简介:TheBeijingJingchuIndustryGeneralCo.isafamousenterpriseproducingkitchenutensilsandhouseholdelectricalappliances.TheJingchubrandenergysavingoilandsmokeexhausterproducedbythecompanyismadeofimportedmaterialswithoverseasadvancedtechnologyforproductionandmeasurement.Allindexeshavereachedthedomesticadvancedlevel.Theexhausterisequippedwithan
简介:Focusingonhighenergyconsumptionofrefractories,ourresearchworksaboutmonolithicrefractorieswereintroduced,suchasbauxite-basedcorundum,microporouslight-weightbauxite-basedclinker,light-weightalumina-richspinel,magnesiamicropowder,fast-dryingrefractorycastablesofblastfurnace,largearealong-lifefast-sinteringflingrefractoriesforconverter,high-strengthlight-weightmullitecastablesforladlepermanentliner,high-strengthandlow-conductivityforsterite-vermiculiteinsulatingboard,basicshotcretingcastablesforladlepermanentliner,magnesiacalciagunningmixforRHrefiningfurnace,andlight-weightcastablesinpetrochemicalindustry.
简介:GovernmentregulationonbuildingenergysavingstartsearlierinAmerica,Holland,Japanandotherdevelopedcountries,andhasaccumulatedwealthyexperiencewhichisworthreferenceforChina.AccordingtopracticalworkofbuildingenergyefficiencyinChina,thegovernmentregulationshouldtobedividedintotwostages:recentadvanceandforwardcontinuedpromotionofindustry.Inshortterm,weshouldcultivateandimproveenergyefficiencymarketasthemaintaskbymeansofenhancingawarenessofenergyconservation,acceleratingheatingsystemreform,implementingeffectiveencouragingpolicyandsettingupbuildingenergyefficiencysignsystemandetc.Whileinlongterm,weshouldputemphasisonupgradinganddevelopmentofbuildingenergyefficiencyindustrybywaysofimprovingstandardandnormsystem,constructingtechnologicalguaranteesystemandformingsocializedcooperationsystemandetc.
简介:Anenergy-savingcontrolstrategybasedonpredictivecontrolforcentralair-conditioningsystemsisproposedinthispaper.Thecoldloadmodelisdevelopedtodescribethedynamiccharacteristicsoftemperaturecontrolsystems,andthenparametersinthecoldloadmodelandinthecentralair-conditioningsystemmodelareestimated.Generalizedpredictivecontrol(GPC)isusedtoestablishanoptimizationmodeltominimizetheconsumptionofenergyandthecontrolerroroftemperature.Thesimulatedanne...
简介:Thedevelopmentofexistingbuildingenergysavingreconstructionmarketdependsontheinteractionamongservicemarket,capitalmarketandtechnologymarket.Analysisofthecharacteristicsofbothbuildingenergy-savingservicemarket,capitalmarketandtechnologymarket,andanalysisontheroleofexistingbuildingenergysavingreconstructionmarketdevelopmentinenergyconservationandemissionreductiondevelopmentstrategy,energy-savingtransformationpolicyimplementationandpromotionofotherindustrieslanding,willbeconducivetoenergy-savingrenovationofexistingbuildingsmarketcultivationanddevelopment.
简介:1.Speedupthedevelopmentofthefifthenergyresource-electricalenergy-savingTheworldexperiencedseriousenergycrisestwiceinthe1970’s,butthesituationwasalleviatedatthebeginningofthe1980s.Comprehensivereportspublishedbyinternationalenergyorganiza-tionsin1986summeduptheimportantachievementsofenergy-sav-ingobtainedin19mainindustrializedcountriesintheperiodof1973to1985.Theirprimaryexperienceistobringaboutthestructuralenergy-savingbyrelyingonthetechnicalprogress,thatis,changingthehighenergyconsumptionindustriestolowconsumptionones.Thischangetidedthemsuccessfullyovertheenergycrises,moreo-
简介:Thedevelopmentandcommercialapplicationoftheenergy-savingtypePTAoxidationreactioncondenserprojectundertakenbytheSINOPECShanghaiEngineeringCompanyhadpassedonMay17,2011thetechnicalappraisalorganizedbySINOPEC.Itislearnedthatthisprojecthasbeengrantedanationalpatentonpracticalnewproduct,
简介:TheSargentdividingwallcolumncanimplementfourproductsseparationsequencesinonecolumnbasedonFullyThermallyCoupledDistillationColumn.TheinitialdesignparametersarerequiredforthedesignoptimizationordynamiccontroloftheSargentdividingwallcolumn,andinordertomaketherigoroussimulationoftheSargentdividingwallcolumnmoreconducivetoconvergence,atencolumnmodelforcomplexSargentcolumnisestablishedinthispaper,andtheshortcutdesignmethodofthismodelisproposed.TheinternalminimumvaporandliquidflowareobtainedbytheUnderwoodequationsandthemassbalancemethodandtheV-minmethod.Theseparationfora4-componentshortcutmixtureofpentane,hexane,heptaneandoctanewasconsidered,whiletheinitialvaluesofdesignparametersandtheratioofvapor-liquiddistributionofeachcolumnwerecalculatedbyusingtheshortcutdesignmethodofatencolumnmodel.Andbycomparingtheshortcutcalculationswithrigoroussimulationresults,thepracticalityandreliabilityofshortcutcalculationswereverified.Thereasonforenergysavingwasanalyzedbasedonback-mixing.AvirtualheatexchangerisproposedtomaketheSargentdividingwallcolumnmoreenergyefficient.
简介:Theinvestmentriskmanagementoftheexistingbuildingenergy-savingrenovationprojectforESCOcannotbeseparatedfromthescientificriskmeasurementandevaluation.Theinvestmentriskassessmentisthebasisofinvestmentdecisionandprojectimplementation.Basedonthecontentanalysisandbalanceofevaluationprincipleofinvestmentriskevaluationontheexistingbuildingenergy-savingrenovationproject,wesetupthreelevelsofexistingbuildingenergy-savingrenovationprojectinvestmentriskevaluationindexsystem,usefuzzycomprehensiveevaluationmethodtoevaluatethequantitativeprocess,getthescientificassessmentoftheinvestmentriskofexistingbuildingenergy-savingrenovationproject,andsupporttheinvestmentriskresponsestrategyandcontrolmeasuresofexistingbuildingenergy-savingrenovationprojectforESCO.
简介:Thisstudyprovidesanoverviewoftheproductionandclassificationofmetallurgicalslaganditsimpactonenergy-savingandemissionreductioninthemetallurgicalindustryandananalysisoftheimpactofkeyfactorsonslagprocessingtechnology,includingabriefaccountofblastfurnace(BF)slagprocessingandapplicationswithafocusonthesteelslagdisposalprocessesandthefeaturesofsometypicalprocesses.Inviewofthecharacteristicsofthebasicoxygenfurnace(BOF)slagandthetechnicaldifficultiesfacedbythetraditionalprocesses,itdescribestheprinciple,featuresandtechnicaladvantagesoftheBaosteelshort-flow(BSSF)steelslagtreatmentprocessdevelopedbyBaosteel.Thethinkingandoutlookonthedirectionofthedevelopmentofthemetallurgicalslagprocessingprocessarestated.
简介:Excessiveconsumptionofelectricalenergyhashamperedthewidespreadapplicationofelectrochemicaltechnologyfordegradationofvariouscontaminants.Inthispaper,aFe-basedmetallicglass(MG)wasdemonstratedasanewtypeofelectrocatalysttoeffectivelyandeconomicallydegradeanazodye.Incomparisontoothertypicalelectrodes,Fe-basedMGelectrodesexhibitaminimizeddegradationtime,andthespecificenergyis4-6ordersofmagnitudelowerthanthatofdimensionallystableanode(DSA),metal-likeboron-dopeddiamond(BDD)andotherelectrodes.Assacrificialelectrodematerials,Fe-basedMGshavelessspecificelectrodemassconsumptionthanironelectrodes.TheuseofFe-basedMGswillpromotethepracticalapplicationofelectrochemicaltechnologyandtheuseofMGsasfunctionalmaterials.
简介:Inordertoestablisharoutesupportingmulti-constrainedqualityofservice(QoS),increasenetworkthroughputandreducenetworkenergyconsumption,animprovedantcolony-basedmulti-constrainedQoSenergy-savingroutingalgorithm(IAMQER)isproposed.Theantcolonyalgorithm,asoneoftheavailableheuristicalgorithms,isusedtofindtheoptimalroutefromsourcenodetodestinationnode.TheproposedIAMQERalgorithm,whichisbasedontheanalysisoflocalnodeinformationsuchasnodequeuelength,nodeforwardingnumberofdatapacketsandnoderesidualenergy,balancestherelationshipbetweenthenetworkthroughputandtheenergyconsumption,thusimprovingtheperformanceofnetworkinmulti-constrainedQoSrouting.SimulationresultsshowthatthisIAMQERalgorithmcanfindtheQoSroutethatreduceaverageenergyconsumptionandimprovesnetworkpacketdeliveryratioundertheend-to-enddelayandpacketlossratioconstraints.
简介:TheaveragecoalconsumptionofthermalpowerplantsinShandongProvincialGridwasreducedfrom449g(standardcoal)/kWhin1979to389g(standardcoal)/kWhin1989,asinrecenttenyears,thethermalpowerplantsofShandongProvinceadoptedthemethodofconstructinglargescalegeneratingunitsandimprovingtheeconomicperformanceofoldgenerationunits,mean-whiletheothertechnicalandeconomicaltargetsalsowereimprovedsignificantly.Forinstance,theelectricenergyconsumptionrateof
简介:Recently,theSuggestionsonTenKeyEnergySavingProjectsinthe11thFive-YearPlanPeriod,jointlyworkedoutbyNDRCandotherdepartmentsconcerned,wasofficiallyissued.Itisworthnoticethat80%ofthetenprojectsarerelativetotheelectricpowersectors.Uponimplementationofthetenkeyprojectsinthe11thFive-YearPlanperiod,itisexpectedthatthestandardcoalconsumptioncanbereducedby240milliontons,and
简介:Existinglarge-scalepublicbuildingenergysavingrenovationistheinherentrequirementofsustainabledevelopment,ithasbeenprovedthatimplementingtheenergyperformancecontractingmodeintheExistinglargepublicbuildingsenergy-savingisaneffectivewaybothathomeandabroad.EPCmodehasobviouscharacteristicsfortheESCOandthecustomers,itcanmeetthebasicrequirementsoflargepublicbuildingsenergy-saving,suchasthewidthoffundingsources,programspecification,advancedtechnology,informationflowandmanagementlevelhigher,etc.Undertheconditionofmarketeconomy,italsoprovidesabroadplatformfortheESCOimplementsbuildingenergysavingtransformation,whichisconducivetotherealizationofthewin-wincooperationbetweentheparties,andtopromotethehealthydevelopmentoftheexistinglargepublicbuildingenergysavingreconstruction.
简介:OnJuly16,2013,thefirstlow-EenergysavingglassdeepprocessinglineofHubeiZhongyiGlassCo.,Ltd.wasputintoproductioninChangyangCountyofHubeiProvince.Low-Eglassisakindofnewglassfeaturedwithgoodlighting,thermalinsulation,andultravioletradiationresistance.SofarcontractsworthaboutCNY50millionhavebeensigned.TheglassprojectofHubeiZhongyiisakeyprojectforChangyangCounty.PhaseIoftheprojectwas