI10.13205/j.hjgc.201510008SIMULATIONANDANALYSISOFMVRTECHNOLOGYINTHETREATMENTOFHYPERSALINEWASTEWATERWangHai1ZhangFengzhen1WangChengduan1LiuXingyong1ChenYanyu2YuanJigang11.SchoolofMaterialandChemicalEngineeringSichuanUniversityofScience&EngineeringZigong643000China2.ChinaChengdaEngineeringCo.LtdChengdu610041ChinaAbstractTheprocessofMVRtechnologycombinedwithevaporationcrystallizationtechnologyintreatmentofhypersalinewastewaterwasmodelledandsimulatedandthecalculatedresultswereingoodagreementwithexperimentaldata.MeanwhiletheeffectofcompressionratioandoperatingpressureontheCOPandtheheattransfertemperaturedifferenceinforcedcirculationheaterwereanalyzed.TheoptimumconditionswereobtainedCompressionratiowas1.7~2andtheoperatingpressurewas45~60kPa.ThestudyresultshadaguidingsignificanceonoptimizingtheprocessparametersofMVRevaporationcrystallizationsystemandrealizingthezerodischargeofhypersalinewastewater.KeywordsMVRtechnologyhypersalinewastewatermodelsimulation*2014GZ0132。2015-01-270。20102010617.3t20094.7%237.5t。、、“”TDS8%1-2。Na+、Cl-、Ca2+、SO2-4。。3-4、5-728-9。Na2SO4NaCl。MVR210-11212-13。MVR53WaterPollutionControl、MVR。1MVR1。E01E02E01。、E02。1MVRFig.1TheprocesschartofMVRtechnologyinthetreatmentofhypersalinewastewater2MVRNaCl10%1、“”。2MVRFig.2TheMVRfieldpilotexperimentaldevice1Table1Themainlyoperatingparameters/kg·h-1/℃/kPa500900.1521.722.1MVR。。3MVR。3MVRFig.3TheprocessmodelofMVRtechnologyintreatmentofhypersalinewastewater3FLASHCRYSTALL。CFUGE。COMPR。E02。E01。MIX。2.2Na+、Cl-、SO2-4、Ca2+、Mg2+ElecrolyteWizardNa+、Cl-NaClELECNRTL。1MVR。2.32。、、。。MVR。63EnvironmentalEngineering2Table2Thecomparisonofthecalculationresultstoexperimentaldata/℃9085.8/kg·h-1450450/kg·h-15050/℃96963COP。1。COP=Q1+Q2W1Q1Q2W。452kPaCOP。COP。。4COPFig.4TheeffectofcompressionratioonCOP552kPaE02。。。。1.7~2.0。6COP。1.7~2.0COP。。7E02。5Fig.5Theeffectofcompressionratioonheattransfertemperaturedifference—■—1.7—●—1.8—▲—1.9——2。6COPFig.6TheeffectofoperatingpressureonCOP。。。6745~60kPa。—■—1.7—●—1.8—▲—1.9——2。7Fig.7Theeffectofoperatingpressureonheattransfertemperaturedifference41MVR5473WaterPollutionControlCOCO。313NONO。NONONONO。23COCOCO2。12。1MattiParikka.GlobalbiomassfuelresourcesJ.BiomassandBioenergy2004276613-620.2.M.2005.3.D.2013.4.D.2008.5.J..2009320-26.6.J.20132919185-192.7.J.2010265220-226.8.J.20062210174-177.9.D.2011.10.M.2004.11.J.2012128-31.12.J.2012273298-301.1992-。zhaoxinjinshi@126.com1975-。櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅櫅xuemin_zh@cau.edu.cn37。21.7~245~60kPa。1.J.2011222109-111.2.J.201432202-205.3.J.20051215-18.4.J.201433215-18.5.J.201331430-431.6.J.200634516-18.7.Ⅱ、J.201143851-53.8.J.200928187-189.9.J.20092245-7.10.J.201433130-35.11.J.2014321130-32.12.J.201331371-405.13.J.201140337-39.1991-。wanghai878541190@163.com1980-。zhangfengzhen421@163.com45EnvironmentalEngineering
本文标题:MVR技术处理高盐废水工艺的模拟与分析王海
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