基于能值和(火用)的鋼鐵工業(yè)園區(qū)可持續(xù)性評價.pdf

1、大連理工大學碩士學位論文基于能值和（火用）的鋼鐵工業(yè)園區(qū)可持續(xù)性評價姓名：陳秀瓊申請學位級別：碩士專業(yè)：工業(yè)生態(tài)與環(huán)境規(guī)劃指導教師：張蕓20091218基于能值和炯的鋼鐵工業(yè)園區(qū)可持續(xù)性評價EvaluationoftheSustainabilityofIronandSteelEco—industrialParksBasedonEmergyandExergyTheoryAbstractTheironandsteelindustryiSap

2、illarindustryinnationaleconomy，whosesustainabledevelopmentlevelisallimportantindicatorforoverallnationalstrengthThefastdevelopmentoftheindustryhasledtoseriousproblemsregardingresources，energy，theenvironment，etcTheseissue

3、shaveledtheindustrytoengageinsustainabilitydebateIronandsteelecoindustrialparkisanewmodelforironandsteelindustry。whichfollowsthenaturalflowofenergyandtheuseofmaterialsteconstructtheindustrialsystemandbenefittobotheconomi

4、candenvironmentalsituationHowever，there’SnoeffectivemeasuresputinpracticetoevaluateandimprovethesustainabilityoftheindustrialparksbecauseofourunadvancedenvironmentalmanagementtechnologyTherefore，thequantitiveevaluationof

5、anironandsteelecoindustrialparkisallimportantissueintheEcologicalEconomiesandIndustrialEcologynowInthisdissertation，basedonemergyanalysismethodandexergyanalysismethod，analysisandevaluationofironandsteeleco—industrialpark

6、sareexplored(1)Sustainabledevelopmentlevelofironandsteeleco—industrialparkisanalyzedbasedonemergytheoryOnthebasisofemergyresearchathomeandabroad，asynthesizedemergyindexsystemforironandsteelecoindustrialparkispresented，in

7、cludingemergysources，economicalsubsystemnaturalsubsystemandsustainabledevelopmentindicesTllree1argescaleironandsteelintegratedenterprisesareanalyzedandcomparedbasedontheaboveemergyindexsystem，nleresultsofcasestudyvalidat

8、eeffectivenessofemergyanalysismethod，andthat也eindexsystempresentedcanexactlyreflectthedegreeofsystemdevelopmentandbeusedtoguidedirectionofsystemimprovement，andalsothatthesustainabilityoftheindustrialparkafteradoptingthem

9、aterialandenergyrecyclingindustrialchainismuchhigherthanthatofthetraditionalchain(2)ResourceandenergyutilizationlevelsofmainproductionsystemsintheironandsteeleGOindustrialparkarestudiedbased0nexergytheoryThethermodynamic

10、characteristicsofsystemresourceandenergyusearestudiedbyanalyzingmaterialandenergyflowsinthesystemTheexergyefficienciesofthemainproductiondepartmentsintheindustrialparkareanalyzedandcomparedneresultsshowthatafteradoptingt