Commissioning Manual ENG for LOrealv10English.docx
《Commissioning Manual ENG for LOrealv10English.docx》由会员分享,可在线阅读,更多相关《Commissioning Manual ENG for LOrealv10English.docx(79页珍藏版)》请在冰豆网上搜索。
CommissioningManualENGforLOrealv10English
PactEnvironmentalTechnology(Shanghai)Co.Ltd.
5/FNo.700LuBanRoad
Shanghai200023
China
Tel.+86(0)2153019081
Fax+86(0)2153018771
e-mailpact@
L’orealBeautyCosWWTPProject
CommissioningManual
For
L’orealBeautyCosInternationalCo.,Ltd
Copyright2006byPactEnvironmentalTechnologyCo.Ltd.Allrightsreserved.
Nopartofthisdocumentmaybereproduced,storedinaretrievalsystemortransmitted,inanyformorbyanymeans,electronic,mechanical,photocopying,recordingorotherwise,foranypurpose,withoutthepriorwrittenpermissionofPactEnvironmentalTechnologyCo.Ltd.
ProjectInformation
Projectname
L’orealBeautyCosWWTPProject
Client
L’orealBeautyCosInternationalCo.,Ltd
Contactperson
Telephone
Fax
Supplier
PactEnvironmentalTechnology(Shanghai)Co.Ltd.
5/FNo.700LuBanRoad
Shanghai200023
China
Contactperson
Telephone
+86(0)2153019081
Fax
+86(0)2153018771
Contractnumber
Writtenby
CHENPENG
Checkedby
JIMING
Date
Jul-20-2006
Reference
Version
1.0
Catalog
1.CommissioningDescription5
1.1Aim5
1.2CommissioningCondition5
1.3CommissioningProcedure5
1.4CommissioningScope5
2.ProcessDescription6
2.1ProcessSummary6
2.2DescriptionofProcessandOperation8
3.EquipmentSpecification22
3.1WastewaterStorageTankandAppendage22
3.2DAFSystemandAppendage24
3.3AerationTankandAppendage28
3.4ClarifierandAppendage28
3.5Sumps,PumpsandAppendage30
3.6SludgesStorageandDewateringsystemandAppendage33
3.7ChemicalStorageandAppendage34
3.8Instrumentationandautomaticvalves40
4.SettingofWastewaterPumpFlowRate44
4.1SystemDesignFlowRate44
4.2Settingofwastewaterpumpflowrate44
4.3Calibrationmethodforflowrate46
5.CommissioningofMainConstructionandEquipmentandSystemInterlockOperation(withcitywater)48
5.1ConfirmationandPreparationbeforCommissioning48
5.2CommissioningofSingleEquipment49
5.3Interlockcommissioningofinstrumentationanddevice50
5.4SystemInterlockOperation56
6.CommissioningofBiologicalProcess57
6.1InoculationofAerobicActivatedSludge57
6.2CultivationandDomestication58
6.3TestItemsinCultivationandDomestication58
7.OperationandMaintenance60
7.1RoutineInspectionCycle60
7.2RoutineInspectionofDevices60
7.3OperationofDAF61
7.4OperationofBiologicalProcess62
7.5OperationofSludeDewateringSystem66
7.6Others66
8.CommissioningRecord66
Beginvandetekst
1.CommissioningDescription
1.1Aim
Testsystemcapacityandperformance,andconfirmthatsystemautomaticalcontrolfunctionwell,eachparametermeetsrequirementofprocessbycommissioning.Thenputbiologicalaerationsystemintoservice,dischargequalifiedtreatedwater.
1.2CommissioningCondition
1.2.1Passconstructionandinstallationacceptancetestingafterfinishingsystemerection
1.2.2Availabilityofwaterresourceforsystemcommissioning(Industrywastewaterandmunicipalwaterforactivatedsludgecultivationanddomestication)
1.2.3Wellfunctionofallequipmentswithincommissioningscope
1.2.4Clientsshoulddispatchrelatedpersonalforcoordination
1.3CommissioningProcedure
1.3.1Commissioningofsingleequipment(Onlymanuallystartelectricaldeviceshortly)
1.3.2Commissioningofsystemwithcitywater(Systeminterlockoperatioinwithcitywater)
1.3.3Commissioningofsystemproduction(Biologicalprocesscommissioningwithwastewater);
1.3.4Commissioningofsystemauto-controlprogram
1.4CommissioningScope
Including:
constructions,pumps,mixers,blowers,andrelatedinstruments,auto-controlprogram,etc.
2.
ProcessDescription
2.1ProcessSummary
BEAUTYCOSINTERNATIONALCo.,LTD,acompanyincorporatedinthePeople’sRepublicofChinahasrecentlybeenschedulingfortheconstructionofanexpendedfacilitytomanufacturehigh-valuecosmeticsproducts.
Theindustrialwastewatermainlycomesfromcleaningoperationsoftheindustrialequipment,storagevessels,rawmaterialandbulktransferequipment,watertreatmentprocessingandcleaningareas.
Thepretreatmentsystemincludingchemicalcoagulationandflocculation,DissolvedAirFlotation(DAF)canremovemostofSS,oil,greaseandheavymetalsinthewastewater.Biologicalprocesscandegradatetheorgnicmattersinthewastewater,whichcanfacilitatethefunctionofposttreatmentsystem,includingmultimediafilterandcarbonfilter.
ThetreatedeffluentisdischargedaftermeetingthetakeupstandardofthewastewatertreatmentplantinSUZHOUINDUSTRYPARK.
2.1.1FlowCapacity
Thedesigncapacityforthewastewatertreatmentplantis300m3/day.
Thesystemcanbeextendedtocapacityof540m3/dayinthefuturebyaddingadditionalaerationtanksandequipment.
2.1.2RawWastewaterCharacteristic
Table3-1RawWastewaterCharacteristic
Item
Unit
Max.
Average
Min.
FlowCapacity
m3/d
360
220
Temperature
℃
38
20
Color
times
PH
10.6
9
7.1
CODCR
mg/l
11000
7500
BOD5
mg/l
4400
3000
SS
mg/l
2000
1000
Mineraloilsandgreases
mg/l
10
10
Animalandplantoils
mg/l
10
10
Totaloilsandgreases
mg/l
850
Volatilephenols
mg/l
10
10
KjeldahlNitrogen
mg/l
130
85
NH4-N
mg/l
90
45
Totalphosphate
mg/l
3
3
LAS
mg/l
1
Copper
mg/l
0.05
Zinc
mg/l
0.4
Totallead
mg/l
1
1
Totalarsenic
mg/l
0.5
0.5
Totalsilver
mg/l
0.5
0.5
Totalberyllium
mg/l
0.01
0.01
Totalnickel
mg/l
1
1
1、TheWWTPhasthecapacityoftreating300m3/dayofthewastewater,andhastheextendedcapacitytoreach540m3/daycapacity.
2、FortheMax.,Average,Min.,refertoSpecificationsEffluentTreatmentintheCONTRACTpage28of73.
3、TheamountsofTotaloilsandgreases,LAS,Copper,Zincarenotindicatedinthecontract.AmountsofTotaloilsandgreases(850mg/l)andLAS(1mg/l)intheabovetablearetestedresultsfromjartests.And,amountsofCopper,Zincarereferringtothecorrespondingfiguresintheenvironmentalimpactassessmentreport.
2.1.3WASTEWATERDISCHARGELIMIT
Thetreatedeffluentmust,atalltimes,complywithClassIIIstandardsoftheIntegratedWastewaterDischargeStandards(GB8978-1996)andDischargestandardformunicipalwastewater(CJ3082-1999).ThedischargelimitofpollutantcoppermeetstherequirementofClassIIoftheIntegratedWastewaterDischargeStandards.
Someofthemainitemsareprovidedforreference:
Table3-2WastewaterDischargeLimit
Item
Unit
DischargeLimit
FlowCapacity
m3/d
300
Temperature
℃
38
Color
times
PH
6-9
CODCR
Mg/l
≤425
BOD5
Mg/l
≤30
SS
Mg/l
≤68
Mineraloilsandgreases
Mg/l
≤17
Animalandplantoils
Mg/l
≤85
Totaloilsandgreases
Mg/l
≤17
Volatilephenols
Mg/l
≤1.7
NH4-N
Mg/l
≤29.75
Phosphate
Mg/l
≤5
LAS
Mg/l
≤17
Copper
Mg/l
≤1
Zinc
Mg/l
≤5
Totallead
Mg/l
≤0.85
Totalarsenic
Mg/l
≤0.43
Totalsilver
Mg/l
≤0.43
Totalberyllium
Mg/l
≤0.0043
苯并荜
Mg/l
≤0.0000225
Totalnickel
Mg/l
≤0.85
2.2DescriptionofProcessandOperation
RefertoP&IDforthedetailprocess.Sectionsbellowedwillgivebriefintroductionstomainequipment.Automaticcontrolsaredescriptedsimplyhere,formoredetailinformationrefertoFunctionalSpecificationControlSystemVersion2.0.
2.2.1Air-to-watercooler
Function:
Cooltherawwastewatertotheappropriaterangeoftemperature
Components:
CoolingTower(CT01),TemperatureTransmitter(TT0101),etc.
Theclienthasanexistingair-to-watercoolerforthewastewaterapplication.Itisinstalledintheinletpipeline,havingthreesetsfan.Thetemperaturetransmitterwilldetectthetemperatureofinletrawwater,thensendingthecorrespondingsignaltocontrolcoolingfanrunning,reducingpowerconsumeatutmost.
TheparametersoftemperaturetransmittercanbesetviaHMI.
2.2.2WastewaterStorageTank
Function:
equalizethewastewaterfully
Components:
Two
(2)existingtanks(200m3each,T01A/B),Anew-built400m3tank(T01C),Leveltransmitterandswitch,mixer,etc.
Two
(2)existingtanks(200m3each)willbeutilizedaswastewaterstoragetanks.Thesetwotankswillhavecommunicatinglevelasonetank,byaddingtwo
(2)interconnectingpipingatthebottom.Theexistingverticalmixers(A01A/B)willbeusedformixingpurpose.One
(1)circulationpump(P01F)willbeinstalledtoallowcirculationbetweenthetanks.
Athird400m3tank(T01C)willbebuilt.The400m3tankwillbeconstructedofconcretewithFRPcoatedinsideinside.Thedesignandconstructionofthe400m3tankwillallowtheprovisionofaddingofthecoverinthefuture.Recirculationpumps(P01G/H)aredesignedinthe400m3tanktoprovidethestirringofthewatertopreventsmell.FrequencyconversioncontrolisemployedtoP01G/H,regulatingaccordingtothelevelinthetank.Eight(8)Liquidjetmixingnozzles(G3/4”)willbeinstalledinthetanktoassistthemixingeffort.
Thetwoexistingtanks(T01A/B)areusedintermittentlywiththethirdtank(T01C)byturns.PneumaticON/OFFvalvesaredesignedattheinletofeachtank.WhenPneumaticvalve(PV01A/B)open,Pneumaticvalve(PV01C)close,Supplypump(P01A/B/C)stop,meansthatT01A/Barefillingwithrawwastewater,supplypump(P01D/E)running,T01Cissupplyingrawwastewatertothedownstream.WhenPneumaticvalve(PV01A/B)close,Pneumaticvalve(PV01C)open,Supplypump(P01A/B/C)runs,meansthatT01A/Baresupplyingrawwastewatertothedownstream,supplypump(P01D/E)stop,T01Cisfillingwithrawwastewater.
Wastewatermaycontainoil,wh