机动车交通-需求量

AECOMMission:Toenhanceandsustaintheworld’sbuilt,natural,andsocialenvironmentsDuaneKissick,September8,2008:

CreatingSustainableCommunities

ClusterDialogueonInfrastructureCITYNETYokohamaCongress2009

Climatechangechallenges69%IncreaseinChina’scarbonfootprintinthelasttenyears.UrbanizationchallengesWaterresourcemanagementchallenges40%percentoftheworld—morethan2billionpeople—havenoaccesstocleanwaterorsanitation..PlaceMaking

TOKYOMIDTOWN

TOKYO,JAPAN

Client:MitsuiFudosanCo.Ltd.

CommunityBuildingSaadiyatIslandMovement来与往

/Accessibility

/Vehiclemovements–need,impacts,reducecaruse/Publictransport–density,connections,access,frequency+impact/Walking–compacturbanform,mixed-use,attractive+safe/Cycling–dedicatedroutes/可达性/机动车交通－需求量、影响、减少使用车辆/公共交通－密度、连接、通达、频率、影响/步行交通－紧凑的城市形式、混合用途、迷人且安全的环境/自行车交通－专用通道

DublinLightRail,Ireland爱尔兰都柏林轻轨Energy

能源

/Bestsustainablesupply–earlysitespecificassessment/Passivedesign/Micro/macrorenewableenergygeneration/最佳的可持续能源供应－场地前期评估/被动式节能设计/微观/宏观可再生能源的产生

BlackLawWindFarm,UK英国BlackLaw风力发电站Water

水

/Floodrisk/洪水风险/Freshwatersupply/淡水供应/Micro-macrowastewaterreuse/微观/宏观废水循环利用/Micro-macrorainwaterharvesting/微观/宏观雨水收集/Surfacewaterrunoff/地表径流/Pollutioncontrol/污染控制

EphraimIsland,Australia澳大利亚Ephraim岛Materials+Waste

材料与废弃物

/Reuse+Recycling/StandardizationandModularDesign/ConstructionImpacts/EmbodiedEnergy/再利用+循环利用/标准化＋模型设计/施工影响/隐含能量

TokyoMidtown,Japan日本东京中城NaturalSystems/Retainproductiveland––food,forestry,biomass/Waterresources,airquality+ecology/Connections/Escapetonature––recreation,relaxation,nourishthesoul/保留生生产性性土地地－食食物、、森林林、生生物/水资源源、空空气质质量、、生态态/联系/重返自自然－－休闲闲、憩憩息、、涤荡荡心灵灵RoyalBankofScotland,UK英国苏苏格兰兰皇家家银行行SHANGHAICHEMICALINDUSTRIALPARKSHANGHAI,CHINAClient:ShanghaiChemicalIndustrialParkAdministrativeCommitteeEDAW/AECOMSSIMSustainableSystemsIntegratedModel(SSIM)/SustainableSystemsIntegrationModel(SSIM)isawholesystemsmodelandclimatechange/landplanningtooldevelopedformultiplescalesandcomplexsustainablecommunitydevelopment./SSIMwasdevelopedinresponsetothegrowingneedforMeasurable,Performance-basedsustainabilitystrategiesbyamulti-disciplinaryteam./Developedtovalidateandquantifysustainablemeasures.QuantifyingaSustainableMasterPlan––SSIMSustainabilityServicesandQualificationsWorkflowBasedandInteractiveDashboardsSSIMComponentsandFeaturesSustainabilityServicesandQualificationsStageILandPlanEvaluationStageIICoreThemePerformanceBenchmarkingStageIIIProgramOptimizationSSIMComponentsandFeaturesSustainabilityServicesandQualificationsSustainabilityServicesandQualificationsSSIMStageI––BaselineAnalysisSSIMStageI––CompareAlternativesSustainabilityServicesandQualificationsScheme1Scheme2Scheme313%94%97%Scheme1Scheme2Scheme3AccesstoTransitCoveragePercentageSSIMStageI––CompareAlternativesSustainabilityServicesandQualificationsSSIMStageI––CompareAlternativesSustainabilityServicesandQualificationsStageILandPlanEvaluationStageIICoreThemePerformanceBenchmarkingStageIIIProgramOptimizationSSIMComponentsandFeaturesSustainabilityServicesandQualificationsThematicPerformanceSub-ModelsPrimarySystemsModeledOn-siteUrbanFormResidentialBuildingEnergyNon-ResidentialEnergyTransportationPublicRealmEnergyWaterUrbanHeatIslandEffectEcologyFreestandingRenewablesDistributedGenerationSocio-CulturalWaterEnergy––BuildingsRenewableEnergyGreenBuildingsEcology&EcosystemServices.Energy-PublicRealmSocial/CulturalTransportationSSIMStageII–CoreThemeModelingSustainabilityServicesandQualificationsSSIMStageII–CoreThemeModelingSustainabilityServicesandQualificationsFirst-CostsFinalOptimizedPackageCoreThemePackageofMeasuresLifeCycleCostsCostBenefitAnalysisEnvironmentalBenefitGreenRevenuePremiumDomesticWatergoodbetterbestTransportationgoodbetterbestPublicRealmgoodbetterbestRenewableEnergygoodbetterbestBuildingEnergygoodbetterbestProgramSelection:ProgramA––leastaggressiveProgramB––moderatelyaggressiveProgramC––mostaggressiveGood:Better:Best:SSIMStageII––SustainabilityMeasuresMatrixSustainabilityServicesandQualificationsSSIMStageII––CoreThemeModelingSustainabilityServicesandQualificationsExampleoutputsfromStageIISSIMStageII––CoreThemeModelingSustainabilityServicesandQualificationsExampleoutputsfromStageIISSIMStageII––CoreThemeModelingSustainabilityServicesandQualificationsExampleoutputsfromStageIISSIMStageII––CoreThemeModelingSustainabilityServicesandQualificationsExampleoutputsfromStageIIStageILandPlanEvaluationStageIICoreThemePerformanceBenchmarkingStageIIIProgramOptimizationSSIMComponentsandFeaturesSustainabilityServicesandQualificationsSSIMStageIII––ProgramGaming&FinalSustainabilityProgramSustainabilityServicesandQualificationsStageIIIProgramSelection-BookendsSustainabilityServicesandQualificationsExampleoutputsfromStageIIISSIMStageIII––ProgramGaming&FinalSustainabilityProgramScheme3–Optimization1Results%ImprovementComponentCostTotalCosttoDeveloperResidentialBuildingEnergy1.4BkWh/Yr56%+5%¥292M(4.6%ofTotalBuildingDevelopmentCost)Non-ResidentialEnergy460MkWh/Yr51%+3%Transportation(VKT)439MVKT50%¥255MWaterUse9Mcubicmeters40%-¥16MCarbonEmissions1.8MMTCo2Eq/Yr36%AbsorbedinOverallCostsSustainabilityServicesandQualificationsSSIMStageIII––ProgramGaming&FinalSustainabilityProgramSustainabilityServicesandQualificationsApplicationsofSSIMModelAPPLYINGSSIMTOPROJECTSGreenfieldProjects

SustainableDevelopmentPlans(scalablefrom20+acrestolarge10,000acre+communities)ExistingCommunitiesSustainableMasterPlansClimateChangeStrategicPlansEco-EfficiencyInitiativesNeighborhoods,Towns,Downtowns,CitiesBrownfields&Redevelopment

SustainableDevelopmentPlansInfillRedevelopments,EIS/EIRSupport

EnvironmentalImpactAsessmentSupportNewNEPAscopeonClimateChange,SupportotherRegulatoryRequirementsNote:CurrentmodelingeffortisUSfocused,butcanbeadaptabletoInternationalProjectsEDAW/AECOMCelebratingPlace––Mixed-UsePublicRealmEnvironments,whetherbuiltornatural,resistsimplificationandrewardcomprehensiveattention.不论自然然还是建建筑环境境，对其其全方位位的关注注能为环环境和人人类带来来福祉，，而简单单的处理理则有损损无益。。WestriveforafusionpracticeintegratedwithDesign,Economics,EnvironmentalandPlanningprocesses––orforgingconnectionsbetweendisciplines,rolesandtechnologiesaroundtheglobe.易道道致致力力于于设设计计、、经经济济、、生生态态和和规规划划跨跨专专业业合合作作的的融融合合工工作作方方法法，，汇汇集集全全球球专专业业和和技技术术资资源源。。TheresultsareExemplaryEnvironmentsthatareparticularlyrelevantforsocietiesundergoingrapidtransformation.正因因为为此此，，我我们们打打造造的的典典范范环环境境对对