运用ASPENB_JAC设计管壳式换热器

:2010-05-13:(1982111-),,,2007,,,E-mail:zhouqi@chinaecec1comASPENB-JAC(,230024):ASPENB-JAC,ASPENB-JAC,:AspenB-jac;;;:TQ05115:A:1003-6490(2010)02-0042-05ASPENB-JACAspenTech,,,ASPENB-JAC,B-JAC,1111(ProblemDefinition)11111(Description),TEMA11112(ApplicationOptions):nophasechangeThermosiphonpoolboilingSaturatedsteamcondensation,:,(U),,,(U),,,,,,,(Design),,(Rating),,11113(ProcessData)36220106ChemicalEngineeringDesignCommunicationsVol136No12Jun12010,60,,,,,,,,,11Pa/kPa315315141525357070170,,,,,010001m21h1/kcal010002m21h1/kcal010002m21h1/kcal112(PropertyOptions)Hot/ColdSideComposition-SearchDatabankASPENB-JAC,ASPENPLUSB-JAC:(1)AspenPlusHeaterHeater,AspenPlusHeater,Heater/,AspenPlus(2)AspenPlusHeatXHeatX,Hetran-Rigorous-Design,Hot/ColdHcurves,HetranOptionsBJTBJT,B-JAC,(3)AspenPlusHetrandesign,BJT[2]113(ExchangerGeometry)Design,11311(ExchangerType)B-JACB,,;ACN,,;D,610MPaGH;IU;J,S;T[3],ExchangerPosition,B-JAC11312(Tubes):,192252252153m415m6m6mU,342:ASPENB-JAC1125,,,,,11313(Baffles):,,,,1/550mm,,1/2TEMA01815%45%,20%35%15%25%,,,,,,Design(Bundle)(Nozzles)Design,DesignSummary-RecapofDesignsB-JAC,B-JAC,ApplicationOptions(Rating),Rating/SimulationData2ThermalSummary-Performance:Q=KATm,Q;K;A;Tm;,,,Tm,K,K:K=1/(1/+R+/+R+1/),K;;R,,;/,,:211,=01023didiu018Cpn,018,,,,,,AspenB-jacThermalSummary-PressureDrop,::0133m/s,012115m/s;:530m/s,4436215m/s;,1m/s,015m/s;;,;2cp15001500500500100100353511m/s01601751111151152143,:3///MPa(G)/MPa5617450150105304001401054ABCD/mm6006005505002521025200192721922460005500500050002444/ms-101350135013401470145019511341166/kcal/h1m213991183939154409155204112363174295615516718819/MPa011780114011450135401023011340133401553/%1419817152161411415830112191131418913137521356018465153681732154219431173133/%241052418622192271724,,236317718819kcal/h1m21AB,D,C,,212A;B;C;ECE,015AB,018112,,,[4]1C,AspenB-jacThermalSummary-PressureDrop-ShellSideFlow:5/mm150200250150150/%2525252015A/%5318157177601765219652112B/%1619214188131341713618144C/%2110218149161582115722192D/%81258186913281126152/%6212765121671436116461134/ms-10141013401301410142014101340130141014201390141014401450167/MPa0126401145010950127101302483619440915410613486411489114/%2514623163221182515725167542:ASPENB-JAC,,,,,,,,,,5,,,,,,,,3,:,:311,,BFG312TEMAJGHX,4590,[][1]1[M]1:,200312731[2]ASPENTECH1ASPENPLUS,V1012181[3]1[M]1:,200216151[4]1[J]1,2003,13(4):15-1812011(42-52),1975,()-(),,:,,::,16,64,10,40,,,!!!:CN43-1108/TQ:42-52:ISSN1003-6490:::8376880067810001:0731-560396013974864498:410007E-mail:hgsjtx@2631net:0731-5532185:398::430100s0416436(JiangsuHengshengFertilizerCo1,Ltd,Xinyi,221400,China)Abstract:Thisarticledescribesthewastewatertreatmentcharacteristicsonbasisofpollutionsourceanalysisandcontrolin1830project1Environmentalbenefitandeconomicbenefitareanalysedbriefly1Keywords:waterpollutionsource,control,wastewatertreatmentStudyonInhibitionofSecondGenerationofDioxininWasteIncinerationWANGWei(Xinneng2Fenghuang(Tengzhou)EnergyCo1,Ltd,ofXinaoGroup,Tengzhou,277500,China)Abstract:Accordingtoformationmechansimofdioxinsinsolidwasteincinerationtechnology,wasteheatboilerfluegasatlowtemperaturecanavoiddioxinre2synthesisatlowtem2peratureregion,low2temperaturewasteheatboilerfluegasquenchingisnotfeasiblenow1Thisarticledescribesthefluegasquenchinginwasteincinerationsystem1Keywords:wasteincineration,inhibition,dioxin,secondgenerationDiscussiononDesignofPumpsSuctionandDischargePipingLIUWei2kun(ChinaWuhuanEnginteringCo1,Ltd,Wuhan,430223,China)Abstract:Accordingtopumpscharacteristics,thedesignprinciplesandprecautionsofpumpssuctionanddischargepipingisdiscussed1Keywords:pump,piping,designStudyonAirResistanceinHotWaterHeatingSystemWANGShuai2zhang(HuannChemical&PharmaceuticalEngineeringDesignIntitute,Changsha,410007,China)Abstract:Thisarticlestudiestheairresistanceofhotwaterheatingsystem1Keywords:hotwaterheating,airresistance,studyDesignofLargeCompoundTitanium2stellTowerZENGHong,LIUQing(BaotaiGroupCompary,Baoji,721014,China)Abstract:WithrespecttothestructureofFY-301com2poundtitanium2steeltower,thereliabilityofthesafetyofe2quipment2claddingisdiscussedbriefly,andthepointofthelargetowerdesignisdiscussedtoo1Keywords:FY2301tower,titaniumcladding,reliability,designDesignandOptimizeTube/ShellHeatExchangerbyAspenB2jacZHOUQi(EastChinaEngineeringScienceandTechnologyCo1Ltd1Hefei230024,China)Abstract:ThispaperintroducestheAspenB-jaccalculationprogramofheatexchanger,demonstratesthecalculateproce2dureofaspenb-jacprogramtodesigntube/shellheatex2changer,analyzeshowtooptimizethedesignandsummarizestheexperiencesinoptimizingtube/shellheatexchanger1Keywords:aspenB-jac,tube/shellheatexchanger,de2sign,optimizeQualityControlofInstallctionof650m3CO2SphericalTankLIUJiang2qiang(ChanglingYueyangEnginteringCo1,Ltd,Yueyang,414012,China)Abstract:Thisarticleintroducesthemethodtoassemblethe650m3CO2lowtemperaturesphericaltanksinbulk,andillus2tratestheprocedureandqualitycontrolofbulkassemblingmethod,whichhascertainreferencetotheinstallationofsphericaltanks1Keywords:sphericaltank,installation,quality,controlStudyonShel