TheWorldisQuicklyHeadingTowards“WaterBankruptcy”*全球正在濒临“水资源破产”*China,ThirstforWater中国，渴求水资源EnergyChallenge能源挑战Freshwaterandondemandenergyareintimatelyintertwined淡水资源和能源需求之间密不可分的纽带关系MINIMIZINGFRESHWATERUSEINENERGYPRODUCTION在能源生产过程中尽量减少淡水的耗用EnergyProductionReliesonLargeAmountsofFreshWater能源生产依靠大量的淡水资源EfficiencyOptionsBeingUsed有效用水的方式WangTanPowerPlant,China王滩发电厂，中国TheplantislocatedinNorthChinawhichisshortageofwaterresource,turbidseawaterfromBohaiistheonlychoicetosolvewaterchallenge该电厂位于水资源短缺的华北，浑浊的渤海海水是解决用水难题的唯一途径Dowdesalinationtechnologywasinnovativelyusedtomadeseawaterasustainablewatersourcetosupportpowerplantoperation创新利用陶氏海水淡化技术，让海水成为支持电厂运行的可持续水资源Thefacilityproducesover7,200m3perdayoftreatedseawatertomeetthemanufacturingdemands该厂的海水日处理能力达7,200立方米以上，足以满足生产需求NovelWaytoRecycleandReuseWaterWasteStreams废水处理再回用创造节水新途径Recycledwastewater,orgreywater,usedincoolingtowersforpowerstations在发电站冷却塔中使废水或中水回用技术MINIMIZINGENERGYUSEINWATERPRODUCTION最大程度降低水生产过程中的能耗LargeAmountsofEnergytoExtract,TreatandDeliverPotableWater收集、处理和提供饮用水需要耗用大量的能源ThreeKeyTechnologiesforWaterTreatment应用于水处理的三项关键技术Pressure-DrivenMembraneSeparation压力驱动膜分离技术AdvancesinReverseOsmosis反渗透技术的进步Energyisthesinglelargestcostforseawaterdesalinization.能耗是海水淡化最大的成本TheKeyFocusofDesalination海水淡化技术的关键点Recoverenergy,reuseandminimizetheamountofmechanicalenergyrequiredintheseparationunit.始终围绕着能源的回收、再利用以及尽量降低分离设备所消耗的机械能ReverseOsmosisMembranes反渗透膜IonExchangeandUltrafiltration离子交换和超滤。HowCanTechnologyCreateSustainability?技术如何实现可持续发展？Learnmoreatdowwaterandprocess.com