2021企业气候行动BUSINESSCLIMATEACTION案例集/CASES致谢｜Acknowledgement感谢中国工业经济联合会、商道纵横、保尔森基金会等中国企业气候行动（CBCA）伙伴机构推荐案例。感谢万科公益基金会的资助与支持。Wethankthefollowingpartnersforrecommendingcorporatecases:ChinaFederationofIndustrialEconomics,SynTaoSustainabilitySolution,andPaulsonInstitute.WealsothankVankeFoundationforthesupport.免责声明｜Disclaimer本案例集收录内容由中国企业气候行动（CBCA）发起/成员机构提供或推荐，由CBCA秘书处完成整理及部分翻译。CBCA秘书处不对案例中的信息及数据的准确性负责。ThecasesincludedinthiscollectionisprovidedorrecommendedbymembersofCBCA.TheCBCASecretariatcompiledandpartiallytranslatedthecases,andisnotresponsiblefortheaccuracyoftheinformationanddatainthecases.如有问题或建议，请联系邮箱：CBCA@cteam.org;电话：01062561869。Forfurtherinformation,pleasecontactCBCA@cteam.org,+861062561869.编者按｜Editor’sNote2021年11月，《联合国气候变化框架公约》第二十六届缔约方大会（COP26）虽迟但到。中国企业气候行动（CBCA）秘书处将于COP26中国企业馆展示成员企业和伙伴机构近两年来的部分成果，并以《2021企业气候行动案例集》为媒介，促进国际交流，吸纳前沿思想、输出经验与实践。2021年我们秉持一贯理念，在遴选案例上侧重企业自身的节能减排成效和企业提供的应对气候变化解决方案这两个角度。这些案例，基于企业的探索与实践，努力做到用有说服力的数据说话。我们也了解到，很多企业已经紧锣密鼓地投入到碳中和目标和方案的研究当中；我们期待，2022年的案例集能够对企业的碳中和行动方案有更全面、准确的展示。秘书处也将继续携手平台内外志同道合的伙伴，为各行业、各领域的双碳具体措施提供支持，协助企业制定科学、切实的减碳目标和行动方案。让我们携手共创、笃定前行，为遏制全球气候变化、构建人类命运共同体做出更大贡献。中国企业气候行动（CBCA）秘书处2021年10月The26thUNClimateChangeConferenceoftheParties(COP26)willfinallyunveilitselfinNovember2021,afteraone-yeardelay.TheChinaBusinessClimateAction(CBCA)SecretariatwillshowcasetheeffortsandoutcomesofourmembersandpartnersinthepasttwoyearsattheChinaCorporatePavilion.Bypresenting2021BusinessClimateActionCases,wehopetoenhanceinternationalcommunicationandexchangecutting-edgeideasandbestpractices.Thisyear,thecasesweselectedfallintotwocategoriesingeneral:emissionreductionandenergysavingprojectstakenbyenterprisesandclimatechangesolutionsofferedbybusinesses.Thesecasesspeakforthemselvesusingnumbersandstatisticsderivedfromtheirrespectiveexplorationandpractices.WehavealsolearntthatmanyChineseenterpriseshavealreadykickedofftheircorporatenetzeropathwayresearchandplanningprocess;weexpectthatthe2022businesscasecollectionhasamoreaccurateandinclusiverepresentationofcorporatecarbonneutralroadmapandactions.Meanwhile,theCBCASecretariatwillcontinuetocloselyworkwithourpartnersbothinandoutoftheCBCAplatform,toassistindustriesandenterprisesindevelopingtheirscience-basedandpracticalcarbonreductiontargetsandactionplans.Letusjoinineffortsandforgeaheadtomakegreatercontributionstocombatingglobalclimatechangeandbuildingacommunityofsharedfutureformankind.ChinaBusinessClimateActionSecretariatOctober2021目录TableofContents依机构名称首字母排序01抱朴再生BOTTLOOP05比亚迪股份有限公司BYD09第一人居FirstLivingEnvironmentTech13国网（苏州）城市能源研究院StateGrid(Suzhou)City&EnergyResearchInstitute17杭州超腾能源技术股份有限公司HangzhouChaotengEnergyTechnologyCo.,Ltd.21南京天加环境科技有限公司TICA25ROEHLROEHL29四川永祥股份有限公司SichuanYongxiangCo.,Ltd.33丝芙兰SEPHORA37星巴克中国StarbucksChina抱朴再生资源零废弃全流程一站式解决方案◎案例概述「抱朴再生」整合了国内饮料瓶安全回收及再生产业资源，经由智能回收机、专业分拣中心、以及合作伙伴的业务场景安全回收并专业处理；从投瓶返利、粉碎清洗、聚酯切片、环保长丝到设计剪裁，历经12道专业工序，以可控闭环的形式，实现了生产环节的安全可追溯，并已通过GRS全球回收标准认证及ISO9001国际质量体系认证。抱朴结合可计量的减碳数据、可定制的面料与设计，打造再生资源利用的全流程创新模式。抱朴再生是中国第一家把“碳减排计算”融合到环保再生产品上面的创新品牌，仅2020年，约9,895,376个塑料瓶被抱朴再生赋予新生。成立两年半，抱朴已服务超过100家国内外知名企业、机构，包括星巴克、宝⻢、百事、财新峰会、世界⾃然基⾦会、国家地理、⼈⺠⽹等。其中，为星巴克持续提供再生产品创新点，赋能成功商业案例，辐射人群300万+；联合阿迪达斯打造”来自海洋的礼物“再生套装，助力终结海洋垃圾，辐射人群200万+；联合摩登天空打造草莓音乐节“循环世界”，辐射人群100万+。2019年，抱朴曾获得联合国邀请赴纽约参加联合国⻘年⽓候峰并做主题发言及为中国代表团提供官方礼品。◎企业简介成立于2019年的「抱朴再生」，是一个致力于探索中式可持续生活方式的环保国潮品牌。提供回收再生解决方案，并将废弃资源改造为潮流商品。实现效法自然，生生不息。「抱朴再生」品牌灵感源自老子《道德经》第十九章“见素抱朴”，英文名“BOTTLOOP”则有“瓶子的循环”之意。抱朴再生受到传统中国文化启发，怀抱对大自然的敬畏与感恩，秉持“回归本真，拥抱纯朴，循环再生，生生不息”的可持续生活方式理念，试图还原塑料制品未开发时的朴质本真，结合现代科技和时尚创意，将其循环再生为潮流商品，赋予废弃资源第二次乃至无限的生命。作为可持续生活方式的创意平台，「抱朴再生」针对政府、企事业单位及大型活动，提供零废弃全流程解决方案，促进行业标准建立，探索中国现代绿色生产与生活方式的实践方向；同时面向终端消费人群推出深入生活场景的再生潮流商品，并与各界伙伴携手打造联名设计、艺术展演、公益活动等，激励全社会的低碳环保行为。◎项目产出•经核算，抱朴再生产品利用废弃饮料瓶回收再生成涤纶（RPET）切片，从投瓶回收、到清洗再到切片整个过程中，对比基准线情景，每生产1克RPET切片对应的温室气体减排量为2.109gCO2e。•每一件抱朴再生打造的环保商品，皆附有一个可追溯碳足迹的二维码。消费者可通过扫码查询商品在生产过程中折算的碳减排量。例如1件使用RPET材质的成人雨衣，约可减排3.72kg的碳排放，相当于种树约0.7棵；1个手提包约可实现1.24kg的碳排放，相当于种树约0.25棵。•经核算，2020年全年，抱朴再生合计利用回收塑料瓶247.38吨，二氧化碳减排量为521.73吨，相当于减少标煤200.67吨，汽油171.06吨，节电855161度，种树104347棵。对比场景为“以原油、天然气等化石原料，经过炼油、合成等工艺而获得的聚酯切片”。产品碳足迹算法由第三方专业机构“碳阻迹”提供。2020中国企业气候行动01◎项目实施近年来，伴随着经济发展，我国环境污染的严峻形势逐渐引起社会关注：首先，以废旧塑料回收再利用为例，我国塑料瓶的过度使用和其较低的回收率之间的矛盾极为突出，公开数据显示我国废弃塑料及包装物回收利用率不到10%；同时，部分塑料瓶经由不当回收流入“黑作坊”，处理过程对水源和土壤造成严重污染。国内市场缺乏具备安全技术、高附加值、可推广性的商业模式，未能有效通过商业手法解决行业问题。第二，我国各行各业均面临发展与污染之间的矛盾，公开数据显示，2010年，纺织产品基于终端能源消费而产生的CO2排放量约为2.05亿吨。我国急需控制高能耗、高污染产业的低层次扩张，转变发展方式，调整产业结构。为了解决上述两个社会问题，抱朴再生依托母公司（北京盈创再生资源回收有限公司）的饮料瓶智能回收机具以及回收网络资源；并以国际回收标准（GRS）为基础，整合中国再生纺织工业上下游生产链，将物联网技术与再生资源回收体系结合，进行了RPET再生商品模式探索。通过抱朴再生的零废弃全流程解决方案，PET饮料瓶一等次性物料经过专业的回收与清运流程，由粉碎清洗、聚酯切片、深层分离清洁、环保长丝、再生面料等12道工序，最终被赋予第二次生命，再生成可持续使用的环保商品。全流程安全可追溯，不仅能减少白色污染，相较传统的纺织行业，还能减少资源消耗和碳排放。部分合作案例如下：1.环保再生防护服项目：2020年武汉疫情期间，抱朴再生有感于防疫物资短缺，发挥再生资源利用行业的技术优势，开发了国内第一批环保再生材质的非医用防护服，并携手合作伙伴向武汉等地区捐助6000余套环保再生防护服。海外疫情肆虐期间，抱朴再生联合远洋集团，将防护服捐赠至⽇本医护机构，事件获得了《⽇本经济新闻》的报道。在北京疫情发生反弹后，抱朴再生向公共场所捐助防护服，协助防疫站点开展⼯作。⾸批防护服已在北京远洋未来⼴场购物中⼼落地使用。2.“禁塑”航班项目：2020年世界环境日，海南省生态环境厅、海航、抱朴再生三方联手，以HU7281航班执行“禁塑”飞行，全面替换客舱一次性耗材，在万米高空举行环保科普快闪活动，倡导绿色出行理念。这是国内首个“禁塑”航班。3.星冰粽项目：2020-2021年端午节，星巴克推出星冰粽，附赠由抱朴再生倾协力助打造的潮酷礼袋。抱朴再生回收星巴克部分门店冰杯，协同安全渠道回收的饮料瓶，再生成为RPET环保面料，并提供了礼袋的碳足迹数据。两款礼袋以潮酷色彩混搭传统元素，践行可持续生活方式。4.跑出蔚蓝活动：2021年，阿迪达斯联合抱朴再生将原本可能流入海洋的塑料垃圾回收再造成为时尚单品，化身成为一份“来自海洋的礼物”，赋予废弃塑料二次生命。“跑出蔚蓝”活动，全国落地城市200+座，参与人数2690000+人，回收塑料垃圾10000+公斤，生成废弃塑料再生礼品5000套，共计减碳23.9吨。经核算，2020年全年，抱朴再生合计利用回收塑料瓶247.38吨，二氧化碳减排量为521.73吨，相当于减少标煤200.67吨，汽油171.06吨，节电855161度，种树104347棵。◎项目重要影响及可持续性为推动循环再生整体产业链的绿色转型，抱朴再生以国际回收标准（GRS）为合作基础，整合中国再生纺织上下游生产链，逐步建立中国特色的零废弃指导原则与评价体系，为传统的环保产业增添附加价值，增加就业，提升人员收入，提升尊严感与荣誉感，从长远促进中国环保产业综合发展。同时，抱朴再生正在尝试将区块链技术与政府、企业客户减碳信息相结合，构建全社会的绿色信用体系，为中国民族环保产业的价值推广创造一种全新模式。抱朴再生的零废弃全流程解决方案，旨在为政府机构与企业提供标准化的资源回收与再生服务。同时以品牌化的运营模式，推翻环保再生行业的刻板印象，进而吸引年轻一代的加入，通过创意力量改善城市的景观环境，促进国家生态文明建设,将中式环保智慧播撒至世界各地，为子孙后代留下绿色遗产。022020中国企业气候行动BOTTLOOPZeroWasteOneStopWholeProcessSolution◎CaseOverviewBOTTLOOPintegratesdomesticbeveragebottlesaferecyclingindustryresourcesandrealizessaferecyclingandprofessionalprocessingthroughintelligentrecyclingmachine,professionalsortingcenter,andpartners'businessscenarios.BOTTLOOP’ssafeandtraceableprocessingwhichconsistsof12majorsteps,includingcrushandclean,transfertoflakes,separateanddeepclean,extendasfiberandrecycledfabric,etc.,hasbeencertifiedbyGlobalRecycleStandard(GRS)andISO9001.BOTTLOOPcombinesquantifiablecarbonreductiondata,customizablefabricanddesigntocreateawhole-processinnovationmodelforrenewableresourceutilization.BOTTLOOPisthefirstbrandinChinathatintegrates"carbonemissionreductioncalculation"intoenvironmental-friendlyrecyclingproducts.Onlyin2020,about9,895,376plasticbottlesweregivennewlifebyBOTTLOOP.Sinceitsestablishmenttwoyearago,BOTTLOOPhassuccessfullycooperatedwith100+famousenterprisesandorganizationssuchasStarbucks,BMW,Pepsi,CaixinSummit,WWF,NationalGeographic,People'sDailyOnline,etc..BOTTLOOPhasbeencontinuouslyprovidingtoStarbucksproductinnovationonrecyclingmaterialtosecureitscommercialsuccesswithanaudiencecoverageof3millionpeople;hasassistedadidastocreatea“giftfromtheocean”packagetoreduceoceanplasticwastewithacoverageof2millionpeopleandhasjointlycreatedStrawberryMusicFestival“LoopWorld2019”withacoverageof1millionpeople.In2019,BOTTLOOPwasinvitedbytheUnitedNationstodeliverspeechontheUNYouthClimateSummitinNewYork,andsupplieduniformsandofficialgiftstotheChinesedelegation.◎CompanyProfileBOTTLOOP,foundedin2019,isasustainablelifestylebrandinspiredbyChinesetraditionalculture,whoprovidesrecyclingsolutionsandtransformswasteresourcesintotrendyproducts.InspiredbyLaozi’s“TaoTeChing”,BOTTLOOPcherishesthegratitudeofnature,torealizethereductionofwasteplasticbottles,devotingourselvestocombiningtechnology,artandfashiontopursueasustainablesolutionformodernsocietyandarisingaChinesesustainablefashiontrendamongyounggenerations.Asacreativeplatformforsustainablelifestyle,BOTTLOOPprovideszero-wastewhole-processsolutionsforgovernments,enterprises,publicinstitutionsandlarge-scaleevents,promotestheestablishmentofindustrystandards,andexploresthepracticaldirectionofmoderngreenproductionandlifestyleinChina.Atthesametime,BOTTLOOPprovidestocustomerstrendyproductsmadefromrecycledmaterialandwithitspartnersfromvarioussectortocreatejointdesign,artexhibitions,publicwelfareactivities,toinspirethewholesocietytopracticelow-carbonproductionandlifestyle.◎ProjectOutcome•Comparedwithbaselinescenario,theprocessofrecycledpolyester(RPET)pelletproductionbyBOTTLOOPfrombottlesmartrecycling,cleaning,tocutting,reduces2.109gCO2eforevery1gRPETpelletproduced.•OneachBOTTLOOP’sproduct,thereisaQRcodetotraceitscarbonfootprint.Forexample,oneadultraincoatmadefromRPETreducescarbonemissionsbyabout3.72kg;Onehandbagachievesabout1.24kgofcarbonemissionsreduction.•In2020,BOTTLOOPrecycled247.38tonsofplasticbottles,andachieved521.73tonsofCO2emissionreduction.Baselinescenario:polyesterpelletsproducedtroughrefiningandsynthesisprocessfromfossilmaterialsuchascrudeoil.Carbonfootprintcalculationmethodologyprovidedbythirdparty"Carbonstop".2020中国企业气候行动03◎ProjectImplementationInrecentyears,alongwitheconomicgrowth,theseveresituationofenvironmentalpollutioninChinahasgraduallyarousedsocialconcerns:First,takethewasteplasticsrecycleasanexample,thecontradictionbetweentheoveruseofplasticbottlesanditslowrecoveryrateisveryprominent.PublicdatashowsthattherecoveryrateofwasteplasticsandpackaginginChinaislessthan10%.Atthesametime,someplasticbottleshavebeenimproperlyrecycledinto"dirtyworkshops",andthetreatmentprocesshascausedseriouswaterandsoilpollution.Inthedomesticmarket,thereislackofaneffectivebusinessmodelwithsafetechnology,highaddedvalueandpopularizationtosolvesuchindustryproblems.Secondly,industriesinChinaarefacingthecontradictionbetweengrowthandpollution.Accordingtopublicdata,theCO2emissionfromtextileproductsbasedonend-useenergyconsumptionwasabout205milliontonsin2010.Chinaurgentlyneedstocontrolthelow-levelexpansionofhighenergyconsumptionandhighpollutionindustries,changethedevelopmentmode,andadjusttheindustrialstructure.Inordertosolvetheabovetwosocialproblems,BOTTLOOPhasdevelopedtheRPETrecycledproductsbusinessmodelwhichreliesonthesmartbeveragebottlerecyclingmachinesandnetworkresourcesofitsparentcompany(BeijingINCOMRecycleCo.,Ltd.).BasedontheGlobalRecycledStandards(GRS),BOTTLOOPhasintegratedtheupstreamanddownstreamproductionchainsofChina'srecycledtextileindustryandcombinedthetechnologyofinternetofthingswiththerecyclingsystemofrenewableresources.ThroughthezerowastewholeprocesssolutionofBOTTLOOP,disposablematerialssuchasPETbeveragebottlesaregivenasecondlifeandrecycledintosustainableenvironmentalproductsafterasafe,professionalandtraceablerecyclingandcleaningprocess,whichconsistsof12majorsteps,includingcrushandclean,transfertoflakes,separateanddeepclean,extendasfiberandrecycledfabric,etc..SomeofBOTTLOOP’stypicalcooperationcasesareasbelow:1.RPETProtectionSuit:duringthe2020WuhanCOVIDepidemic,awareoftheshortageofepidemicpreventionsupplies,BOTTLOOPhasgivenplaytoitstechnologicaladvantagesintheindustryofrenewableresourcesutilization,todevelopthefirstbatchinChina,thenon-medicalprotectiveclothingmadefromrecycledmaterials.Togetherwithenterprisepartners,morethan6,000setsofprotectiveclothingweredonatedtoWuhanandotherregions.Duringtheoutbreakabroad,BOTTLOOPandCoscohavejointlydonatedtheprotectiveclothingtomedicalinstitutionsinJapan.ThedonationwasreportedbythelocalmediaNihonKeizaiShimbun.WhentheoutbreakreboundedinBeijing,BOTTLOOPprovidedprotectiveclothingtostaffworkinginpublicplaces.2."PlasticBan"Flight:ontheWorldEnvironmentDayof2020,HainanProvincialDepartmentofEcologyandEnvironment,HNAGroupandBOTTLOOPhavejointlylaunchedthe"PlasticBan"flightwithFlightHU7281.Alldisposableplasticsontheflightwerereplacedwhileaflasheventonenvironmentalprotectionsciencewasheldataheightof10,000meterstopromotegreentravel.ThiswasthefirstflightinChinatobanplastics.3.StarbucksIcyDumplings:priortothe2020and2021DragonBoatFestival,StarbuckslaunchedstaricydumplingspackagewithtrendygiftbagsmadewiththehelpofBOTTLOOP.BOTTLOOPrecycledicecupsatStarbucksstores,mixedwithotherrecycledbeveragebottlestoproduceRPETfabrics.BOTTLOOPalsodisclosedcarbonfootprintdataofthesegiftbags.4.RunforTheOceans:In2021,BOTTLOOPassistedadidastolaunchthe“RunforTheOceans”programtocollectplasticwastewhichwaslatertransformedintotrendyproductscalled“agiftfromtheocean”.“RunforTheOceans”wasconductedinmorethan200citieswithabout2.7millionpeople'sparticipation,recycledmorethan10tonsofwastewhichwastransformedinto5000setsofmessengerbags,withatotalof23.9tonsofcarbonreduction.In2020,BOTTLOOPrecycled247.38tonsofplasticbottles,andachieved521.73tonsofCO2emissionreduction,whichisequivalentto200.67tonsofstandardcoalreduction,171.06tonsofgasolinereduction,855,161kWhofelectricitysaving,and104,347treesplanted.◎Impact&SustainabilityWiththevisionofpromotingthegreentransformationofthewholerecycleindustryandwithGRS(GlobalRecycledStandard)asthecooperationbasis,BOTTLOOPcaneffectivelyintegratetheupstreamanddownstreamoftherecycleandtextileindustry,tograduallyestablishtheChinesecharacterizedzerowasteguidingprinciplesandevaluationsystemandtoaddadditionalvaluetothetraditionalenvironmentalprotectionindustry,thustheemploymentandstaffincomecanbeincreased,dignityandhonorcanbeenhanced,andinthelongruntopromotetheoveralldevelopmentoftheChineseenvironmentalprotectionindustry.Ourzero-wastewhole-processsolutionaimstoprovidestandardizedresourcerecyclingservicestogovernmentagenciesandenterprises.Atthesametime,thebrandoperationmodeoverthrowsthestereotypeofenvironmentalprotectionandregenerationindustry,thusattractingyounggenerationstojoinin,improvingtheurbanlandscapeenvironmentthroughcreativepower,promotingtheconstructionofnationalecologicalcivilization,spreadingtheChineseenvironmentalprotectionwisdomtotheworld,andleavingagreenheritageforfuturegenerations.042020中国企业气候行动比亚迪股份有限公司“零碳园区”项目◎案例概述作为全球新能源整体解决方案提供商，比亚迪以解决社会问题为导向，以技术创新为驱动，在解决问题的过程中实现企业自身发展。比亚迪在坪山总部园区从三个方面开展减碳工作。一是绿色运营，将比亚迪开发的太阳能、储能电站、电动车、云轨、云巴等绿色技术和产品运用到园区日常运营中。二是绿色办公，提升员工环保意识，合力打造零碳园区。三是绿色生产，注重自身的节能减排，在坪山总部开展系统性节能减排改造项目，2019年至今，累计投入超1.3亿元开展节能改造，助力坪山总部成为首个零碳园区。◎项目产出•坪山总部园区节能改造项目节能量超1502吨标准煤（2019-2020）；•比亚迪节能改造项目累计减少二氧化碳排放33454.02吨（2019-2020）；•获得深圳市坪山区节能改造项目政策优惠。◎企业简介比亚迪股份有限公司，总部位于广东省深圳市坪山区。比亚迪致力于用技术创新促进人类社会的可持续发展，助力实现“碳达峰、碳中和”目标。二十六年来，比亚迪通过强有力的市场布局、坚定推动全球可持续发展的战略举措，赢得了“扎耶德未来能源奖”、“联合国能源特别奖”以及《财富》杂志“改变世界的公司”等系列赞誉。2021年5月，比亚迪第100万辆新能源车下线，是全球唯二、中国唯一的新能源汽车交付量达到百万级别的车企。截止2021年9月底，累计销售新能源汽车124万辆，减少8,091,062,254kg二氧化碳，相当于植树647,255,188棵树；比亚迪光伏累计出货量超10GW，减少7086824,768kg二氧化碳，相当于植树118113746棵。◎项目亮点2019年至今，比亚迪不断完善能源管理体系，获得ISO50001认证，多个节能改造项目节能减排成果显著并获得政府政策优惠。2021年2月，比亚迪宣布启动企业碳中和规划研究，探索新能源汽车行业碳足迹标准。2020中国企业气候行动05◎项目实施在“碳达峰”“碳中和”目标与“汽车强国”蓝图的要求下，比亚迪坚持技术创新，积极推动中国汽车工业高质量发展，助力零碳目标。为实现企业自身节能减排，比亚迪进行统一规划，从三个方面进行全面改造。一是绿色运营，利用自身在新能源领域的独特优势，将电动车、储能系统、太阳能电站、电动叉车、LED灯、云巴、云轨等绿色产品应用到自身的生产活动中。深圳坪山园区装机量为6.4MW的太阳能光伏每年发电约800万度用于园区日常生产。截至2020年，比亚迪合计使用884台新能源车用于公务出行及员工交通，累计使用2851辆电动叉车替换传统的燃油叉车，运用于园区车间物流，园区新能源汽车使用率100%。二是绿色办公，比亚迪注重提高员工的环保意识，通过日常培训、会议、宣传栏、活动竞赛等方式，向员工宣传环保知识，践行绿色办公，合力打造零碳园区。三是绿色生产，自2019年起，投入超1.3亿元用于节能改造项目，主要项目如下：一、冲压自动化线改造项目项目点为深圳焊接工厂，采用机器人焊接和大量滚床等自动化设备代替人工转运和焊接，焊接设备改为变频伺服焊机，将原来生产每小时生产20辆车提升至每小时生产35辆车以达到提高生产效率，降低能源消耗。二、电池生产设备系统优化改造项目项目将电池生产系统高耗能三相异步电动机用伺服电机替代，单面焊接改为双面，生产效率提升100%，大大提高自动化程度和产品良率。三、空压机余热回收利用项目项目通过给每台空压机安装一套余热回收装置，回收油冷却器中热量，实现把这些空压机产生的热量90%回收利用。将空压机产生的热能回收加热热水，为坪山宿舍、食堂等提供热水，不单实现了热能回收利用，同时减少了冷却水和电能的使用。四、整车性能测试方法节能项目项目为提高整车验证的实验成效，建立虚拟试验环境，替代试验车辆在真实路面的行驶，减少了车辆的油耗及碳排量。道路模拟试验设备已分别应用在大巴车和乘用车中。五、坪山燃油动力系统试验台架余能回收节能项目项目为购买了包括双模车动力系统实验台架、发动机试验台架、双模车动力总成试验台架等设备，改进和提升了动力系统的性能，有效提高了能源的使用效率。并对燃油动力系统试验台架的余能进行回收再利用，减少了能源的损耗。节能项目名称项目资金（万）节能效益（吨标准煤）年减少碳排放量（tCO2）其他效益冲压自动化线改造项目3,9994353,356.5872019年获得深圳坪山区节能减排专项。电池生产设备系统优化改造项目547.83062,364.539年节电量为2491874kWh空压机余热回收利用项目5513192,463.074年节电量为2595715kWh整车性能测试方法节能项目3,541370.992,864.38082020年获得深圳坪山区节能减排专项坪山燃油动力系统试验台架余能回收节能项目4,405.5371.3550.312021年获得深圳坪山区节能减排专项合计13,044.331,502.2911,598.8908以上数据均由第三方评估。◎项目重要影响及可持续性未来，比亚迪继续争当可持续发展先锋，加强企业自身碳减排行动，进一步完善能源管理体系，逐步减少化石能源的使用，增加清洁能源使用占比，将在2022年实现比亚迪坪山总部“零碳园区”，并逐步推广至比亚迪全球范围的其他工业园。同时，进一步通过比亚迪绿色技术、绿色产品和解决方案，与全球客户及伙伴加速推动交通运输行业和制造业绿色低碳转型发展，为保护人类的共同家园、实现人类可持续发展贡献力量。062020中国企业气候行动BYDNet-ZeroIndustrialEstate◎CaseOverviewAsaglobalproviderofturnkeynewenergysolutions,BYDprioritizestheresolutionofsocialissuesandseekstoachieveitsowndevelopmentintheprocessusingatechnologicalinnovation-drivenmodel.BYDapproachescarbonreductioneffortsatitsPingshanhubfromthreeangles.First,greenoperation,wheresolarenergy,energystoragepowerplants,electricvehicles,SkyRail,SkyShuttleandothergreentechnologiesandproductsdevelopedbyBYDareappliedinthedailyoperationsofthesite.Second,greenoffice,theaimofwhichistoenhancetheenvironmentalawarenessofemployeesforthejointdevelopmentofanetzeroindustrialpark.Third,greenproduction,wherethefocusisplacedonBYD'sownenergysavingandemissionreductionthroughasystematicremodelingprojectatitsPingshanheadquarters.From2019todate,upwardsofCNY130millionhasbeeninvestedintheendeavortoshapethePingshanhubintothefirstnetzeroindustrialpark.◎ProjectOutcomeEnergysavingsofover1,502tonsofstandardcoalthroughtheenergy-savingremodelingofitsPingshanheadquarters(2019-2020);Cumulativereductionof33,454.02tonsofCO2emissionsfromtheremodeling(2019-2020);RecipientofpolicyconcessionsfortheretrofitprojectfromthegovernmentofPingshanDistrict,Shenzhen.◎CompanyProfileHeadquarteredinthePingshandistrictofShenzhenCityinGuangdongProvince,BYDCompanyLimitediscommittedtopromotingthesustainabledevelopmentofhumansocietythroughtechnologicalinnovationsandfurtheringthe"carbonpeakandcarbonneutrality"targets.Its26yearsofoperationshavebeenaccompaniedbyasuccessionofindustryacclaimandawards,includingtheZayedFutureEnergyPrize,theUNEnergySpecialAward,andFortuneMagazine's"CompaniesChangingtheWorld"listthankstoBYD'spowerfulmarketpresenceandrobuststrategicinitiativestopromoteglobalsustainabledevelopment.InMay2021,BYDrolledoutitsonemillionthnewenergyvehicle(NEV),makingitoneoftwoautomakersworldwideandthesoleautomakerinChinatohavedeliveredonemillionnewenergyvehicles.AsoftheendofSeptember2021,BYDhadsoldanaggregateof1.24millionnewenergyvehicles,reducingCO2emissionsby8,091,062,254kg,theequivalenttoplanting647,255,188trees;thecumulativeBYDPVshipmentsexceeded10GW,reducing7,086,824,768kgofCO2,theequivalenttoplanting118,113,746trees.◎ProjectHighlightsFrom2019todate,BYDhasconstantlyimproveditsenergymanagementsystem,whichhassecuredtheISO50001certification;significantenergy-savingandemissionreductionresultshavebeenachievedacrossseveralofBYD'senergy-savingretrofitprojects,whicharetherecipientsofgovernmentpolicyconcessions.InFebruary2021,BYDannouncedthelaunchofacorporatecarbon-neutralplanningresearchprogramtoexplorecarbonfootprintstandardsforthenewenergyvehicleindustry.2020中国企业气候行动07◎ProjectImplementationInlightofthegovernmentmandatesof"carbonpeakandcarbonneutrality"targetsandtheblueprintforan"automotivepowerhouse",BYDhasstayedthecourseoftechnologicalinnovationandactivelypromotedthehighqualitydevelopmentofChina'sautomobileindustry,infurtheranceofthenetzerogoal.BYDhasmadecentralizedplansforanoverhaulofitsoperationstosupporttheemissionsreductioninitiative,whichwillbecarriedoutonthreefrontiers.First,greenoperation.Leveragingitsuniqueedgeinthenewenergysector,BYDhasappliedgreenproductssuchaselectricvehicles,energystoragesystems,solarpowerplants,electricforklifts,LEDlights,SkyRailandSkyShuttletoitsownproductionactivities.Thesolarphotovoltaicgeneratorswithaninstalledcapacityof6.4MWatitsShenzhenPingshansitegeneratesabout8millionkWhofelectricityp.a.topowerthedailyproductionatthesite.Asof2020,BYDhasmobilizedatotalof884NEVsforbusinesstravelandemployeeshuttleservices,andatotalof2,851electricforkliftstoreplacetraditionalfuelforklifts,whichareusedinworkshoplogistics,with100%utilizationrateofnewenergyvehiclesonsite.Second,greenoffice.BYDvaluestheraisingofenvironmentalawarenessofitsemployeesandhasbeendisseminatingknowledgeonenvironmentalprotectiontoitsstaffthroughdailytraining,meetings,bulletinboards,activities,andcompetitions.Greenofficepracticesarepromotedonsitetofosterajointeffortinthecreationofanetzeroindustrialpark.Third,greenproduction.Since2019,BYDhasinvestedoverCNY130millioninenergy-savingretrofittingprojects,mainlyasfollows:I.AutomatedstampinglineretrofitBYD'sShenzhenWeldingFactoryistheprojectsite,whererobotweldingandalargenumberofautomaticequipmentsuchasrollerbedsareappliedinlieuofmanualtransferandwelding,andtheweldingmachinesareupgradedtoinverterservoweldingmachinestoincreasetheefficiencyofproductionfrom20carsperhourto35carsperhourwithlowerenergyconsumption.II.SystematicoptimizationandretrofitofbatteryproductionequipmentTheprojectwillreplacethehighenergy-consumingthree-phaseasynchronousmotorswithservomotorsinthebatteryproductionsystem,changesingle-sidedweldingtodouble-sided,whichwillincreaseproductionefficiencyby100%,andgreatlyimprovethedegreeofautomationandproductyields.III.AircompressorresidualheatrecyclingByinstallingasetofresidualheatrecoverydevicesforeachaircompressorandrecoveringtheheatintheoilcooler,theprojectcouldrecover90%oftheheatgeneratedbytheseaircompressors,whichisusedtoprovidehotwatertothedormitoriesandcanteensatthePingshansite.Theprojectbothrecyclesresidualheatandreducestheuseofcoolingwaterandelectricity.IV.EnergyconservationinvehicleperformancetestingTheprojecthasestablishedavirtualtestdriveenvironmentinplaceofreal-roaddrivingoftestvehicles,whichnotonlyimprovestheexperimentaleffectivenessofthewholevehicle,itreducesthefuelconsumptionandcarbonemissionsofthetestvehicles.Roadsimulationtestdriveequipmenthasbeenappliedtocoachesandpassengervehiclesrespectively.V.ResidualenergyrecoveryandenergyconservationofPingshanfuelpowersystemteststandEquipmentpurchasedforthepurposesoftheprojectincludeadual-modevehiclepowersystemteststand,engineteststand,dual-modevehiclepowertrainteststand,whichimproveandenhancetheperformanceofthepowersystemandeffectivelyimprovestheefficiencyofenergyuse.Furthermore,theresidualenergyofthefuelpowersystemteststandisrecycledandreused,reducingthelossofenergy.ProjectInvestment(10k)Energysavings(standardcoal,tonnes)Carbonemissionsreductionp.a.(tCO2)OtherbenefitsAutomatedstampinglineretrofit3,9994353,356.587Specialgrantforenergyconservation/emissionreductionprojects,Pingshan,Shenzhen,2019Systematicoptimizationandretrofitofbatteryproductionequipment547.83062,364.5392,491,874kWhofpowersavedp.a.Aircompressorresidualheatrecycling5513192,463.0742,595,715kWhofpowersavedp.a.Energyconservationinvehicleperformancetesting3,541370.992,864.3808Specialgrantforenergyconservation/emissionreductionprojects,Pingshan,Shenzhen,2020ResidualenergyrecoveryandenergyconservationofPingshanfuelpowersystemteststand4,405.5371.3550.31Specialgrantforenergyconservation/emissionreductionprojects,Pingshan,Shenzhen,2021Total13,044.331,502.2911,598.8908Basedonthird-partyappraisals.◎Impact&SustainabilityBYDwillmoveforwardwithitsquesttobecomeapioneerinsustainabledevelopment,strengthenitsowncarbonemissionreductionefforts,furtherimproveitsenergymanagementsystem,graduallyreducetheuseoffossilfuelsandincreasetheuseofcleanenergyaspartofitsenergysolutions.BYDplanstoturnitsPingshanhubintoa"netzeroestate"by2022,followedbytherestofBYD'sindustrialparksworldwide.BYDwillalsocontinuetopursuegreenandlow-carbontransportationandmanufacturingindustriesundersynergisticcollaborationswithitsclientsandpartnersacrosstheglobethroughramped-upgreentechnology,greenproductsandsolutions,tosafeguardthehomelandsharedbymankind,andenablethesustainabledevelopmentofmankind.082020中国企业气候行动第一人居合肥·当代天鹅湖万国府全过程绿色建筑管理◎案例概述由第一人居作为设计咨询、建设施工和能源运维单位，合肥当代天鹅湖万国府自规划设计起，即按照三星级绿色建筑标准进行定位，严格控制施工品质，并在运行使用阶段倡导绿色物业管理及节能运行体制，实现从设计、施工到运行的全过程绿色建筑管控。本项目于2018年11月获取绿色建筑评价标准三星级设计标识，2019年12月获取HIH健康建筑金级标识，2021年5月获取绿色建筑评价标准三星级运行标识。定位于高端舒适住宅，本项目将绿色健康与智慧科技完美融合，整合运用了可持续发展建筑科技的最新成果与当代建筑艺术理念，沿用当代置业地源热泵、天棚辐射、外围护结构保温系统、外遮阳系统、同层排水系统、置换式全新风、雨水回收系统等多项绿色建筑技术，实现了高舒适度、微能耗的理想居住环境。◎企业简介第一摩码人居环境科技（北京）有限公司（简称：第一人居），2014年12月成立，是行业领先的建筑科技解决方案服务商。第一人居具备流程创新和全过程服务能力，业务主要覆盖建筑舒适节能咨询与EPC、能源站建设与运营、建筑科技产品三大业务板块。第一人居在营造高舒适人居环境和建筑能源高能效应用方面具有丰富的实践经验和标准化实施流程，交付项目覆盖北京、山西、陕西、山东、河北、河南、上海、江苏、浙江、湖南、湖北、江西、安徽、广东、贵州等近20个省，40余个城市，横跨多个差异化气候分区，为“绿色科技，环境向美”的目标不懈努力。第一人居企业文化开放包容，鼓励积极进取和工匠精神。拥有的建筑科技专家团队、丰富的项目案例和运行数据、工程和运营的执行能力、严格的管理体系和基于客户需求的技术创新能力，是我们的五大核心竞争优势。第一人居致力于应用技术和商业创新改善城市人居环境，做中国建筑科技服务行业的引领者。◎项目产出•本项目执行《合肥市居住建筑节能设计标准》DB34/T5059-2016，节能率大于65%。•节材设计。采用预拌混凝土、预拌砂浆，实现土建与装修一体化设计施工。•项目采用以地源热泵为主，风冷热泵调峰的能源形式。以2020年冬季为例，减少碳排放折合标准煤945.1吨。•在屋顶和地下一层分别设置带有全热回收的新风机组，分别从高低区两个方向送风，全热回收效率不低于65%。•雨水回收系统用于绿化浇灌、道路冲洗、洗车，不足部分采用自来水补水。结合雨水回用系统，场地年径流总量控制率≥70%。•合理选择绿化方式，科学配置绿化植物。种植适应当地气候和土壤条件的植物。并采用乔、灌、草结合的复层绿化，绿地配植乔木不少于3株/100m2。•荣获绿色建筑评价标准三星级设计标识、绿色建筑评价标准三星级运行标识，以及由国家住宅与居住环境工程技术研究中心颁发的住宅类全项金级“HIH健康”标识。◎项目亮点项目整体属于恒温恒湿恒氧的高端住宅，对于夏热冬冷的合肥地区而言，可实现夏季凉爽，冬季温暖而不干燥；系统配置再热装置，再湿冷的天气仍可对温湿度提供稳定保障，且使用过程中无噪音，处理后的空气优质，系统整体舒适性高。项目在使用过程中，亦获得业主高度认可。通过搭配自控系统，大大降低了人员工作强度，数据记录更加及时精准，指导管理人员及时调控；地源热泵系统运行安全风险低，运行操作简单，便于调节管控，有效提供保障性。2020中国企业气候行动09◎项目实施当代天鹅湖万国府是2018年起由第一人居作为设计咨询、建设施工和能源运维单位，在合肥市政务区打造的第二个大型高端住宅项目。项目位于合肥市政务区祁门路与石台路交口东北侧，总用地面积98931.28m2。本项目地块内设有配套商业、物管用房，配套商业向周边居民开放；周边一公里范围内设有幼儿园、银行、商业、社区中心等设施。第一人居在设计过程中与各专业紧密配合，精细化计算，有效降低成本；在采购过程中，执行标准化技术标体系，落实精确选型；在施工过程中规范施工要求，达到精细化施工，实现减噪降震安全高效。从产品配置、关键技术措施、实施要点、质量把控、工作流程等角度，有针对性地保障项目落地。规划设计•BIM技术。本项目的规划设计贯彻“以人为本”的思想，全面以绿色健康住宅的设计要求进行规化与设计。在设计阶段采用BIM技术，在提高生产效率、节约成本和缩短工期方面都有重要作用。利用BIM的三维技术在前期进行碰撞检查，优化工程设计，减少在建筑施工阶段可能存在的错误损失和返工的可能性，而且优化净空，优化管线排布方案。最后施工人员可以利用碰撞优化后的三维管线方案，进行施工交底、施工模拟，提高施工质量，同时也提高了与业主沟通的能力。•场地生态设计。合理选择绿化方式，科学配置绿化植物，种植适应当地气候和土壤条件的植物，选用少维护、耐候性强、病虫害少、对人体无害的植物。并根据当地的气候条件和植物自然分布特点，栽植多种类型植物，采用乔、灌、草结合的复层绿化，种植区域覆土深度和排水能力满足植物生长需求。绿地配植乔木不少于3株/100m2。建设施工•节材设计。现浇混凝土采用预拌混凝土，建筑砂浆全部采用预拌砂浆，实现土建与装修一体化设计施工。•卷帘式电动调节外遮阳。外遮阳完全嵌入外立面系统中，形成整体有效的外遮阳系统，可以有效地减少建筑因太阳辐射和室外空气温度通过建筑围护结构的传导得热以及通过窗户的辐射得热，对于改善夏季室内热舒适性具有重要作用。运行维护•地源热泵系统。本项目在选择能源系统时，经过多轮方案讨论，决定尽量多地使用可再生能源。项目采用高效地源热泵为主，风冷热泵调峰的能源形式提供空调冷热源和生活热水，性能系数比《公共建筑节能设计标准》（GB50189-2015）的要求提升6%以上。地源热泵系统环境效益显著，所有部件不是埋在地下便是安装在室内，机组紧凑、节省空间，从而避免受到室外恶劣气候的影响；且自动控制程度高，可无人值守。同时，地源热泵的机组运行性能系数（COP）值较高，经济节能，以2020年冬季为例，对比传统锅炉采暖，减少碳排放折合标准煤945.1吨。•混凝土天棚辐射末端系统。通过嵌入楼板层内的管道系统进行小温差辐射采暖、制冷。效率高，舒适度好。•置换式新风系统。本项目考虑送风温度及竖向热压效应影响，采用全置换式新风系统。各房间通过敷设于室内地面垫层的送风管路获得新鲜的空气，回风系统利用各户卫生间、厨房的回风立管集中至新风处理空调机组内。新风机组设有初效过滤段(G4)、热回收段、中效过滤段(F7)、表冷（加热）段、再热段、加湿段、再热段、送风段、亚高效段（H0）、排风段等功能段组成。对新风进行加热、制冷、加湿、除湿、消声等空气处理。热回收段要求在夏热冬冷地区选择板翅式全热回收装置，全热回收效率应不低于65%。•雨水回收系统。雨水回收用于绿化浇灌、道路冲洗、洗车，不足部分采用自来水补水。结合雨水回用系统，场地年径流总量控制率≥70%。本项目在节能、节水、节电、节材、环保等方面采用的绿色建筑技术路线还包括：良好的围护结构保温隔热系统，公共区域LED红外感应节能控制，节水器具、节水灌溉、同层排水等节水技术，CO监控系统，及智能化技术等。第一人居在技术经验丰富、成本优化的条件下，不断总结经验、坚持品质、提升技术细节、实现了天鹅湖万国府项目绿色健康与智慧科技的完美融合。◎项目重要影响及可持续性第一人居作为创新型技术科技公司，为项目提供了全过程的设计咨询、建设施工和能源运维一体化服务，保证了项目质量，实现高标准交付，得到开发单位的高度认可。此后，利用这种商业模式的创新，在诸多新建建筑与既有老旧小区的改造项目中进行实践，并将机制持续更新。例如，西安梧桐公寓项目作为典型既有建筑改造项目，第一人居为其提供全流程服务，利用深层地热技术实现了良好的经济效益，为能源结构的改善与环境质量的提升做出了突出贡献。全流程一体化的服务，也打破了设计、施工、运维之间的管理壁垒，提高了各阶段的作业精准程度，保障了后期客户使用的体验与满意度，无论是在既有项目或新建项目中，此类机制与模式均值得推广使用。102020中国企业气候行动FirstLivingEnvironmentTechOmni-ProcessGreenBuildingManagementforMOMAatSwanLakeHefei◎CaseOverviewWithFirstLivingEnvironmentTechactingasthedesignadvisory,constructionandenergyO&Mservicesprovider,HefeiMOMAatSwanLakehasbeenpositionedsincetheplanningstageunderthe3-stargreenbuildingstandards,withstringentcontroloverbuildingqualityandadvocatinggreenpropertymanagementandenergy-savingoperatingsystemspost-occupancytoenableomni-processgreenbuildingcontrolthroughoutdesign,constructionandoccupancy.TheprojectwasawardedcertificationsandhonorsincludingtheNationalBuildingEvaluationStandard3-StarforDesign(November2018),theHIHHealthBuildingGold(December2019),andtheNationalBuildingEvaluationStandard3-StarforOperation(May2021).Theproject,positionedasahigh-endcomfortableresidence,featuresanaptfusionofgreenhealthandintelligenttechnology,aswellasintegratedapplicationsofamyriadofgreenbuildingtechnologiessuchasMOMAgroundsourceheatpump,canopyradiation,exteriorenvelopeinsulationsystem,exteriorshadingsystem,same-leveldrainagesystem,replacementfreshairsystem,rainwaterrecyclingsystem,allinspiredbythelatestadvancementsinsustainablebuildingtechnologyandcontemporaryarchitecturalartphilosophies,deliveringtheideallivingenvironmentthatboastsofextremecomfortandminimalenergyconsumption.◎CompanyProfileEstablishedinDecember2014,FirstLivingEnvironmentTechisaleadingbuildingtechnologysolutionproviderintheindustry.FirstLivingEnvironmentTechhasprocessinnovationandomni-processservicecapabilitiesinsitu,anditprimarilyoperatesinthreebusinesssegments:buildingcomfortandenergysavingconsultingandEPC,energystationconstructionandoperation,andbuildingtechnologyproducts.FirstLivingEnvironmentTechhassoundfieldexperienceandastandardizedimplementationprocessforcreatinghigh-comfortresidencesandefficientbuildingenergyapplications,withdeliveredprojectsspanningcloseto20provincesandmorethan40cities(coveringBeijing,Shanxi,Shaanxi,Shandong,Hebei,Henan,Shanghai,Jiangsu,Zhejiang,Hunan,Hubei,Jiangxi,Anhui,Guangdong,Guizhou)andmultipleclimatezones.Thecompanyissteadfastinitspursuitofitsaimof“greentechnology-enablednaturalbeauty”.FirstLivingEnvironmentTechadvocateanopenandacceptingcompanyculturethatencouragesaspirationandcraftsmanship.Weprideourselvesinourkeycompetitiveedgeonfivefronts:ateamofbuildingtechnologyexperts,awealthofprojectcasesandoperationaldata,engineeringandoperationalexecutioncapabilities,arigorousgovernancesystem,andtheabilitytoinnovatetechnologybasedoncustomerneeds.FirstLivingEnvironmentTechiscommittedtoapplyingtechnologyandbusinessinnovationtoimproveurbanenvironmentsandbecomealeaderinChina'sbuildingtechnologyservicesindustry.◎ProjectOutcome•ComplieswiththeEnergy-SavingDesignStandardsforResidentialBuildingsinHefei(DB34/T5059-2016),withanenergy-savingrateofmorethan65%.•Material-savingdesign.Ready-mixedconcreteandmortarareusedtoallowfortheintegrateddesignandconstructionofbothcivilconstructionandinteriorfit-outs.•Fueledprimarilybygroundsourceheatpump,withthesupportivepeakdemandcoveragebyair-cooledheatpumps.Carbonemissionequivalentreductionsinthewinterof2020amountedto945.1tonnesofstandardcoal.•Freshairunitswithfullheatrecoveryareinstalledontheroofingandlower-groundfloorrespectively,andairisdeliveredfrombothhighandlowlocations,withfullheatrecoveryefficiencyofatleast65%.•Therainwaterrecyclingsystemisusedforirrigation,roadandvehiclecleansing,andthetapwaterisusedtomakeupthedifference.Theapplicationhasenabledatotalannualrunoffcontrolrateof≥70%onsite.•HasbeenawardedtheNationalBuildingEvaluationStandard3-StarforDesign,NationalBuildingEvaluationStandard3-StarforOperation,andtheHIHHealthissuedbytheChinaNationalEngineeringResearchCenterforHumanSettlements.◎ProjectHighlightsIncontrasttoHefei’snaturalclimate,theprojectoffersupscaleresidenceswithstabletemperature,humidity,andoxygenlevels,enablingcoollivingspacesinsummerandwarmonesinwinter.Thebuildingsareequippedwithwarmingsystemtokeeptemperatureandhumiditystablenomatterhowcoldandwettheweathergets,withzeronoisethroughout;thetreatedairisofhighquality,enablingahighlevelofoverallcomfortforresidents,whohavespokenhighlyofthefeatures.Theaccompanyingautonomouscontrolsystemhasgreatlyreducedmanualworkloadandenhancedthetimelinessandaccuracyofdatarecording,enablingtimelyinterventionbymanagementpersonnel;thegroundsourceheatpumpsystemboastslowsafetyrisksandstreamlinedoperationsthatfacilitatemanualcontrolandenhancedsecurity.2020中国企业气候行动11◎ProjectImplementationMOMAatSwanLakeisHefei’ssecondmajorhigh-endresidentialdevelopmentsince2018,withFirstLivingEnvironmentTechservingasthedesignadvisory,construction,andenergyO&Mservicesprovider.Theprojectsite,withatotallandareaof98,931.28sqm,islocatedonthenortheastsideoftheintersectionofQimenRoadandShitaiRoad.On-siteretailamenitiesandpropertymanagementbuildingsaredesigned,withtheformeraccessiblebyresidentsinneighboringcommunities.Amenitiesincludingkindergartens,banks,retail,andcommunitycentercanbefoundwithina1kmradiusofthesite.FirstLivingEnvironmentTechengagesincloseinter-disciplinarypartnershipsinthedesignprocessandrefinescalculationstoeffectivelyreducecosts;forprocurement,FirstLivingEnvironmentTechimplementsaninstitutionalizedtechnicalstandardsystemforprecisemodelselection;andconstructionworkissubjectedtotightscrutinytoenablesafeandefficientnoiseandvibrationreduction.Tailoredsafeguardsareinplacetocover,amongothersthings,productconfiguration,keytechnicalmeasures,implementationhighlights,qualitycontrolandworkflow.PlanningandDesign•BIMtechnology.Thisproject’splanninganddesignupholdsthe“people-oriented”philosophyandfullymeetsthedesignrequirementsofgreenandhealthyhousing.BIMtechnologiesadoptedduringthedesignstagehaveplayedapivotalroleinimprovingproductivity,savingcostsandspeedingupconstruction.3DBIMtechnologyisemployedinearlystagesforcollisionchecks,optimizingtheengineeringdesignandreducingthepossibilityofbuildingerror-inducedlossandrework;thetechnologyalsoenablesimprovedpipeandwiringplans,resultinginbetteroverheadviews.Constructionstaffhavealsobeenabletousethecollision-optimized3Dpipingplansinconstructionclarificationandmockuptoimprovethequalityofbuildingworksandtheirabilitytocommunicatewiththeowner.•On-siteecosystemdesign.Rationalchoiceofgreeningapproachandscience-informedplacementofgreeningplants,whereplantsthatarechosenareadaptivetolocalclimatesandsoilconditions,low-maintenance,resilientandnon-hazardoustohumans.Anassortmentofplantsareplantedunderahybrid,multi-layered,tree-bush-grassmodel,cateringtolocalclimatesandplantdistributiontraits,inareaswithsoildepthanddrainagecapacityinlinewithplantneeds.Greenspacesareplantedwithnotlessthanthreetreesper100sqm.Construction•Material-savingdesign.Pre-mixedconcreteisusedforcast-in-placeconcreteandpre-mixedmortarisusedforallconstructionworktoenabledintegrateddesignandbuildingworksforcivilconstructionandinteriorfit-out.•Electricrollingshutterexteriorshading.Theshadingisfullybuiltintothefaçade,resultinginacomprehensiveexteriorshadingsystemthateffectivelyreducesheatgainfromsolarradiationandoutdoorairtemperaturethroughthebuildingenvelopeaswellasheatgainfromradiationthroughthewindows,whichiscrucialinimprovingindoorthermalcomfortinsummer.OperationandMaintenance•Groundsourceheatpumpsystem.Theprojectdecidedtouserenewableenergywhereverpossibleafterextensivediscussionsaboutenergysystemselection.Thecold/heatsourceforairconditioninganddomestichotwaterissuppliedonsitemainlybyahigh-efficiencygroundsourceheatpump,whichissupportedbyair-cooledheatpumpsduringpeakdemand,andhasaperformancecoefficientthatisover6%higherthanthatrequiredbytheEnergyConservationDesignStandardforPublicBuildings(GB50189-2015).Thegroundsourceheatpumpsystemhassignificantenvironmentalbenefitsbecauseallcomponentsareeitherburiedundergroundorinstalledindoors,makingtheunitcompactandspace-savingandavoidingtheimpactofharshoutdoorclimate;thesystemalsofeatureshighdegreeofautomaticcontrolandcanbeleftunattended.Atthesametime,thepumphasahighcoefficientofoperationperformance,whichmakestheunitseconomicalandenergy-saving.Inwinter2020,carbonemissionswerereducedby945.1tonnesstandardcoalequivalentcomparedwithtraditionalboilerheating.•Concretecanopyradiantterminalsystem.Radiantheatingandcoolingwithsmalltemperaturevariationusingaductsystemembeddedintheflooringlayer.Highefficiencyandgoodcomfort.•Freshairreplacementsystem.Theprojectadoptsafull-replacementfreshairsystemonaccountoftheeffectofairsupplytemperatureandverticalheatpressure.Eachroomgetsfreshairthroughtheairsupplypipelinelaidontheindoorflooringmatlayer,andthereturnairsystemconcentratesinthefreshairtreatmentair-conunitviathereturnairriserofeachhouseholdbathroomandkitchen.Toenablefreshairheating,cooling,humidifying,dehumidifying,mufflingandothertreatment,thefreshairunitisequippedwithfunctionalsectionssuchasprimaryfiltrationsection(G4),heatrecoverysection,intermediatefiltrationsection(F7),surfacecooling(heating)section,reheatingsection,humidificationsection,reheatingsection,airsupplysection,sub-efficientsection(H0),andexhaustsection.Inlocationswithextremewinterandsummerweather,theheatrecoverysectionrequirestheselectionofapanel-wingfullheatrecoverydevicewithafullheatrecoveryefficiencyofnolessthan65%.•Rainwaterrecoverysystem.Therainwaterrecyclingsystemisusedforirrigation,roadandvehiclecleansing,andtapwaterisusedtomakeupthedifference.Theapplicationhasenabledatotalannualrunoffcontrolrateofover70%onsite.Intermsofenergy,water,electricity,materials,andenvironmentalprotection,othergreenbuildingtechnologiesadoptedintheprojectinclude:agoodinsulationsystemforenvelopestructure,LEDinfraredinductionenergysavingcontrolinpublicareas,watersavingtechnologysuchaswatersavingappliances,watersavingirrigation,andsame-leveldrainage,aCOmonitoringsystem,andintelligenttechnology.FirstLivingEnvironmentTechhasupheldhighqualitystandardsandakeeneyefordetail,enablingaperfectfusionofgreenhealthandintelligenttechnologyatMOMAatSwanLakebyleveragingitstechnologicalexpertiseandcostoptimizationexperience.◎Impact&SustainabilityFirstLivingEnvironmentTech,atechcompanyknownforitsinnovativetechnologies,hasprovidedturnkeyservicestotheproject,rangingfromdesignconsulting,toconstructiontoenergyO&M,ensuringahighstandardofdeliveryqualityanddeveloperrecognition.Thereafter,thecompanyhasreproducedtheinnovativebusinessmodelacrossanumberofgreen-andbrownfieldbuildingprojects,updatingthemechanismsinplayalongtheway.ThecaseinpointistheXi'anWutongApartment.FirstLivingEnvironmentTechprovidedomni-processservicestothistypicalbrownfieldretrofit,usingdeepgeothermaltechnologytoachievegoodeconomicbenefitswhilealsomakingoutstandingcontributionstoimprovingtheenergystructureandenvironmentalqualityonsite.Theturnkeyservicesbrokedownmanagementsilosbetweendesign,constructionandO&M,improvedoperationalaccuracyateachstage,andguaranteedpost-occupancyuserexperienceandsatisfaction.Movingforward,therecouldbevalueinrollingoutthemechanismsandmodelsemployedinthiscaseinbothgreen-andbrownfieldprojects.122020中国企业气候行动国网（苏州）城市能源研究院物尽其用——低温余热发电技术助力高耗能行业碳达峰◎案例概述钢铁企业的烧结环冷机三段烟气和石灰窑烟气属于典型的低温烟气，平均温度均在200℃以下，一直以来，钢铁行业对于这两部分余热的回收都很有限，大量余热通过直接排放的方式放散至大气中，造成了严重的浪费。为实现低温余热的高品质利用，国网（苏州）城市能源研究院采用高效的磁悬浮ORC发电机组，回收上述低温烟气中的余热进行发电。2021年该技术开始应用于目前全国单体规模最大的钢铁企业——位于江苏张家港的江苏沙钢集团有限公司。项目根据现场热源点分散的特点，对机组进行模块化设计、一体化组装，在现场根据热源点的实际位置采用分布式的配置方案，将总共配置100台125kW余热发电机组。项目先期2台125kW示范机组于2021年1月投入运行后，至今已持续稳定运行9个月。预计后续项目将于2023年全部建成，届时项目每年可发电5200万度（由沙钢负责消纳），相当于减排二氧化碳3.7万吨/年。项目创新地采用合同能源管理+融资租赁的商业模式，解决了传统低温余热发电类项目投资回收期长、客户投资意愿低的问题。◎项目产出•解决了钢铁业低温余热利用不足的问题，大大提升钢铁企业综合能效。•先期2台示范机组平稳运行9个月，发电量113.4万度，减排二氧化碳814.4吨。•项目全部建成后，预计年发电量5200万度，相当于减排二氧化碳3.7万吨。◎企业简介国网（苏州）城市能源研究院有限责任公司（简称城市能源院）由国家电网公司和苏州市人民政府联合出资组建，2017年8月正式挂牌成立，是中国首个城市能源研究院。城市能源院以“建设高端智库与国际合作双重驱动的能源产业创新孵化平台”为核心，牢牢把握城市能源研究主攻方向，开展城市能源理论、战略、技术、政策、市场和商业模式研究，支撑苏州建设国际能源变革发展典范城市，致力于成为城市能源变革整体解决方案的战略倡导者、规划引领者、实践推动者。◎项目亮点项目技术人员：“能见证低温发电技术从实验室到商业运行，对于能源电力行业的从业者来说无疑是一件兴奋的事情。”沙钢：“本项目是在技术创新与商业模式创新共同推动下完成的，企业、投资方、社会都从中获益，项目的技术与模式值得在钢铁行业进行推广。”2020中国企业气候行动13◎项目实施位于江苏张家港的江苏沙钢集团有限公司是目前全国单体规模最大的钢铁企业，其烧结环冷机三段烟气和石灰窑烟气属于典型的低温烟气，平均温度在200℃以下。由于热源温度过低，传统的余热发电技术已无法进行回收。一直以来，钢铁行业对于这两部分余热的回收都很有限，沙钢原来仅对烧结环冷机三段烟气进行了部分回收，用于供应生活热水。但实际生活热水的使用量有限，每年有约7万吨标准煤当量的余热通过直接排放的方式放散至大气中，造成了严重的浪费。国网（苏州）城市能源研究院针对目前的问题，针对上述低品位余热利用的问题进行了整体的项目策划。•以技术创新解决钢厂低温余热利用问题本该厂的余热资源主要分布在7条烧结环冷机第三段、8条石灰窑烟气及其它零星的地点，特点是余热品位低、热源点分散。针对现场余热的特点，项目采用了高效磁悬浮有机朗肯循环（ORC）发电技术，对200℃低温余热回收发电。针对现场余热点较为分散的问题，项目采用了模块化设计方案，每台发电机组模块额定功率为125kW，集成在集装箱大小的空间里，可以针对现场各热源点的不同产热量进行灵活的组合。将有总计100台发电机组，利用热源点附近的小块空闲场地进行分布式地配置。100台机组分布在厂区的不同地点，给后期的运行监测带来了一定的麻烦。为此，项目团队开发了一套智慧化的远程集采系统，所有设备的运行状态通过现场传感器采集后，实时远程传送至运维人员手机上的APP终端，可实现一个团队同时对多个机组的统筹精细化管理。•以商业模式创新解决项目投资回收期长、业主投资意愿低的问题目前同类的ORC余热发电机组，投资回报期普遍在5年以上。在这种情况下，无论采用业主方自投，还是由第三方投资，回报期都过长。国网（苏州）城市能源研究院作为项目的总策划者，创新性地设计了一套“合同能源管理+融资租赁”的商业模式，由第三方的节能公司负责项目的运营与管理。由节能公司与沙钢签订合同能源管理合约，同时与融资租赁公司签订设备融资租赁合约，由融资租赁公司购买设备并交由节能公司进行安装。设备投运后，沙钢负责消纳所发的全部电力，并按照合同约定的电费及发电量向节能公司支付电费，节能公司向融资租赁公司支付租金，待融资租赁合约期满后，再由融资租赁公司将设备所有权转交至节能公司手中。该模式避免了业主方或节能公司前期大规模资金投入，利用融资租赁的低成本资金进行建设，使得投资回收期较长的项目也具有了经济上的可实施性。•项目减排效益明显项目首期建设的两台125示范机组自2021年1月投产至今9个月，运行情况良好，共发电113.4万度，相当于减排了二氧化碳814.4吨。全部100台机组建成后，按照每台机组净输出电量105kW，年利用5000小时计算，每年可发电5200万度度，以华东电网碳排放系数0.7182kgCO2/kWh计算，每年可减排二氧化碳3.7万吨。◎项目重要影响及可持续性项目采用了高效的磁悬浮ORC发电技术，将钢铁行业中难以利用的200℃以下低温余热进行了回收再利用，项目采用的磁悬浮发电机组，热电转换效率可达传统螺杆式发电机组的2倍，并且省去了润滑系统的维护，大大降低了后期运维的成本。项目采用的模块化设计、一体化组装、分布式配置的方案，充分地适应了钢铁企业生产特点和现场条件，为项目的顺利实施提供了保证。项目创新采用了“采用合同能源管理+融资租赁”的商业模式，解决了传统低温余热发电类项目投资回收期长、客户投资意愿低的问题，有利于技术的大规模推广。除钢铁行业以外，ORC发电技术还可用于石化、化工、冶金、水泥等高耗能行业领域。我国高耗能行业每年能源消费达20亿吨标准煤，产生低温余热约3.2亿吨标准煤当量，按照10%可回收余热量计算，年二氧化碳减排潜力可达1.18亿吨，相应市场规模在60000亿元以上。项目全景图分布式模块化发电机组142020中国企业气候行动StateGrid(Suzhou)City&EnergyResearchInstituteLow-TempResidualHeatPowerGenerationTechnologyinAidofCarbonPeakinginHighEnergy-ConsumingIndustries◎CaseOverviewThethird-sectionfluegasandlimekilnfluegasfromsinteringringcoolersofsteelmakingplantsaretypicallow-temperaturefluegaswithaveragetemperaturebelow200°C.Steelmakershavehistoricallyhadlimitedcapacityforrecoveryingwasteorresidualheatfromthesetwoareas,withalargeamountofwasteheatdischargedintotheatmospherebydirectemission,resultinginseriouswastage.StateGrid(Suzhou)City&EnergyResearchInstitutehasadoptedhigh-efficiencymagneticlevitationORCgeneratorsetstorecoverthewasteheatfromthelow-temperaturefluegasdescribedaboveforpowergenerationinordertoimprovethequalityoflow-tempwasteheatusage.ThistechnologyhassincebeenappliedtoJiangsuShagangGroupCo.Ltd.,China’slargeststeelmakingplant,in2021.Theprojecthascateredtothescatteredheatsourcesonsitewithamodulardesignandintegratedassemblyoftheunits,whereadistributedconfigurationplanisadoptedonsitebasedontheactuallocationoftheheatsources,coveringatotalof100125kWwasteheatgeneratingunits.SincetheirlaunchinJanuary2021,thefirsttwo125kWdemonstrationunitshavebeeninstableoperationforninemonths.Thesubsequentwavesareexpectedtobecompletedin2023,bywhichtimetheprojectwillhaveapowergenerationcapacityof52millionkWhperannum(consumptionofwhichwillbethesoleresponsibilityofShagang),equivalenttoa37,000tonnesofCO2reductionperyear.Theprojecthasbeencarriedoutusinganinnovativebusinessmodelthatincludedcontractenergymanagementplusfinancingleasing,addressingthelongpaybackperiodoftraditionallowtemperaturewasteheatpowergeneratorsandapprehensionofprospectiveinvestors.◎CompanyProfileStateGrid(Suzhou)City&EnergyResearchInstitute(CEI)isthefirsturbanenergyresearchinstituteinChina,fundedinAugust2017byStateGridCorporationandtheSuzhouMunicipalPeople'sGovernment.CEI’smissionisto“buildanincubationplatformforhigh-endthinktank-driveninnovationintheenergyindustry”,anditiscommittedtofacilitatingSuzhoubecomeamodelcityforinternationalenergyreformandgrowththroughresearchinurbanenergytheory,strategy,technology,policy,marketandbusinessmodel.◎ProjectOutcome•Itaddressesinsufficientutilizationoflow-temperaturewasteheatinthesteelindustryandgreatlyimprovestheoverallenergyefficiencyofsteelmakers.•Forthepastninemonths,thefirsttwodemonstrationunitshavebeenrunningsmoothly,generating1.134millionkWhofelectricityandreducing814.4tonnesofCO2.•Uponfullcompletion,annualpowergenerationisexpectedtoreach52millionkWh,whichisequivalenttoareductionof37,000tonnesofCO2.◎ProjectHighlights“Itisundoubtedlyanexcitingeventforprofessionalsintheenergyandpowerindustriestowitnessthecryogenicpowergenerationtechnologytogofromthelaboratoryintocommercialapplication.”-----on-sitetechnician“Theprojectwascompletedasaresultoftechnologyandbusinessinnovation,fromwhichbusinesses,investorsandsocietyasawholeprofited.Rollingoutthetechnologiesandbusinessmodeltothesteelmakingindustrycouldpotentiallypaydividends.”-----Shagang2020中国企业气候行动15◎ProjectImplementationJiangsuShagangGroupCo.Ltd.,locatedinZhangjiagangofJiangsuprovince,isbyfarthelargeststeelmakerinChina.Thethird-sectionfluegasandlimekilnfluegasfromitssinteringringcoolersarebothtypicallow-temperaturefluegaseswithaveragetemperaturebelow200°C.Duetothelow-temperaturenatureoftheheatsource,theresidualheatcouldnolongerberecoveredusingthetraditionalwaste-heatpowergenerationtechnology.Steelmakershistoricallyhavehadlimitedcapabilityforrecoveryingwasteorresidualheatfromthesetwoareas,andShagangoriginallyonlycollectedaportionofthefluegasfromthethirdsectionofthesinteringringcoolertosupplydomestichotwater.However,theactualuseofdomestichotwaterislimited,andeveryyear,approximately70,000tonnesofstandardcoalequivalentwasteheatisdischargedintotheatmospherethroughdirectemissions,resultinginseriouswaste.Inresponsetotheproblemathand,CEIhasdevisedanoverarchingplantoaddresstheabove-mentionedlow-gradewasteheatutilizationproblem.•Usingtechnologicalinnovationtoaddresslow-tempwasteheatutilizationinsteelmillsTheplantwasteheatincludesmainlyfluegasfromthethirdsectionofsevensinteringringcoolersandeightlimekilnsandotherscatteredlocationswithlowgradeandscatteredheatsources.Inthiscontext,theprojecthasadoptedhigh-efficiencymagneticlevitationorganicRankinecycle(ORC)powergenerationtechnologytorecoverlowtemperaturewasteheatat200forpowergeneration.Toaddresstheproblemofscatteredwasteheatsourcesonsite,amodulardesignschemewasused,witheachgeneratorsetmoduleratedat125kWandintegratedinacontainer-sizedspace,allowingforflexiblecombinationsbasedonthevaryinglevelsofheatproducedatindividualheatsourcesonsite.Atotalof100generatorsetswillbemobilizedinadistributedconfigurationatasmallvacantsiteneartheheatsource.The100unitsaredistributedacrosstheplant,whichcouldcausesomemonitoringtroubleoncethesitegoesoperational.Assuch,theprojectteamhasdevelopedasetofintelligentremotecollectionsystem,wheretheoperatingstatusofallequipmentiscollectedbyon-sitesensorsandremotelytransmittedinrealtimetotheAPPterminalonthecellphonesofoperationandmaintenancepersonnel,enablingsimultaneous,coordinatedandgranularmanagementofmultipleunitsbyoneteam.•Usingbusinessmodelinnovationtoaddresslongpaybackperiodsandowner-investorapprehensionCurrently,thepaybackperiodofsimilarORCwasteheatgeneratingunitsisfiveyearsormore,whichisexcessivefromthestandpointofbothowner-investorsorthirdpartyinvestors.Asthemastermindbehindtheproject,CEIhasdevisedaninnovativebusinessmodelfeaturingcontractenergymanagementwithfinancingleasing,wherebyathird-partyenergy-savingcompanyisresponsiblefortheoperationandmanagementoftheprojectandsignsanenergymanagementcontractwithShagang,anequipmentfinancingleasingcontractwithafinancialleasingcompany,whichwillpurchasetheequipmentandhanditovertotheenergy-savingcompanyforinstallation.Followingtheinstallationoftheequipment,Shagangwillberesponsibleforconsumingallofthegeneratedelectricityandcoveringthecostofelectricityfortheenergy-savingcompanyatthecontractedpowerratefortheamountofelectricitygenerated,whiletheenergy-savingentitypaysrenttothefinanceleasingcompany,whichwilltransfertitletotheequipmenttotheenergy-savingentityupontheexpirationofthefinancialleasingcontract.Thismodelavoidsexorbitantcapitaloutlaysbytheownerorenergy-savingcompany,andleveragesthelow-costcapitalviafinancingleasingforconstruction,turningprojectswithalongpaybackperiodfinanciallyviable.•VisibleemissionreductionbenefitsThetwo125demonstrationunitsbuiltinPhaseIhavebeenoperatingwellforninemonthssincetheywentoperationalinJanuary2021,generatingatotalof1,134,000kWhofelectricityandreducingemissionsby814.4tonnesofCO2.Uponthecompletionofall100units(assuminganetoutputof105kWperunitandannualutilizationof5,000hours),52millionkWhofelectricitycanbegeneratedperannum,whichworksoutto37,000tonneslessCO2emissionseachyearbasedonEastChinaPowerGrid’scarbonemissionfactorof0.7182kgCO2/kWh.◎Impact&SustainabilityTheprojectadoptsthehighlyefficientmagneticlevitationORCpowergenerationtechnology,whichrecoversandreuseslow-temperaturewasteheatbelow200°C,whichhastraditionallybeenachallengeinthesteelmakingindustry.Themagneticlevitationgeneratorsetusedintheprojectcanhaveathermoelectricconversionefficiencytwicethatofatraditionalscrewgeneratorset,withouttheneedformaintenanceofthelubricationsystem,greatlyreducingthecostofmaintenanceoncethesetsareoperating.Theproject’smodulardesign,integratedassemblyanddistributedconfigurationarefullyadaptedtotheproductiontraitsandsiteconditionsofsteelmakers,safeguardingthesmoothimplementationoftheproject.Theprojectadoptsaninnovativebusinessmodelfeaturingcontractenergymanagementwithfinancingleasing,whichsolvestheproblemsoflongpaybackperiodandinvestorapprehensionoftraditionallow-temperaturewasteheatpowerplantsandfacilitatesthewiderrolloutofthetechnology.Inadditiontothesteelmakingsector,theORCpowergenerationtechnologycouldbeappliedinpetrochemical,chemicalengineering,metallurgical,cementandotherhighenergy-consumingindustries.China'shighenergy-consumingindustriesconsume2billiontonnesofstandardcoaleachyear,generating320milliontonnesoflow-temperaturewasteheat.Assumingthat10%ofwasteheatisrecoverable,thisindicatestoapossibledecreaseinCO2emissionofupto118milliontonnesperyear,andthecorrespondingmarketscaleofoverCNY6trillion.PanoramicviewoftheprojectsiteDistributedmodulargeneratingunits162020中国企业气候行动杭州超腾能源技术股份有限公司COP15大会碳中和行动方案◎案例概述杭州超腾能源技术股份有限公司自2020年起积极参与协助COP15大会（《生物多样性公约》缔约方大会第十五次会议）筹备工作，全力配合云南省、昆明市COP15大会筹备工作组，开展会议碳中和顶层谋划工作。杭州超腾承担了本次COP15大会碳中和计划、绿色办会工作指南等编制工作。在COP15大会筹备阶段，我方就大会筹备阶段与举办阶段的温室气体排放进行了预估，预计产生二氧化碳2.4万吨左右，并将在大会第一阶段和第二阶段结束后分别进行实际产生温室气体排放量的核算工作。大会的碳中和将通过新建林业项目的方式实现，目前规划和已实施的人工造林项目总规模达36073亩。大会在筹备与举办阶段采取了积极的绿色办会措施，从而降低交通、会场、住宿等多个领域的排放。◎项目产出•完成了昆明市COP15碳中和行动方案编制和对二氧化碳排放情况预估，并提出了解决方案；•完成了COP15绿色办会工作指南的编制工作，为会议筹备工作提供了碳减排方面的技术参考；•为COP15提供了全程碳中和服务保障。◎企业简介杭州超腾能源技术股份有限公司成立于2006年，注册资金3990万元。公司从成立之日起，以“气候经济先行者、低碳综合服务商”为目标，专注于低碳服务行业，是一家面向政府和企业提供信息服务+平台建设整体解决方案的创新科技型企业。经过15年的发展，公司形成了遍布华东、华南、华北、华中、西南的全国性服务网络，现设有20余个分子公司，为客户提供优质全面的服务，取得了耀眼的成就，已成为行业领跑者。◎项目亮点项目通过核算会议碳排放并购买新建林业项目碳配额进行抵消的方式、以及开展绿色会场、绿色交通、绿色住宿、绿色城市建设以及绿色宣传等减排行动,实现云南昆明COP15的碳中和及绿色办会目标，也为国内其他大型活动碳中和提供了示范样本。2020中国企业气候行动17◎项目实施项目背景：COP15大会实施会议碳中和行动，一方面是落实联合国生物多样性大会的相关要求与规定，尽量减少并酌情抵消会议对环境的影响。另一方面是践行此次大会绿色、安全、智慧、节俭的理念。受全球疫情影响，COP15大会延期，整个筹备阶段跨度为2019年至2021年，大会第一阶段于2021年10月11日-15日成功举办，第二阶段会议将于2022年4月25日-5月8日在昆明举行，届时将达成2020年后全球生物多样性框架。项目方案实施内容：1.COP15大会碳排放量预测本次COP15大会温室气体排放量预估的排放边界界定为大会筹备阶段、举办阶段（阶段一、阶段二），排放源包括因本次大会筹办、举办所产生的交通、住宿、餐饮、会场用电、会议消耗品和废弃物等产生的温室气体排放。根据预估测算，COP15期间预计共产生约23962吨二氧化碳。其中，航空运输、道路运输等整个交通运输预计共产生约18950吨二氧化碳，酒店住宿预计产生约3597吨二氧化碳，餐饮预计产生约1277吨二氧化碳，会场用电及会议用品预计产生约95吨二氧化碳，废弃物预计产生约43吨二氧化碳。针对预估的碳排放量，我们准备了COP15大会的碳中和行动方案和绿色办公工作指南。同时，COP15大会筹备办鼓励通过开展绿色交通、绿色住宿、绿色会场、绿色宣传等手段，降低会议举办阶段能源消耗，提高用能效率，减少温室气体排放。2.COP15绿色办会工作指南编制低碳办会是昆明COP15大会碳中和工作的重要组成部分，昆明作为会议主办方秉承绿色低碳可持续发展的精神，将绿色、安全、智慧、节俭的理念贯穿筹办、举办和会后利用全过程。杭州超腾组织编制《COP15绿色办会工作指南》，在绿色交通、绿色住宿、绿色餐饮、绿色会场、绿色会务、绿色宣讲等方面提出相应的减排措施，包括：大会会场将提供桶装饮用水，玻璃杯或陶瓷杯，并鼓励与会人员自带水杯，尽量减少塑料饮用水瓶和一次性纸杯的使用；选用新能源或清洁能源车辆、公共交通和共享单车等为与会代表提供交通服务；通过会议官网、APP、微博等社交媒体定期推送绿色、环保、生态办会的理念、方法和成效等。目前，在COP15大会第一阶段减排措施落实到位，成效显著。3.COP15大会碳排放量核算会议举办结束后，我方将对会议涉及的交通、住宿、餐饮、会场、废弃物等各个领域实际产生的碳排放数据进行收集与核算，完成《COP15碳中和核查报告》，并配合相关机构完成《昆明COP15碳中和计划第三方评价报告》。截至2021年10月，COP15大会第一阶段已经落幕，第一阶段温室气体排放核算工作正在进行当中。第二次核算工作将于第二阶段结束后开展，将根据《COP15碳中和核查报告》的排放量，通过新建碳汇林的方式来抵消本次会议筹备、举办过程中产生的温室气体排放量，最终实现COP15大会碳中和，践行零碳办会理念。◎项目重要影响及可持续性从国际角度，实施COP15会议碳中和是落实联合国生物多样性大会的相关要求。中国政府与《生物多样性公约》秘书处关于《生物多样性公约》缔约方大会第十五次会议达成的东道国协议第三条第6款的要求“尽量减少并酌情抵消会议对环境的影响”。因此云南省昆明市COP15大会为履行该要求，对大会开展碳中和项目。同时这也是用实际行动践行此次大会的“生态文明”主题，保护我们的共同家园，为实现人类可持续发展作出贡献，向国际社会展现中国精神，彰显中国担当。从国家角度，实践会议碳中和是对国家应对气候变化工作与力争2060年实现碳中和工作的落实。以生态环境部颁布的《大型活动碳中和实施指南（试行）》为规范标准，积极贯彻落实COP15大会绿色办会理念，开展相关节能减排工作，打造零碳会议，为云南省乃至国家大型活动碳中和提供示范样本。从云南省与昆明市角度，开展会议碳中和是昆明市作为主场城市对绿色生产和生活方式的积极践行，对带动全国发展绿色低碳文化具有示范作用。182020中国企业气候行动HangzhouChaotengEnergyTechnologyCo.,Ltd.CarbonNeutralityActionPlanforCOP15UNBiodiversityConference◎CaseOverviewHangzhouChaotengEnergyTechnologyCo,Ltd.hasbeenactivelyparticipatinginthepreparationsforCOP15UNBiodiversityConferencesince2020,duringwhich,itfullycooperatedwiththepreparatorygroupofCOP15inYunnanProvinceandKunmingCity,andcarriedouttheoverallplanningworkfortheevent’scarbonneutrality.Specifically,HangzhouChaotengundertookthedevelopmentworkoftheCarbonNeutralityPlanandtheGreenConferenceImplementationHandbookforCOP15.InthepreparatorystageofCOP15,HangzhouChaotengestimatedtheall-phasecarbonemissionsoftheConference,whichisexpectedtobe24,000tons.WewillcalculatetheactualCO2emissionsrespectivelyafterthefirstandsecondpartsoftheConference.Carbonneutralitywillbeachievedthroughnewforestryprojects.Atpresent,thetotalscaleofartificialafforestationprojectsplannedandimplementedhasreached24km2.Inaddition,inthepreparatorystageandduringthefirstpartoftheCOP15,asetofgreeneventsmeasureswereadoptedtoreduceemissionsintransportation,venue,accommodationandotherareas.◎ProjectOutcome•CompletedKunmingCOP15CO2emissionsestimatesanddevelopedtheCarbonNeutralityActionPlanwithsolutionproposed;•DevelopedtheGreenConferenceImplementationHandbook,providingtechnicalassistancetoemissionreductionmeasuresforCOP15;•Providedomni-processcarbonneutralservicesforCOP15.◎CompanyProfileHangzhouChaotengEnergyTechnologyCo.,Ltd.wasestablishedin2006,witharegisteredcapitalof39.9millionyuan.Sinceitsestablishment,thecompanyhasaimedatbecomingthepioneerofclimateeconomyandlow-carbonintegratedservice,withfullfocusonlow-carbonservice.Itisnowaninnovativetechnology-basedenterprise,offeringinformationservicesandplatformdevelopmentoftheoverallsolutiontogovernmentandenterprises.After15yearsofdevelopment,thecompanyhasformedanationalservicenetworkthroughoutEast,South,North,CentralandSouthwestChina,providingcustomershigh-qualitycomprehensiveservicesthroughmorethan20molecularcompanies.◎ProjectHighlightsThisprojectachievedCarbonNeutralityandGreenConferenceobjectivesofKunmingCOP15throughcarbonemissionaccountingandcancelation,andmeasuresincludinggreenvenue,greentransportationandaccommodation,greenurbanconstructionaswellasgreenadvocacy.Itprovidesacarbon-neutraleventdemonstrationforotherlarge-scaleactivitiesnationwide.2020中国企业气候行动19◎ProjectImplementationProjectBackgroundTheCarbonNeutralityActionPlanofCOP15,ontheonehand,istofulfilltherequirementsandregulationsoftheUnitedNationsBiologicalDiversityConferencethataskstominimizeandoffsettheimpactoftheconferenceontheenvironment.Onetheotherhand,itisapracticeofthegreen,safe,intelligent,andfrugalconceptsoftheconference.Duetotheimpactoftheglobalpandemic,COP15waspostponed,andthepreparationworkspansfrom2019to2021.ThefirstpartofCOP15wassuccessfullyheldfromOctober11to15,2021,andthesecondpartwilltakeplacefromApril25toMay8,2022inKunming,wherethepost-2020globalbiodiversityframeworkisexpectedtobereached.ProjectImplementation1.COP15carbonemissionsestimationThecarbonemissionaccountingboundaryofCOP15isdefinedasthepreparatorystageandtheconferencestage(PartIandII).Itssourcesofemissionsincludetransportation,accommodation,catering,venueelectricityuse,conferenceconsumablesandwastegeneratedfromthepreparationandorganizationoftheconference.ThetotalCO2emissionisestimatedtobe23,962tons,consistingof18,950tonsfromtransportationincludingairandroad,3,597tonsfromhospitalityandaccommodation,1,277tonsfromcatering,95tonsfromelectricityuseandconferencesupplies,and43tonsfromwaste.Basedontheestimates,wedevelopedtheCOP15CarbonNeutralityActionPlanandGreenConferenceImplementationHandbook.Inaddition,theCOP15PreparatoryOfficeencouragesthepracticeofgreentransportation,greenaccommodation,greenvenuesandgreencampaignstoreducetheenergyconsumptionandcarbonemissionduringtheconference.2.GreenConferenceImplementationHandbookdevelopmenEmissionreductionisakeycomponentisoftheCOP15CarbonNeutralityActionPlan.Upholdingtheprinciplesofgreen,low-carbonandsustainability,thehostCityKunminghasbeenpreparingandholdingCOP15inagreen,safe,intelligent,andfrugalmanner.HangzhouChaotengdevelopedtheGreenConferenceImplementationHandbookforCOP15,andproposedemissionreductionmeasuresinareasoftransportation,accommodation,catering,venue,conferenceservice,andeducation.Afewexamplesare:minimizetheuseofplasticbottlesanddisposablepapercupsbyprovidingglassandcupsatthevenueandencouragingparticipantstotaketheirowncups;usenewenergyvehicles,publishtransportandsharedbicyclestoprovidetransportationservicetoconferenceattendees;leverageCOP15officialwebsite,APP,Weiboaccountandothersocialmediatopromotegreenandlow-carbonpractices.AsoftheconclusionofthefirstpartofCOP15,theemissionreductionandgreenconferencemeasureshadbeensuccessfullyimplemented.3.COP15carbonemissionaccountingHangzhouChaotengisresponsibleforcalculatingtheoverallcarbonemissionofCOP15,compilingtheCOP15CarbonNeutralityVerificationReport,andworkingwithathirdpartytocompletetheKunmingCOP15CarbonNeutralityPlanAssessmentReport.AsthefirstpartofCOP15wrappedupinOctober2021,wehavetakenoffthecarbonaccountingprocessforPartI.thecarbonaccountingworkforPartIwillbeginassoonasthesecondpartofCOP15isconcluded.TheverifiedcarbonemissionsofCOP15inthepreparationandconferencephasewillbecanceledthroughnewforestationprojects.◎Impact&SustainabilityFromaninternationalperspective,thecarbonneutralityprojectofCOP15meetstherequirementsandregulationsoftheUnitedNationsBiologicalDiversityConference.InordertofulfilltherequirementsofArticle3,Paragraph6oftheagreementbetweenthehostcountryandtheSecretariatofCOP15,KunmingCityofYunnanProvince,carriedouttheCOP15CarbonNeutralityActionPlan.Meanwhile,thisprojectispartofthe“ecologicalcivilization”themeofCOP15,showingtheinitiativeandresponsibilityofChinatotheinternationalcommunity.Fromanationalperspective,thecarbonneutralityprojectisaresponsetothenational2060carbonneutralitytargetandChina’seffortsinaddressclimatechange.Followingthe"CarbonNeutralityImplementationGuidelinesforLarge-scaleEvents(Trial)"releasedbytheMinistryofEcologyandEnvironment,KunmingCOP15implementedenergysavingandemissionreductionmeasurestodeliverazero-emissionconference,whichsetsanexampletoprovincialandevennationallevelevents.Fromaregionalperspective,thecarbonneutralityprojectisapracticeofgreenproductionandgreenlifestylecultureoftheCOP15hostcity,Kunming.Itplaysademonstrativeroleincultivatingthecultureofgreenandlow-carbondevelopmentnationwide.202020中国企业气候行动南京天加环境科技有限公司建筑制冷系统综合能效提升与投资创新模式◎案例概述《中国高效空调制冷机房发展研究报告（2021）》显示，建筑能耗占社会总能耗35%，制冷系统占建筑能耗50%，制冷用电量占全社会用电量15%以上，且耗电量年均增速20%。在大型建筑和工业环境中，制冷行业普遍存在综合能效低的现状。天加针对大型建筑与工业环境制冷机房系统能效低这一重大难题，创新建筑制冷系统综合能效提升与投资创新模式，克服制冷行业能效低与投资回收期长的两大问题。以广州地铁新塘车站为样本单元，推广至轨道交通，大型市政建筑，大型场馆（如机场、高铁站等）、并延伸至大型建筑楼宇（如医院、商场、写字楼、酒店等），以及应用于专业工业制程环境的新建与旧项目改造中。本项目2019年获得国家发改委节能中心颁发的《重点节能技术应用典型案例（2019）》证书，是全国所有行业中，申报356个的项目中评选出的16个典型节能案例之一，是暖通行业中唯一获奖的典型项目。◎项目产出1.节能减排，收益明显（1）轨道交通如，广州地铁新塘站年节约用电约76.4万度，单个站点每年可减少碳排放约636吨。（2）建筑环境如，南京金鹰旧楼改造，全年节能超35%，全年节电约142万度，减少碳排放1181.44吨，按照工业用电0.9元/度的标准，每年可以节约电费128万元，数据得到三方（金鹰，天加，国家通用检测院）监测。（3）工业环境如，长春金赛药业（生物制药工厂）中央空调系统经过天加改造后，节能率达到44%，单日节电4000度。2.减少冷媒使用量，减少温室气体排放（1）2015年，天加成为工商制冷空调行业HCFCs淘汰管理计划下，第一家通过环保部验收完成履约的企业。（2）2017年，《关于消耗臭氧层物质的蒙特利尔议定书》缔结三十周年纪念大会上，天加受联合国组织的高度赞扬，荣获保护臭氧层认可荣誉证书。◎企业简介天加创立于1991年，致力于成为全球领先的智慧洁净环境及绿色能源的系统供应商和服务商，是空气洁净极端环境制程的中国市场领导者，建筑以及工业环境节能的践行者，低温发电和绿色再生能源的开拓者。旗下拥有全球最大磁悬浮冷水机组加拿大品牌SMARDT，并已成为世界第三的ORC低温发电企业。天加以绿色减排为己任，积极响应“双碳”政策，为客户提供高效经济的节能解决方案，是中国地铁最大的中央空调供应商，市场占比高达30%。天加注重绿色发展，首家荣获住建部“绿色工业建筑三星认证”，联合国首批“淘汰HCFC”的签约企业，引领清洁能源转型。◎项目亮点中国勘察设计协会建筑环境与能源应用分会会长罗继杰表示，该项目第一追求实用性创新、落地式创新的理念，产生了节能减排、绿色环保的积极影响；第二是该制冷系统充分利用了各个节点的数据采集，创新大数据利用，改善了系统组合、配置，值得全行业学习。2020中国企业气候行动21◎项目实施天加关注空调设备自身的能效，更重视系统其他方面的节能潜力。天加模式从通过设备技术优选、系统设计优化、系统电控集成、主动寻优电控对部分负荷管理、BIM建模与工程工厂化预制、多方共同实时监测等多方面考虑，提出了全生命期角度的超高效节能制冷系统。以2019年启动的南京新街口金鹰改造机房项目为例：•原有六台开利离心机，将其中一台替换成能效更高的SMARDT磁悬浮冷水机组；•更换高效水泵，降低水泵自身的能耗；•更换原有冷却塔填料，提高冷却塔能效；•水泵增加变频器，实现变频控制功能；增加系统必要的传感器，实现实时数据采集功能；增加必要阀门，实现对应系统设备管路调节和截止控制；•增加空调冷源机房深度节能控制系统，实现一键控制、主动寻优、数据记录分析等功能。整个制冷季节能率达到35.19%（超过当时理论计算的31.53%）。磁悬浮冷水机组空调冷源机房深度节能控制系统1.创新的超高效制冷系统节能技术解决方案经过中国制冷工业协会主导的国家级专家团队（中国科学院院士何雅玲、中国勘察设计协会建筑环境与设备分会理事长罗继杰，合肥通用机电产品检测院院长李江等）鉴定，机房年平均综合能效比大于6.7（目前国内SCOP值3.0-4.2，美国SCOP值3.5-4.5），被评定为国内首创、国际领先。（1）创建了一种自主寻优控制算法。可自动预测负荷变化趋势，控制系统自动连接国家气象网，结合云端自学习算法，自动预测负荷变化趋势。基于机组运行的大数据分析和创新的控制算法，实现了自主寻优节能运行和维护控制。（2）创新的提出了EC风机技术+可变风路式相结合的技术。独创轨交行业首个超高效组合式空调机组，攻克了大风量段空调机组漏风率高、能效不高、过渡季运行内部阻力不可减少的关键技术难题。（3）全直流磁悬浮冷水机组是全球最先进的磁悬浮冷水机组产品，在部分负荷运转时比传统螺杆或离心式冷水机节能35%，维护成本节省50%。磁悬浮冷水机组100%无油润滑，维护简单、高效节能，代表行业未来的发展方向。（4）系统设计最优化：国内首次采用了基于负荷预测的压缩机容量和台数直接控制技术；并对蒸发器、冷凝器、冷却塔、水泵、末端等部件进行深度优化，综合能效显著提升。2.创新的财务投资理念天加全生命期成本最低解决方案，采用“合同能源管合（EMC）”的商业模式，与愿意进行成本最低改造的客户签订节能服务合同，向客户提供能源效率审计、节能项目设计、原材料和设备采购、施工、培训、运行维护、节能量监测等一条龙综合性服务，并通过与客户分享项目实施后产生的节能效益成果来赢利和滚动发展。3.创新的监测机制及灵活财务投资机制为了建立行业信用机制，该模式建立了由用户方、系统及设备供应方、权威第三方共同监测的平台，使节能数据真实且透明。客户可选择全部或部分使用设备一次性买断模式或“合同能源管理（EMC）”模式，通过灵活的投资方式与客户风险共担、节能收益共享。节能是最大的新能源。◎项目重要影响及可持续性国内与国际的建筑环境与工业环境，普遍存在综合能效低的状况，制冷改造空间大。该模式提出的创新性超高效制冷系统节能技术解决方案、监测机制和灵活财务投资机制以及成功运用的案例实践具有普遍的国内与国际推广价值，可有效降低电网负荷解决限电问题并推动行业诚信体系建设。1.目前中国建筑的制冷机房的平均综合能效（SCOP）仅有3.0-4.2，均值为3.6，而美国平均综合能效（SCOP）也仅为3.5-4.5，均值为4.0。天加通过高效冷水机组与系统优化设计、高效运维结合，实现综合能效（SCOP）达6.7，相比中国平均水平可，提升80%的节能效率，相比美国，提升65%的节能效率。2.建立由用户方、设备方、国家级第三方检测机构（如：合肥通用研究院检测院）三方共同云端不间断的数据监测以及视频监控平台，所有相关运营数据无法篡改，让客户的节能数据真实可见。并可采用“合同能源管理（EMC）”的商业模式，与用户签订节能服务合同，投资回收期可缩短至3年左右。目前与全国70多条地铁线路的建筑环境项目接洽中，在全国几百个建筑楼宇与工业制程环境，以及境外十余个国家的项目中，拟复制天加高效机房的成功模式。国际上，应用天加系统旗下SMARDT的新加坡AlexandraPoint大厦改造项目，获新加坡绿色建筑最高荣誉——绿色建筑铂金奖（BCAGreenMarkPlatinum）。222020中国企业气候行动TICAInnovatingHVACSystemandInvestmentPatterntoBoostEnergyEfficiency◎CaseOverviewInaccordancewiththeDevelopmentReportonChina'sEquipmentRoomsEquippedwithHighlyEfficientAirConditioner(2021),buildingenergyconsumptionaccountsfor35%oftotalenergyconsumptioninsociety.HeatingVentilationAirConditioning(HVAC)systemsconsume50%ofbuildingenergy.ElectricityconsumptionforHVACaccountsformorethan15%oftotalelectricityconsumptioninsociety,witha20%annualgrowthrateonaverage.TheHVACindustrygenerallyhasalowenergyefficiencyinlargebuildingsandindustrialenvironments.ThisprojectoffersasustainablesolutiontolowefficiencyinHVACplantroomsystemsinlargebuildingsandindustrialenvironments.ToaddressthetwomajorchallengestheHVACindustryisfacing––lowefficiencyandlonginvestmentpaybackperiods––theprojectpresentedinnovativeapproachestoimproveenergyefficiencyandapplyinnovativeinvestmentpatterns.ByusingtheXintangStationofGuangzhouMetroasanexample,themodelcanbefurtherappliedinrailtransit,largecivicbuildings,largevenues(suchasairportsandhigh-speedrailstations),largebuildings(suchashospitals,shoppingmalls,officebuildings,andhotels),andevenprofessionalscenarios.TheNationalEnergyConservationCenteroftheNationalDevelopmentandReformCommissionawardedthisprojectthe"2019TypicalCasesofApplicationforKeyEnergy-SavingTechnologies"certificate.Itisoneof16awardwinnersfrom356competingprojectsfromallindustriesinChina.Itisalsotheonlyaward-winningprojectintheHVACindustry.◎CompanyProfileTICA,establishedin1991,iscommittedtobecomingtheworld’sleadingsystemsupplierandserviceproviderforsmartcleanenvironmentandgreenenergy.ItistheChinesemarketleaderintheproductionofextremeenvironmentswithcleanair,thepractitionerofenergyconservationinconstructionandindustrialenvironment,andthepioneeroflow-temperaturepowergenerationandgreenrenewableenergy.Itownstheworld’slargestmaglevchillerCanadianbrandSMARDT,andhasgrowntobecometheworld’sthirdORCcryogenicpowergenerationcompany.TICA’saimistoreducegreenemissionsandactivelyrespondstocarbonpeakandneutralitytoprovidecustomerswithefficientandcost-effectiveenergy-savingsolutions.ItisChina’slargestcentralair-conditioningsupplier,withamarketshareofupto30%.TICApaysattentiontogreendevelopmentandleadsthetransitiontocleanenergy.Itisthefirstcompanytobeawardedthe“Three-StarGreenBuildingLabel”fromtheMinistryofHousingandUrban-RuralDevelopment(MOHURD)andthefirstbatchofcontractedenterprisesto“eliminateHCFC”fromtheUnitedNations.◎ProjectOutcome1.Obviousbenefitsfromenergyconservationandemissionsreduction(1)Rails:XintangStationofGuangzhouMetro,forinstance,hasachievedannualelectricitysavingsofabout764MWh.Carbonemissionsfromasinglestationwerereducedbyabout636tonnes(nationalaverage).Bytheendof2020,thetotaloperatingmileageofGuangzhouMetroreached510km,covering14linesand271stations.Ifallstationsadoptthissolution,annualgreenhousegasemissionsmightbereducedbyabout170,000tonnes.(2)Buildings:OneexampleisthereconstructionofXinjiekouGoldenEagleCenterinNanjing.Threebodiesmonitorthedata(GoldenEagle,TICA,andHefeiGeneralMachinery&ElectricalProductsInspectionInstitute).Annualenergyconsumptionwasreducedbymorethan35percent,withabout1420MWhofelectricitysaved.(3)Industrialenvironments:Forexample,TICAmodifiedthecentralair-conditioningsystemsatGenSci(biopharmaceuticalfacilities).Energysavingsreached44%,withadailyelectricitysavingsof4,000kWh.2.Lessrefrigerant,fewercarbonemissions(1)In2015,TICAbecamethefirstenterpriseinChinatomeettheHCFCPhase-outProject’sstandards.(2)TICAwashighlyrecongizedbyUnitedNationsorganizationsin2017duringthe30thanniversaryconferenceoftheMontrealProtocolonSubstancesthatDepletetheOzoneLayer(theMontrealProtocol)foritsrelentlesseffortsandvaluablecontributionstoozoneprotection.Itwasawardedacertificateofhonor.◎ProjectHighlightsAccordingtoLuoJijie,presidentoftheBuildingEnvironmentandEnergyUtilizationBranchofChinaEngineeringandConsultingAssociation,theprojectpursuestheconceptofpracticalinnovationandground-basedinnovation,whichhasapositiveimpactonenergysaving,emissionreduction,andgreenenvironmentalprotection.ThisHVACsystemfullyutilizesdatacollectingfromvariousnodesandmakesnoveluseofbigdata,whichimprovessystemcombinationandconfiguration.Itisworthlearningforthewholeindustry.2020中国企业气候行动23◎ProjectImplementationPeopleusuallyonlyfocusontheenergyefficiencyofair-conditioningdevices,ignoringtheenergy-savingpotentialofotheraspectswithintheentiresystem.Thisprojectproposedalifecyclesuper-high-efficiencyHVACsystemthatconsidersabroadrangeoffactors,suchasequipmentandtechnologyoptimization,systemdesignoptimization,systemelectriccontrolintegration,electriccontroldynamicoptimizationforpartialloadmanagement,BIM,andprefabrication,andmulti-partyreal-timemonitoring.TakeNanjingXinjiekouGoldenEagleReconstructionComputerRoomProject(launchedin2019)asanexample:•OneofthesixoriginalCarriercentrifugeswasreplacedwithamoreenergy-efficientSMARDToil-freeinvertercentrifugeschiller;•Thehigh-efficiencywaterpumpwasreplacedtoreducetheenergyconsumptionofthewaterpumpitself;•Theoriginalcoolingtowerpackingwasreplacedtoimprovetheenergyefficiencyofthecoolingtower;•Increasethefrequencyconverterofthewaterpumptorealizethefrequencyconversioncontrolfunction;increasethenecessarysensorsofthesystemtorealizethereal-timedatacollectionfunction;increasethenumberofvalvesrequiredtorealizepipelineadjustmentandcut-offcontrolforthecorrespondingsystemequipment;•Installadeepenergy-savingcontrolsystemfortheairconditioningcoldsourcecomputerroom,allowingforone-buttoncontrol,activeoptimization,datarecording,andanalysis.Theentirecoolingseasonenergyratewas35.19%(morethan31.53%theoreticallycalculatedatthattime).1.Innovative,super-high-efficiency,energy-savingtechnicalsolutionBasedonevaluationsbynationalexpertsledbytheChinaRefrigerationandAir-conditioningIndustryAssociation(AcademicianofChineseAcademyofSciencesHeYaling,Director-GeneralofBuildingEnvironmentandEquipmentBranchofChinaEngineeringandConsultingAssociationLuoJijie,PresidentofHefeiGeneralMachinery&ElectricalProductsInspectionInstituteLiJiang,andothers),theaverageannualSCOPoftheplantroomishigherthan6.7.(Currently,theSCOPinChinaandtheUSis3.0-4.2and3.5-4.5,respectively.)Asaresult,itisaccreditedasthebestinChinaandleadsataninternationallevel.(1)TICAdevelopedthesolutionwithadynamicoptimizationcontrolalgorithm.Thecontrolsystemcanautomaticallypredictloadchangetrendsbecauseitautomaticallyconnectstothenationalmeteorologicalnetworkandemploysthecloud’sself-learningalgorithm.Basedonbigdataanalysisofunitoperationsandaninnovativecontrolalgorithm,theprojectcanimplementdynamicoptimizationthatsavesenergyandfacilitatesmaintenanceandcontrol.(2)Theprojectingeniouslyproposedamodelbasedon“ECfantechnology+variableventilationcircuit”.Theground-breakinghigh-efficiencymodularunitusedinrailtransportationaddressesthetechnologicalchallengesoflargeairflows,includinghighairleakagerates,lowenergyefficiency,andinternalresistancethataredifficulttoreduceduringtransitionalseasons.(3)TheFullDCmagneticsuspensionwaterchilleristheworld’smostadvanced.Underapartialload,itsaves35%moreenergythanconventionalscrewchillersandcentrifugalchillers,reducingmaintenancecostsinhalf.Themagneticsuspensionwaterchillerdoesnotrequirealubricantandfeatureseasymaintenanceandenergyefficiency,promisingfuturedevelopmentsinthisfield.(4)Thewaterchilleralsofeaturesanoptimizedsystemdesign.Thesystem,whichisbeingusedforthefirsttimeinChina,directlycontrolsthecompressorcapacityandquantitybasedonapredictedload.Componentssuchastheevaporator,condenser,coolingtower,waterpump,andair-sidedevicesarealloptimizedtosubstantiallyimprovetheoverallenergyefficiency.2.InvestmentandcostsavingsFocusingsolelyonmaximisingenergyefficiencywillleadtohighinvestmentcostsandlongpaybackperiods,makingthesolutiondifficulttoreplicateandgenerallyinfeasible.Thissolutionensurescompatibilitybetweengeneralunitsandhigh-efficiencyunits(generalunitscarrytwo-thirdsoftheload,whilehigh-efficiencyunitscarryone-thirdsoftheload)foramorereasonablefinancialinvestment.UsersimmediatelyobserveanimprovementinenergyefficiencyandthelowestlifecyclecostfortheHVACsystem.Thisappliestobothplantroomconstructionandretrofittingforbothnewandexistingbuildingandindustrialenvironments.3.InnovativemonitoringandflexibleinvestmentmechanismsToestablishanindustrialcreditmechanism,thisprojectsetupajointlymonitoredplatformbytheuser,thesystemandequipmentprovider,andanauthorizedthirdpartytoensuretheauthenticityandtransparencyofenergyefficiencydata.Customerscanchoosetheequipmentfromaone-timebuyoutmodel(inwholeorpart)ora“EnergyPerformanceContracting(EMC)”model.Basedonthiscreditmechanism,aflexibleinvestmentmethodwasgenerated,allowingallkindsofinvestorstoparticipatewithatransparentdecisiontoolandsharetherisksandbenefitsofenergyefficiencywithcustomers.Energyconservationisthelargestsourceofnewenergy.◎Impact&SustainabilityThedomesticandinternationalHVACindustryhasgenerallylowenergyefficiencyinlargebuildingsandindustrialenvironments,resultinginahugemarketforHVACrenovation.ThisprojectwillhaveapositiveimpactonthepowercurtailmentproblemviaitsinnovativeefficientHVACsystemhigh-techsolutionandcontributetotheestablishmentofanindustrynormofcredibilitythroughitsinnovativemonitoringandflexibleinvestmentmechanisms.1.Nowadays,theaverageSystemCoefficientofPerformance(SCOP)ofHVACplantroomsinChinesebuildingsisonly3.0–4.2(mean:3.6).IntheUS,itisonly3.5–4.5(mean:4.0).Usingefficientchillers,optimizedsystemdesign,andefficientO&M,TICAcanachieveaSCOPofupto6.7,whichequatestoan80percentenergyefficiencyimprovementinChinaanda65%energyefficiencyimprovementintheUS(comparedtothemeanvalue,respectively).2.Acloud-basedplatformmanagedbyusers,equipmentproviders,andstate-runinstitutions(forexample,HefeiGeneralMachinery&ElectricalProductsInspectionInstitute)hasbeenestablishedtoallowfor24-hourdatamonitoringandvideosurveillance,preventingthefalsificationofoperationaldata.Thisensurestheaccuracyofenergyconservationdata.Additionally,usinganEnergyPerformanceContracting(EMC)model,inwhichtheenergy-savingservicecontractislinkedtotheuser,canshortentheinvestmentpaybackperiodtoaboutthreeyears.Morethan70buildingenvironmentprojectsarecurrentlyunderconstructionaroundthecountry.TICAplanstoreplicatethesuccessofthehigh-efficiencyplantroomtoseveralbuildingsandindustrialprocessingenvironmentsinChina,aswellasprojectsinothercountriesandregions.TICA’sAlexandraPointreconstructionproject,whichadoptedSMARTtechnology,wontheBCAGreenMarkPlatinumAward,thehighesthonorawardedtogreenbuildingsinSingapore.242020中国企业气候行动ROEHL循环经济模式让计划性报废成为过去式◎案例概述计划性报废，作为工业上常用的一种策略，有意为产品（尤其是电子产品）设计有限的使用寿命，促使产品在一定时间后报废，消费者不断购买新品。显而易见，计划性报废策略带来了巨大的资源浪费、电子垃圾等问题。ROEHL从家电行业入手，依据循环经济理念，使用可持续的、模块化的产品设计、“只租不卖”的商业模式、可完全重复使用的包装解决方案等，改变计划性报废模式。作为中国首家针对旗下产品发布产品碳足迹和减碳潜力的家电品牌，ROEHL首款自主研发循环经济产品——Madeleine空气净化器，在同等净化效果下，每台产品的碳足迹比行业基准少67%的碳排放。自2020年成立至今，ROEHL已为B站、瑞安办公、超竞体育、龙旗集团等公司提供了低碳的空净服务，帮助减少碳排放47,323kgCO2e（相当于种植了473,230平方米的阔叶林）。经调研以及第三方“碳阻迹”的科学测算，Madeleine空气净化器，每台产品的碳足迹为0.156kgCO2e/天，对应行业基准，减排量可达0.318kgCO2e/天。◎项目产出截至2021年9月30日，项目重要产出如下：•Madeleine空气净化器获得了2021年德国iF产品设计大奖；•产品通过智能物联网IoT系统，可根据环境的空气质量调节功率大小，为客户累计节电72919度；•包装和配送均使用ROEHL与顺丰合作推出的中国首个面向消费者的可完全重复使用的包装解决方案“N次方盒”，较一次性包装减少91%材料废弃，共计节省1296公斤的塑料；•迄今共成功租出约1000台ROEHL空气净化器，共计减少碳排放47,323kgCO2e，减排量相当于种植了473,230平方米的阔叶林。◎企业简介ROEHL于2020年在上海成立，源于RevolutionofEnvironmentalHomeLifestyle，致力于以循环经济为立足点进行产品设计和商业模式革新，为下一代创造更环保的生活环境。产品设计以“可持续”为核心，配套Lifestyle.as.a.Service商业模式，产品以“只租不卖”的方式带给终端用户，将一次性购买转变成长期客户服务关系。作为中国首家发布碳足迹和减碳潜力的家电品牌，首款产品Madeleine空气净化器，除了解决了传统除醛的痛点，还成功展现了以循环经济理念设计的产品可以如何大幅度减少碳排放。我们的愿景是佐证一个循环经济概念的产品以及其带来的服务，是可以规模化的盈利的，并让计划性报废逐渐成为过去式。◎项目亮点不管是在产品设计、材料选择，以及公司本身的运营，对环境问题的关注一直是ROEHL的首位，也希望能让更多人看到循环经济模式的可能性。ROEHL帮助瑞安办公践行其“5C可持续发展战略”，成为其“绿色办公”的渠道供应商。其中ROEHL提供的租赁服务让租户随租随用，大大减少了物品的闲置和资源的浪费，并帮助租户减少了一次性购买的昂贵支出。2020中国企业气候行动25◎项目实施工业上常用的“计划性报废”策略，带来了巨大的资源浪费和大量的电子垃圾。ROEHL决心改变这一恶性现象，于2020年从家电行业入手，通过自主研发，成功打造国内第一款完全基于循环经济设计理念和商业模式的家电产品：Madeleine空气净化器，颠覆了传统计划性报废的模式，并成功通过用户实践实现碳减排。ROEHL的产品所遵循的可持续设计和循环经济模式如下：•模块化、可升级、持久耐用25年在产品设计上，完全摒弃传统计划性报废的设计理念，将设计成本集中在核心、易损部件，从源头采用模块化设计，方便快速维修，有效延长产品的设计使用寿命（可比行业内同等级产品提升至少50%的寿命），在单个产品的整体生命周期内，减少塑料使用5.56kg。同时，模块化设计有利于未来的再升级，随着行业技术升级，仅通过更换最少的零部件即可有效延长产品的使用寿命，降低整机报废的几率。•使用对环境造成最低影响的可循环材料在选材上，我们综合考虑材料对于环境的可持续影响，选择可长期使用或便于回收的材料，并尽可能轻量化设计，减少材料的使用。例如：坚持使用热塑性材料而非热固性材料，更耐用，且方便回收，确保材料可重复使用。•可翻新并重复使用基于租赁模式的需求，产品设计需考虑到易翻新、可重复使用。对于外露部件、人体可接触部件，从结构上做好易于更换，从材料选择上做到可翻新、易翻新，降低翻新过程中的零部件更换率。•智能物联网IoT设计通过各类传感器的设计和云计算，提供给用户更智能的使用方式。行业中的空气净化器滤网使用寿命几乎全都是用计时器进行计算，很多滤芯在尚未达到使用寿命时，消费者即被告知需要替换滤网，从而造成大量的材料浪费。而ROEHL首创了智能化云计算，通过不同的环境变量和传感器数据来进行精确计算，让耗材得到最大化利用。同时，该设计有助于智能调节功率，能够更好地提高能源效率，帮助节约用电（该设计正在申请专利的过程中）。•可循环包装与配送流程包装和配送均使用ROEHL与顺丰合作推出的中国首个可完全重复使用的包装解决方案“N次方盒”，较一次性包装减少91%材料废弃。同时与顺丰制定循环配送流程：开箱-->取出机器-->回收包材-->再次利用，成功减少大量的包装浪费。以上可持续设计+循环运营模式，获得了客户的认可和支持。部分已成功进行合作的客户如下：客户名称合作起始日合作状态租赁台数累计减排量（截至2021年9月30日）B站电竞2020年10月持续进行中103约11955.2kgCO2e瑞安办公2021年3月持续进行中30约2003.4kgCO2e超竞体育2021年7月持续进行中500约14310kgCO2e龙旗集团2021年8月持续进行中89约1698.1kgCO2e其他客户/持续进行中278约17356.3kgCO2e合计100047323kgCO2e总结：对比行业基准，ROEHL空气净化器降低碳排放约67%，项目迄今共计帮助客户减少碳排放47323kgCO2e，减排量相当于种植了473230平方米的阔叶林，这证明了一个基于循环经济原则所设计的产品的碳减排效益。◎项目重要影响及可持续性ROEHL从产品设计、循环包装配送，租赁型运营模式各个环节，大幅降低对原物料供给需求的同时，减少了碳足迹，以最高经济价值、最少浪费的方式达到资源的持续使用。ROEHL是极少数能够完成循环经济三大原则并且实现闭环的企业。ROEHL创始人叶强生先生所联合发起的非盈利社群组织“循环派”与瑞安办公签订了战略合作协议，将与低碳办公相关的企业共同创立“低碳办公联盟”。该联盟成员将通过自身影响力和企业业务实践，使办公领域尽可能低碳，减少对环境的破坏。通过互相协作，优化办公领域中各个场景和流程的每一环，包括办公家具、办公用品、员工出勤等，共同营造低碳的办公环境，同时向广大办公场景使用者推广循环经济、可持续办公方式等理念。ROEHL立志成为循环经济领域的革新者、代名词、标杆企业，要通过自身的实践，吸引更多价值观相符的企业共同参与低碳环境的打造，打通上下游供应链，推动产品材料回收、加工、再利用，优化成本控制的同时，更好地达成材料循环的闭环管理。未来，我们还将为企业提供更多服务，如整合内容创新、循环经济模式咨询业务、可持续设计服务等。通过聚集更多企业的影响力，让可持续设计“DesignforSustainability”成为新的潮流，最终让计划性报废逐渐成为过去式。262020中国企业气候行动ROEHLCircularEconomyMakesPlannedObsolescenceAThingofThePast◎CaseOverviewPlannedobsolescenceisacommonindustrialdesignpolicyinwhichaproductisdesignedwithanartificiallylimitedservicelifesothatitbecomesobsoleteafteracertainamountoftime.Thestrategyfeaturesthedeliberateshorteningofthelifespanofaproducttoforceuserstopurchasefunctionalreplacements,whichhasevidentlyengenderedtremendousresourceswasteandelectronicwaste,amongotherproblems.Inspiredbythecirculareconomyphilosophies,ROEHLhandledthischallengeinthehomeappliancemarketbyfollowinga“rentalonly”businessmodel,adoptingsustainableandmodulardesignsofitsproductsand100%reusablepackagingsolutionsinpursuitofafundamentalshiftoftheplannedobsolescencemodel.AsthefirsthomeappliancebrandinChinatodisclosethecarbonfootprintandcarbonreductionpotentialforitsproducts,ROEHL'sfirstself-developedcirculareconomyproduct,theMadeleineairpurifier,hasacarbonfootprintthatis67%lessthantheindustrybenchmarkforthesamepurificationeffect.Sinceitsestablishmentin2020,ROEHLhassuppliedlow-carbonairpurificationservicestocorporateclientssuchasBilibili,ShuiOnWORKX,SuperGenandLongCheer,helpingtoreducecarbonemissionsby47323kgCO2e(equivalenttoplanting473,230sqm.ofbroadleafforest).Basedonsurveyresultsandscience-basedestimationsbythethirdpartyorganization,CarbonStop,theMadeleineairpurifierhasacarbonfootprintof0.156kgCO2e/dayperunit,correspondingtoanemissionreductionofupto0.318kgCO2e/dayasperindustrybenchmarks.◎ProjectOutcomeKeyprojectoutcomesasofSeptember30,2021:•TheMadeleineairpurifierwontheiFDesignAward2021inGermany;•TheproductisequippedwithanintelligentIoTsystemthatadjustspowerlevelsaccordingtoambientairquality,resultingincumulativepowersavingsof72,919kWhforcustomers;•ItspackaginganddistributionadoptROEHL'sfirst100%reusablepackagingsolutiontailoredtoconsumersinChina,the“XnBox”,launchedincooperationwiththecourierproviderSFExpress,whichreducesmaterialwasteby91%relativetodisposablepackagingandsavesatotalof1,296kgofplastic;•Todata,around1,000ROEHLairpurifiershavebeenrented,resultinginareductionof47,323kgCO2einaggregatecarbonemissions,whichisequivalenttoplanting473,230squaremetersofbroadleafforest.◎CompanyProfileROEHLstandsforRevolutionofEnvironmentalHomeLifestyle,anditwasestablishedinShanghaiin2020.ROEHLisdedicatedtoproductdesignandbusinessmodelinnovationunderacirculareconomymodel,withthegoalofcreatinganeco-friendlylivingenvironmentforthenextgeneration.With“sustainable”atthecoreofitsproductdesignandadoptingtheLifestyle-as-a-Servicebusinessmodel,ROEHLprovidesproductstoend-usersina“rentalonly”arrangement,transformingone-timepurchasesintolong-termcustomerservicerelationships.AsthefirsthomeappliancebrandinChinatodisclosethecarbonfootprintandcarbonreductionpotentialofitsproducts,ROEHL’smaidenlaunch,theMadeleineAirPurifier,bothaddressesthetraditionalpainpointofaldehydeeliminationandsuccessfullydemonstrateshowproductsdesignedwiththecirculareconomyphilosophyhelpreducecarbonemissionsinamaterialway.Ourvisionistoprovethataproductinspiredbythecirculareconomyconcept,andtherelatedservicescanachieveprofitabilityofasubstantivemagnitudeandcometoconsignplannedobsolescencetohistory.◎ProjectHighlightsROEHLhasalwaysprioritizedtheenvironmentinitsproductdesign,materialselection,andday-to-daybusinessoperations,andthecompanyendeavorstobringvisibilitytotheendlesspossibilitiesofthecirculareconomymodeltoawideraudience.ROEHLhasassistedShuiOnWORKXintheimplementationofits“5CSustainabilityStrategy”andhasbecomeitsvendorof“GreenOffice”supplies,wherebyROEHLoffersaleasingservicetotenantsonarent-as-you-gobasis,greatlyreducingunwanteditemsandwastedresourceswhileloweringtheout-of-pocketexpensesfortenants.2020中国企业气候行动27◎ProjectImplementationThecommonpracticeof“plannedobsolescence”inindustrialdesignhasresultedinhugeresourcewastageandelectronicwaste.ROEHLembarkedonindependentresearchanddevelopmentin2020,determinedtobreaktheviciouscirclefirstinthehomeapplianceindustry,andmanagedtocreatethefirstdomestichomeapplianceproductdesignedbasedonboththeconceptandbusinessmodelofthecirculareconomy:theMadeleineAirPurifier.Itoverturnedthetraditionalplannedobsolescencemodelandsuccessfullyreducedcarbonemissionthroughuserpractices.ThefollowingaretheexamplesofhowROEHL'sproductsembodysustainabledesignandcirculareconomymodel:•Modular,scalableanddurablefor25yearsTheproductdesignhasmovedawayfromthetraditionaldesignconceptofplannedobsolescenceandfocusedthecostonthecoreandwearableparts,adoptingamodularapproachthroughoutforeaseofrepairs,effectivelyprolongingtheusefullifeoftheproducts(byatleast50%longerrelativetorivalofferingsofsimilarpricepoints)andreducingtheuseofplasticby5.56kgthroughoutthelifecycleofindividualproducts.Themodulardesignisalsofutureproof.Withtechnologicaladvancements,thelifeoftheproductcanbeextendedwithminimalreplacementofparts,reducingtheprobabilityofscrappingtheentireunit.•UseofrecyclablematerialswithminimalimpactontheenvironmentWetakeintoaccounttheimpactofmaterialsonenvironmentalsustainabilitywhenselectingmaterials,andusematerialswithalonguselifeorthatareeasilyrecyclable,adoptinglight-weightdesignwhereverpossibletoreducetheuseofmaterials.Examplesincludeusingthermoplasticmaterialsinsteadofthermosetmaterials,whicharemoredurableandeasiertorecycle,toensurethereusabilityofthematerials.•RefurbishableandreusableUndertheleasingmodel,productsneedtobedesignedtoallowforpotentialrefurbishmentandreuse.Componentsthatareexposedtotheelementsorcouldcomeintocontactwiththehumanbodymusthaveareplacement-friendlystructureandeasilyrefurbishablematerialstolowerthereplacementrateofpartsintherefurbishmentprocess.•IntelligentIoTdesignUsersbenefitfromamoreintelligentmodeofapplicationduetothedesignofamyriadofsensorsandcloudcomputing.Almostallcommerciallyavailableairpurifiersusetimerstocalculatetheservicelifeoffilters,andconsumersareoftentimesalertedtoreplacefiltersbeforethecartridgeshavereachedtheirservicelife,resultinginwidespreadwasteofmaterials.ROEHLhaspioneeredintelligentcloudcomputingtechnologyinitsservices,allowingforaccuratecalculationsbasedondifferentenvironmentalvariablesandsensordatatomaximizeconsumableuse.Atthesametime,thedesign(patentpending)facilitatesintelligentpoweradjustment,leadingtobetterenergyefficiencyandelectricitysavings.•RecyclablepackaginganddeliveryprocessItspackaginganddistributionadoptROEHL'sfirst100%reusablepackagingsolutiontailoredtoconsumersinChina,the“XnBox”,whichwascreatedincooperationwithcourieroperatorSFExpressandreducesmaterialwasteby91%relativetodisposablepackaging.AcirculardeliveryprocesshasalsobeendevelopedwithSFExpress,consistingofthefollowingsteps:openthebox-->takeoutthemachine-->recyclethepackagematerials-->reuse,resultinginasignificantreductioninpackagingwaste.This“sustainabledesign+circularoperations”modelhasearnedpraiseandclientsupport.Belowisalistofselectbusinessesthathavecomeonboardthusfar:ClientPartnershipsinceStatusofpartnershipUnitsleasedAggregateemissionsreduced(asofSept.30,2021)E-sportssection,bilibili.comOctober2020Ongoing103Approx.11,955.2kgCO2eShuiOnWORKXMarch2021Ongoing30Approx.2,003.4kgCO2eSuperGenJuly2021Ongoing500Approx.1,4310kgCO2eLongCheerAugust2021Ongoing89Approx.1,698.1kgCO2eOther/Ongoing278Approx.17,356.3kgCO2eTotal100047,323kgCO2eInsummary,ROEHLairpurifiersreducecarbonemissionsbyapproximately67%relativetoindustrybenchmarks,andtheprojecthasenabledatotalreductionofcarbonemissionsby47,323kgCO2eforitscustomers,whichisequivalenttoplanting473,230squaremetersofbroadleafforest,demonstratingthecarbonreductionbenefitsofaproductdesignedfollowingthecirculareconomyphilosophies.◎Impact&SustainabilityThroughitseffortsofreducingcarbonfootprintbysignificantlyparingbackthedemandforrawmaterialsthroughoutproductdesign,circularpackagingdeliveryandaleasingoperatingmodel,ROEHLhasmadethesustainableuseofresourcesarealitythroughamaximallyeconomicalandminimallywastefulapproach.Thecompanyisoneoftherarethatcanfulfillthethreechiefprinciplesofcirculareconomyandreflecttheminaclosed-loopsystem.“CircularPie”,anon-profitcommunityorganizationco-foundedbyROEHL'sfounder,Mr.JohnsonYap,hasforgedastrategicpartnershipwithShuiOntocreatea“LowCarbonOfficeAlliance”withbusinessesoperatinginrelatedsectors.Membersofthealliancewillwieldtheirinfluenceandbusinesspracticestoturntheofficesectoraslow-carbonaspossibleandtomitigatetheenvironmentaldamages.Thecollaborationwilloptimizeeveryfacetofofficescenariosandprocesses,includingfurnitureandfixtures,officesuppliesandemployeeattendance,forthepurposesofcreatingalow-carbonofficeenvironmentandpromotingtheconceptofcirculareconomyandsustainableofficepracticestoallofficeusers.ROEHLaspirestobeaninnovator,abywordandbenchmarkenterpriseforthecirculareconomy.Throughitsownpractice,thecompanyaspirestoattractmorebusinessesthatshareitsvaluestogetinvolvedinthecreationofalow-carbonenvironmentbylinkinguptheupstreamanddownstreamofthesupplychain,promotingtherecycling,processingandreuseofmanufacturingmaterials,optimizingcostcontrol,whilstbetterenablingtheclosed-loopmanagementofmaterialrecycling.Goingforward,weintendtoprovideawiderrangeofTo-Bservices,encompassingintegratedcontentinnovation,circulareconomymodeladvisory,andsustainabledesign.Byleveragingtheinfluenceofmorebusinessparticipants,wewillestablish“DesignforSustainability”asanewtrendand,hopefully,graduallyphaseoutplannedobsolescence.282020中国企业气候行动四川永祥股份有限公司高纯晶硅生产过程蒸汽使用零碳化路径◎案例概述光伏行业上游的多晶硅，在生产过程中会消耗大量蒸汽，以前的蒸汽主要来源于燃煤锅炉，不但产生大量碳排放，而且产生二氧化硫、氮氧化物等空气污染物。为降低蒸汽使用方面的碳排放，永祥新能源通过燃料替代、节能增效、再生能源电力使用等方式降低碳排放，最终实现蒸汽使用的近零排放。在燃料替代方面，公司于2018年新上2台50t/h的燃气锅炉代替原有4台35t/h的燃煤锅炉，在2019年的新建项目则直接采用了1台50吨的电极锅炉。实现了蒸汽生产燃料的煤改气、气改电的迭代。在减少蒸汽消耗方面，永祥从2018年2月开始进行新型还原炉底盘和尾气热能回收节能技术创新、氯硅烷精馏热能梯级利用技术等一系列的技术研发和改造，使得吨硅料的蒸汽消耗从30吨以上降低到15吨以内。不仅如此，永祥还计划在未来几年内，通过进一步的技术改造，最终实现蒸汽近零输入。在新能源电力使用方面，永祥从2018年开始通过售电公司直购水电等新能源电力，实现电力使用的清洁化与零碳化，进而使得蒸汽使用的零碳化，截至目前，永祥已经实现3个子公司电力使用的100%清洁化，公司总电力使用的清洁电力比例达65%以上。◎企业简介四川永祥股份有限公司是通威集团控股的通威股份有限公司旗下的一家大型民营科技型企业，公司形成了从“盐卤、烧碱、聚氯乙烯到电石渣水泥”和从“氯化氢、三氯氢硅到多晶硅新能源”的新能源与化工完整结合的循环经济产业链。2020年，永祥股份高纯晶硅产量超过8万吨，出货量全球第一，约占全球市场份额18%。随着四川乐山二期、云南一期以及内蒙二期项目的建成投产，永祥股份在2022年将形成23万吨高纯晶硅产能，进一步巩固全球高纯晶硅的龙头地位。◎项目产出•单位蒸汽的碳排放强度从0.11tCO2e/GJ下降到目前的0.06tCO2e/GJ左右；•单位产品蒸汽消耗从30吨以上降低到15吨以内；•实现年二氧化碳减排40万吨以上、二氧化硫减排250吨、氮氧化物250吨；•实现年节约成本3000万以上。◎项目亮点作为清洁能源光伏制造业的上游多晶硅生产企业，我们在减少自身碳排放，实现产品碳中和方面更加严格要求自己。蒸汽曾经是我们消耗化石能源的大头。为实现蒸汽消耗的零碳化，我们从源头减碳、用量减少和余热资源化等方面综合考虑，将蒸汽减排做到了极致。2020中国企业气候行动29◎项目实施2018年1月，蒸汽零碳化项目启动后，公司领导高度重视，组织公司内外专家制定蒸汽零碳化方案。经过近3年的项目实施，主要从燃料替代、节能增效和新能源电力直购三个方面开展相关工作，具体项目实施过程如下：1.燃料替代（1）公司于2018年斥资3000万元，引进国外先进的低氮燃烧技术的燃气蒸汽锅炉两套，采用当今具有领先技术的热力除氧器、吸收塔、扩容器等主要装置，用于替换原来的4台燃煤锅炉。（2）2019年公司启用了更加绿色环保的浸没式电极锅炉，将燃气锅炉作为备用，实现了蒸汽生产燃料的煤改气、气改电的零碳化迭代。2.节能增效（1）为了实现降低蒸汽消耗、增加余热利用的目标，从2018年起，持续实施了以下6个项目。（2）采用高效、综合回收的精馏系统并采用热耦合技术，有效降低蒸汽消耗；（3）采用还原热能综合利用技术，将还原炉循环热水采用闪蒸制取低压蒸汽供其他工段和系统使用，降低了蒸汽消耗，提高了热能的利用率；（4）针对不同的用热设备采用不同压力等级的蒸汽；同样，根据不同的工艺要求及用户，考虑不同的冷却介质；（5）利用反应热加热某些需要高温的设备，剩余反应热副产蒸汽；（6）对生产装置操作温度偏离环境温度的设备、管道等，按规范采取绝热措施；（7）采用先进的DCS自动控制系统，过程产量、质量控制更稳定，有利于降低物耗和能耗。3.再生能源电力直购为实现电力使用的零碳化，从2018年1月开始，公司积极参与当地的再生能源电力直购。目前已经实现公司下属三个子公司100%使用再生能源电力，再生能源电力占公司总用电量比例达65%以上。措施节能量（tce）减排量（tCO2e）煤改气7,000165,000节能增效，余热利用114,167154,000气改电+再生能源电力092,400合计446,369虽然通过上述措施，使得公司的蒸汽碳排放实现了大幅度降低，但我们并未止步于此，根据我们的内部分析和以往的项目实施经验，我们提出了在2023年前实现蒸汽近零输入的目标，即整个生产过程中所需要的蒸汽几乎全部由内部的余热回收产生，不再使用任何的煤炭、天然气以及电力。◎项目重要影响及可持续性通过项目的实施，使得在多晶硅生产过程中的蒸汽消耗从以前的碳排放大户逐渐降低为近零排放。在整个项目实施的过程中，我们考虑了可降低蒸汽碳排放的所有手段，最终取得了既定的效果。在这个项目的实施过程中，我们形成了对于既定排放源实现零碳化的一整套解决方案，这种方案不仅可以用于蒸汽使用的零碳化，还可以用于其它排放源、整个公司甚至整个行业的零碳化。下一步我们将进一步通过技术改造降低蒸汽消耗，同时增加余热利用的蒸汽产量，最终实现不需要任何外部能源输入，仅通过内部的余热蒸汽就能满足生产需要的目标。302020中国企业气候行动SichuanYongxiangCo.,Ltd.Zero-CarbonPathwayofSteamUtilizationinPolysiliconProduction◎CaseOverviewAsanupstreamsectorofphotovoltaicindustry,polysiliconmanufacturerswouldconsumealotofsteamduringtheirproductionprocess.Inthepast,thesteamwasmainlyproducedbycoal-firedboilers.Itnotonlyemitsalargeamountofcarbondioxide,butalsoproducesairpollutantsincludingsulfurdioxideandnitrogenoxides.YongxiangNewEnergyhasreducedcarbonemissionsfromsteamutilizationbymeansoffuelsubstitution,energysaving,efficiencyenhancementandrenewableenergyconsumption,andisattemptingtoachievenetzeroemissionsfromsteamutilizationatlast.Intermsoffuelsubstitution,in2018,ourcompanyimportedandinstalledtwo50t(gas)/hgas-firedboilerstoreplacetheoriginal435t(coal)/hcoal-firedboilers.In2019,thecompanydirectlyadopted1setof50tonelectrodeboilersforthenewproject.Hence,wehaverealizedtheupgradingfromcoaltogasthentoelectricityforsteamfuelproduction.SinceFebruary2018,Yongxianghasreducedthesteampertonofsiliconmaterialfrommorethan30tonstolessthan15tonsthroughaseriesoftechnicalR&Dandapplication,suchastheinnovationofnew-typereductionfurnacechassisandenergy-savingtechnologyofexhaustheatrecycling,andthecascadeutilizationtechnologyofchlorosilanerectificationheatpower.Moreover,Yongxiangplanstoachievethegoalofnear-zerosteaminputthroughfurthertechnologicaltransformationinthecomingyears.Intermsofnewenergypowerusage,Yongxianghasrealizedcleanandzerocarbonizationofpowerusesince2018throughdirectpurchaseofhydropowerandothernewenergypowerbypowersalescompanies,soastoachievezerocarbonizationofsteamuse.Uptonow,Yongxianghasachieved100%cleanpowerconsumptioninthreesubsidiaries,andtheproportionofcleanpowerusedbythecompany'stotalpowerhasexceeded65%.◎CompanyProfileSichuanYongxiangCo.,Ltd.isalargeprivatescientificandtechnologicalenterpriseundertheadministrationofTongweiCo.,Ltd.Thecompanyhasbuiltacirculareconomyindustrialchainintegratingnewenergyandchemicalindustryfrom"brine,causticsoda,PVCtocarbideslagcement"and"hydrogenchloride,trichlorosilanetopolysiliconnewenergy".In2020,Yongxiang'soutputofhigh-puritycrystallinesiliconreachedover80,000tons,rankingfirstintheworldandaccountingforabout18%oftheglobalmarketshare.WiththecompletionandoperationofSichuanLeshanphaseII,YunnanphaseIandInnerMongoliaphaseIIprojectsin2022,Yongxiangwillhaveaproductioncapacityof230,000tonsofhigh-puritycrystallinesilicon,furtherconsolidatingitsgloballeadingpositionofhigh-puritycrystallinesilicon.◎ProjectOutcome•Thecurrentcarbonemissionperunitsteamdecreasesfrom0.11tCO2e/gjtoabout0.06tCO2e/gj;•Thesteamconsumptionperunitproductisreducedfrommorethan30tonstolessthan15tons;•AchievedannualCO2emissionreductionofmorethan400,000tons,SO2of250tons,andNOxof250tons•andAnnualcostsavingsofmorethan30millionCNY.◎ProjectHighlightsAsanupstreampolysiliconmanu-facturerofcleanenergyphotovoltaicmanufacturingindustry,wearestrictwithourselvesinreducingourowncarbonemissionsandrealizingproductcarbonneutralization.Steamusedtobethebulkofourfossilenergyconsumption.Toachievezerocarbon-izationofsteamconsumption,wehaveextremelyreducedsteamemissionsbycomprehensivelyconsideringthesourcecarbonreduction,consumptionreductionandwasteheatrecycling.2020中国企业气候行动31◎ProjectImplementationAfterthelaunchofthezero-carbonsteamproject,Yongxiang'sleadersprioritizeditandorganizedinternalandexternalexpertstodevelopazero-carbonsteamscheme.Afternearlythreeyearsofprojectimplementation,thecompanymainlyfocusedonthreeaspects:fuelsubstitution,energyconservation&efficiencyenhancementanddirectpurchaseofnewenergypower.Thespecificprojectimplementationprocessisasfollows:1.Fuelsubstitution(1)In2018,thecompanyinvested30millionyuantointroducetwosetsofforeignadvancedgas-firedsteamboilerswithlownitrogencombustiontechnology,andadoptedthemaindevicessuchasthermaldeaerator,absorptiontowerandflashtankwithleadingtechnologytoreplacetheoriginalfourcoal-firedboilers.(2)In2019,thecompanystartedusingamoresustainableandenvironment-friendlysubmergedelectrodeboilerandusedthegas-firedboilerasastandbytorealizethezero-carbonizationupgradingfromcoaltogasthentoelectricity.2.Energyconservation&efficiencyenhancementSince2018,thefollowingsixprojectshavebeencontinuouslyimplementedtoachievethegoalofreducingsteamconsumptionandincreasingwasteheatutilization.(1)Ahighefficiencyandcomprehensiverecoverydistillationsystemandthermalcouplingtechnologyareadoptedtoeffectivelyreducesteamconsumption;(2)Adoptingthecomprehensiveutilizationtechnologyofreductionheatenergy,thecirculatinghotwaterofthereductionfurnaceisflashedtoproducelow-pressuresteamforothersectionsandsystems,whichreducessteamconsumptionandimprovestheutilizationrateofheatenergy;(3)Steamwithdifferentpressurelevelsshallbeadoptedfordifferentheatconsumingequipment;also,differentcoolingmediashallbeconsideredaccordingtodifferentprocessrequirementsanddifferentusers;(4)Usereactionheattoheatsomehigh-temperature-requiredequipment,andremainingreactionheattomakeby-productsteam;(5)Fortheequipmentandpipelineswhoseoperatingtemperaturedeviatesfromtheambienttemperature,thermalinsulationmeasuresshallbetakenaccordingtothespecifications;(6)WithadvancedDCSautomaticcontrolsystem,theprocessoutputandqualitycontrolaremorestable,whichcontributestolowermaterialandenergyconsumption.3.DirectpurchaseofnewenergypowerInordertorealizezerocarbonizationofpoweruse,thecompanyhasactivelyparticipatedinthelocaldirectpurchaseofrenewableenergypowersinceJanuary2018,andhasrealizedthat100%ofthecompany'sthreesubsidiarycompaniesuserenewableenergypower,whichaccountsformorethan65%ofthecompany'stotalpowerconsumption.ProcessEnergySaving(tce)EmissionsReduction(tCO2e)Coal-to-gas7,000165,000Energysavingandefficiencyincreasing114,167154,000Gas-to-electricity+Sustainableenergypower092,400Total446,369Althoughtheabovemeasureshavegreatlyreducedthecompany'ssteamcarbonemissions,wearenotstoppingthere.Accordingtoourinternalanalysisandpreviousprojectimplementationexperience,weputforwardthegoalofsteaminputinthenextfiveyears,thatis,allofthesteamrequiredinthewholeproductionprocessisgeneratedbyinternalwasteheatrecovery,whichisnolongerapplicabletoanycoal,naturalgasorelectricity.◎Impact&SustainabilityThroughtheimplementationoftheproject,thesteamconsumptioninthepolysiliconproductionfieldhasbeengraduallyreducedfromaprevioushighcarbonemissiontonearlynetzeroemission.Inthewholeprojectimplementationprocess,weconsideredallmeanstoreducesteamcarbonemission,andfinallyachievedtheidealconsequence.Duringtheimplementation,wedevelopedacompletesetofsolutionstoachievezerocarbonizationfortheexistingandfixedemissionsources.Thissolutioncanbeusedtozero-carbonizenotonlysteam,butalsootheremissionsources,thewholecompany,andeventhewholeindustry.Asanextstep,wewillfurtherreducesteamconsumptionthroughtechnicaltransformationandincreasethesteamoutputofwasteheatutilization,withtheultimategoalofmeetingproductionneedsonlythroughinternalwasteheatsteamwithoutanyexternalenergyinput.322020中国企业气候行动丝芙兰搭建绿色消费生态◎案例概述丝芙兰作为LVMH(MoetHennessy-LouisVuitton)路威酩轩集团旗下高端美妆零售商，深耕中国市场16年，在不断加码本土投资的同时，亦积极践行集团LIFE360环境计划。从生产端的绿色生产研发，到运输环节的绿色仓储物流，再到消费端的绿色门店，丝芙兰将“搭建绿色消费生态”作为重要战略行动。过去两年，丝芙兰通过研发绿色产品、扩大绿色电动车配送的直径范围，开发设计融合可持续、环保理念的未来概念门店，使用可再生循环的包装材料等举措，践行可持续发展战略。丝芙兰作为高端美妆零售行业领先者，亦希望将可持续理念传达至消费者侧，通过各类举措号召更多人加入绿色可持续美妆的生活方式。◎企业简介丝芙兰是1969年由多米尼克·曼东诺德（DominiqueMandonnaud）在法国创立的高端美妆零售商，主营业务涵盖香水、化妆品、个人护理用品和其他相关产品，隶属于世界领先的奢侈品集团——法国路威酩轩LVMH集团。追求卓越、突破创新和企业家精神引领丝芙兰将开拓美力的信念传递至35个国家，为广大消费者提供体验美及学习美的良好环境。迄今为止，丝芙兰已进入大中华区87座城市，拥有311家线下尊享门店，线上渠道覆盖800多个城镇，包含丝芙兰官方网站及APP、微信小程序、天猫旗舰店、天猫国际海外旗舰店、京东旗舰店、京东到家以及抖音小店等。深耕中国市场16年来，丝芙兰始终致力于洞察国内消费者不断升级的消费需求，通过恪守“本真零售”理念，开展全渠道零售创新及可持续举措，致力美力社区的构建，不断引领美妆潮流风向，定义行业新标杆，焕发品牌无限活力。◎项目产出•自有品牌丝芙兰愉悦护肤系列产品包装全程使用可回收材质，截至2020年，丝芙兰已成功减少100公吨塑料用量；•50%门店货运实现电动节能车配送；运输过程减少塑料填充物；•电商包装采用可回收快递纸箱，对现有发货纸箱减重10%，包装内填充物升级为可循环回收蜂巢纸；•全国300多家门店100%使用节能LED灯。通过优化照明与空调使用，2020年，全国250多家门店全年节电963万度，减少碳排量7,748吨；•2021年5月揭幕的北京太古里三里屯旗舰店荣获LEED金牌认证；•门店推广使用FSC认证环保纸质材料购物袋，减少纸张的使用量，1年节约用纸30吨；•礼品盒采用FSC认证纸质材料，从2020年10月起取消覆膜工艺，礼品盒100%可回收；•2021年7月，由《南方周末》主办的第13届中国企业社会责任年会上，丝芙兰中国荣获“2021年度绿色企业”奖项。◎项目亮点从生产端的绿色生产研发，到运输环节的绿色仓储物流，再到消费端的绿色门店，最终转化为用户的绿色消费，这是美妆零售行业为了全渠道践行可持续发展理念，搭建绿色消费生态的体现。作为路威酩轩集团的高端美妆零售商，丝芙兰近年来正是沿着这样的链条推动自身绿色发展，并号召行业共同携手创造可持续美好未来。2020中国企业气候行动33◎项目实施丝芙兰将“搭建绿色消费生态”作为重要战略行动，该战略的核心是顺应消费模式的改变，上下游齐力推动变革，建立更加绿色环保的研发、生产、供应体系。丝芙兰不断地沟通和影响消费者、供应链伙伴、商业生态伙伴、去获得他们的同步认知。在公司高层的一致支持下，制定战略和落地实施计划来加速转型、促进可持续发展，并联动商业伙伴构建可持续生态价值。丝芙兰全渠道践行可持续发展战略，过去两年在以下三方面取得显著成效：绿色产品研发、生产•丝芙兰自有品牌SephoraCollection愉悦护肤系列采用了90%以上的天然成分，部分产品容器由生物质材料制成，洁面产品包装瓶由再生塑料制成。截至2020年，丝芙兰已成功减少100公吨塑料用量。绿色物流•50%门店货运实现电动节能车配送；在物料快递到门店的过程中，从塑料质地包装填充物改进为用纸板结构卡住需运输的部件，以减少塑料填充物。•电商包装采用可回收快递纸箱，对现有发货纸箱减重10%，对纸箱进行回收处理，包装内填充物亦升级为可循环回收蜂巢纸。绿色门店•丝芙兰全国300多家门店100%使用节能LED灯。通过优化照明与空调使用，2020年为止全国250多家门店全年节电963万度，减少碳排量7,748吨。2021年，丝芙兰启动第二阶段减灯改造工作。•2021年5月揭幕的北京太古里三里屯旗舰店荣获LEED金牌认证。•在购物环节，推广使用FSC认证环保纸质材料购物袋，保证性能的前提下使用更轻薄纸张，减少纸张的使用量，1年节约30吨用纸。礼品盒亦采用FSC认证纸质材料，从2020年10月起取消覆膜工艺，礼品盒100%可回收，如全部回收，再生纸率可达85%。◎项目重要影响及可持续性2020年9月中国明确提出双碳目标后，低碳绿色发展已经成为各行各业共识。路威酩轩集团在2020年推出“LIFE360环境计划”，该计划由此前一直坚持的LIFE计划（LVMHInitiativesfortheEnvironment）升级而来，LIFE计划致力于减少产品制造对环境的影响，产品原材料可塑性更环保更合规，同时设立明确的碳排放指标，截至2020年底大部分得以实现。丝芙兰做为LVMH集团的一员，以集团全球可持续发展的战略目标“360计划”为时间轴（2023，2026，2030），将“美力由我”的美好理念作为可持续发展的源动力；以“美”为载体将可持续发展融入品牌主张，运营模式，业务生态。赋予美更多的“力”量，为更可持续的世界与未来全力以赴。除了在生产制造源头开展绿色低碳实践外，在整个实施环节以下两点也得到了充分重视。一是在消费模式改变的当下，美妆零售行业的减碳行动特别需要和网购行为相配合，美妆零售企业需要关注到线上线下这一条完整的购物链条当中的碳足迹，比如对网购发货纸箱作减重和可回收处理，改进包装填充物等，丝芙兰将与国内领先的物流快递企业一同配合改造。二是引导消费者。绿色供给最终要成为绿色消费，这样企业才有更持久的动力，也才能真正实现绿色生活。对于消费者来说，减碳也不是浮在表面的口号，可以从每一次消费做起。342020中国企业气候行动SEPHORABuildingAGreenConsumptionEcology◎CaseOverviewAsahigh-endbeautyretailerofLVMH(MoetHennessy-LouisVuitton)Group,SephorahasbeendeeplydevelopingtheChinesemarketfor16years.Whileincreasinglocalinvestment,Sephoraactivelyfulfillsthegroup’sLIFE360EnvironmentPlanandiscommittedtoenvironmentalprotectionpractice.FromgreenproductR&Dattheproductionend,togreenwarehousingandlogisticsduringthesupplychainlink,togreenstoresattheconsumerend,Sephoraregards“buildinggreenbeautyindustryecology”asanimportantstrategicinitiative.Inthepasttwoyears,Sephorahasfulfilledthesustainabledevelopmentstrategybydevelopinggreenproducts,expandingthediameterrangeofdistributionbygreenelectricvehicle,developinganddesigningfutureconceptstoresintegratingsustainableandenvironmentalprotectionconcepts,andusingrecyclablepackagingmaterials.Astherepresentativeofhigh-endbeautyretailer,Sephorahopestocallconsumerstopayattentiontoandencouragemorepeopletoparticipateinthegreenandsustainablebeautycosmeticslifestyle.◎CompanyProfileSephoraisahigh-endbeautymakeupretailerfoundedbyDominiqueMandonnaudinFrancein1969.Itsmainbusinesscoversperfumes,cosmetics,personalcareproductsandotherrelatedproducts,anditispartoftheLVMHGroupinFrance,agloballeaderintheluxuryindustry.Sephoraspreadsthebeliefindevelopingbeautypowerto35countriesbypursuingexcellence,makingbreakthroughs,innovation,andentrepreneurshiptoprovideconsumerswithagoodenvironmenttolearnandpractisebeauty.Sephorahas311physicalexclusivestoresin87citiesinGreatChina,anditsonlinechannelscovermorethan800towns,includingSephora’sofficialwebsiteandAPP,WeChatapplet,Tmallflagshipstore,TmallCrossboardflagshipstore,JDflagshipstore,JDHomeandTikTokstore,etc.Within16yearsofdeepdevelopmentoftheChinesemarket,Sephorahasalwaysbeencommittedtolearningaboutthecontinuousupgradingconsumptiondemandofdomesticconsumers.Byadheringtotheconceptof“Omnitude”,ithascarriedoutwhole-channelretailinnovationandsustainablemeasures,committedtotheconstructionofbeautypowercommunity,constantlyledthetrendofbeautycosmetics,createdanewbenchmarkintheindustryandrejuvenateditsbrand.◎ProjectOutcome•Theself-ownedbrandSephoraCollectionproductsuserecyclablematerialsthroughoutthepackagingprocess.By2020,Sephorahassuccessfullyreduceditsplasticconsumptionby100metrictons;•50%ofstorefreightcanberealizedbyelectricenergy-savingvehiclesandtheusageofplasticfillersisreducedduringtransportation;•E-commerceusesrecyclablecouriercartonboxforpackaging,whichreducestheweightofexistingdeliverycartonsby10%,andupgradesfillersinsidethepackagetorecyclablehoneycombpaper;•Morethan300storesnationwidealluseenergy-savingLEDlamps.Byoptimizingtheuseoflightingandairconditioner,morethan250storesnationwidesavedelectricityby9.63millionkWhandreducedcarbonemissionsby7,748tonsin2020;•TheflagshipstoreinSanlitun,TaikooLi,Beijing,openedinMay2021,hasreceivedLEEDgoldcertification;•StorespromotetheuseofshoppingbagscertifiedbyFSC,whichreducetheuseofpaperby30tonsperyear;•ThegiftboxesaremadeofpapermaterialscertifiedbyFSC,andthelaminationhasbeenremovedsinceOctober2020.Thegiftboxesare100%recyclable;•SephoraChinawonthe“2021GreenEnterprise”awardatthe13thAnnualConferenceofChinaCorporateSocialResponsibilityhostedbySouthernWeekendinJuly2021.◎ProjectHighlightsFromgreenproductionresearchanddevelopmentattheproductionend,togreenwarehousingandlogisticsatthetransportationlink,togreenstoresattheconsumerend,andfinallygreenconsumptionofusers,thisistheembodimentofthebeautyretailindustrytofulfilltheconceptofsustainabledevelopmentinallchannelsandbuildgreenconsumptionecology.Sephora,ahigh-endbeautymakeupretailerofLVMHGroup,haspromoteditsowngreendevelopmentalongthischaininrecentyears,andhascalledontheindustrytoworktogethertocreateasustainablebrightfuture.2020中国企业气候行动35◎ProjectImplementationSephoraregards“buildinggreenconsumptionecology”asanimportantstrategicaction,withthegoalofadaptingtochangingofconsumptionpatterns,promotingreforminupstreamanddownstream,andestablishingamoregreenandenvironmentalprotectionresearchanddevelopment,productionandsupplysystem.Sephoraisconstantlycommunicatingwithandinfluencingconsumers,supplychainpartnersandbusinessecosystempartnerstogaintheirsynchronouscognition.Withtheunanimoussupportofseniormanagementofthecompany,Sephoraformulatesstrategiesandlaunchesplanstoacceleratetransformationandpromotesustainabledevelopment,andcooperateswithbusinesspartnerstobuildsustainableecologicalvalue.Sephoraimplementsthesustainabledevelopmentstrategyinallchannels,andhasachievedremarkableresultsinthefollowingthreeaspectsinthepasttwoyears:Greenproductresearch,developmentandmanufacturing•Sephora’sself-ownedbrandSephoraCollectionPleasantSkinCareSeriescontainsmorethan90%naturalingredients,someproductcontainersaremadeofbiomassmaterials,andfacialcleansingpackagingbottlesaremadeofrecycledplastics.By2020,Sephorahassuccessfullyreducedtheplasticconsumptionby100metrictons.Greenlogistics•Thefreightof50%ofstorescanberealizedbyelectricenergy-savingvehicles.Intheprocessofdeliveringmaterialstostores,theplasticpackingfillerisimprovedtoemployacardboardstructuretoclampthepartstobetransportedtoreducetheplasticfiller.•E-commercepackagingusesrecyclableexpresscartons,whichreducestheweightoftheexistingdeliverycartonsby10%,recyclesthecartons,andupgradesthepackingfillertorecyclablehoneycombpaper.Greenstores•Morethan300storesnationwidealluseenergy-savingLEDlighting.Byoptimizingtheuseoflightingandairconditioner,morethan250storesnationwidesavedelectricityby9.63millionkWhandreducedcarbonemissionsby7,748tonsin2020.In2021,Sephorahasstartedthesecondstageoflampreductionremodelling.•TheflagshipstoreinSanlitun,TaikooLi,Beijing,openedinMay2021,hasreceivedLEEDgoldcertification.•Intheshoppinglink,SephorapromotestheuseofenvironmentalprotectionpapershoppingbagscertifiedbyFSC,useslighterandthinnerpapertoensureperformance,reducestheamountofpaperusedandsaves30tonsofpaperinayear.ThegiftboxesaremadeofpapermaterialscertifiedbyFSC,andthefilmcoatingprocesshasbeencanceledsinceOctober2020.Thegiftboxesare100%recyclable.Iftheyareallrecycled,therecycledpaperratecanbeupto85%.◎Impact&SustainabilitySinceChina’sclearannouncementof“doublecarbontargets”inSeptember2020,low-carbonandgreendevelopmenthasbecometheconsensusofallsocialsectors.In2020,LVMHGrouplaunchedthe“LIFE360EnvironmentPlan”,animprovementtothepreviouslyexistingLIFEPlan(LVMHInitiativesfortheEnvironment).TheLIFEPlanisdedicatedtoreducingtheenvironmentalimpactofproductmanufacturing,makingtheplasticityofrawmaterialsmoreenvironmentallyfriendlyandcompliant,andsettingclearcarbonemissiontargets,mostofwhichhavebeenmetbytheendof2020.AsamemberofLVMHGroup,Sephorawilltakethe“Life360Plan”,thegroup’sstrategicgoalofglobalsustainabledevelopment,asthetimeline(2023,2026,2030),andmaketheconceptof“beautypowerbyme”abettersourcepowerforsustainabledevelopment.Sephorawillalsouse“beauty”asacarriertointegratethesustainabledevelopmentintobrandconcepts,operationmodelsandbusinessecology,givingbeautymore“power”andmakingeveryefforttocreateamoresustainableworldandfuture.Besidescarryingoutgreenandlow-carbonpracticesatthesourceofmanufacturing,Sephoraalsopayscloseattentiontothefollowingtwoaspectsinthewholeimplementationprocess.Firstly,inanerathatconsumptionpatternsarechanging,thecarbonreductionactionsofthebeautymakeupretailindustrymustbecoordinatedwithonlineshopping,andbeautymakeupretailenterprisesmustpayattentiontothecarbonfootprintintheentireshoppingchain,includingonlineandoffline,byreducingtheweightandrecyclingthedeliverycartonsforonlineshoppingandimprovingthepackingfillers.Sephorawillcooperatewiththeleadingdomesticlogisticsandexpressdeliveryenterprisestotransform.Secondly,consumersshouldbeguided.Greensupplywilleventuallybecomegreenconsumption,allowingenterprisestohavemorelong-termmotivationandafullygreenlivingtoberealized.Carbonreductionisnotagimmickforconsumersandtheycanreducetheircarbonfootprintwitheveryconsumption.362020中国企业气候行动星巴克中国全球首家环保实验店“向绿工坊”◎案例概述自1971年创立以来，星巴克就致力于成为一家与众不同的企业。星巴克有个简单的愿景：种植可持续的咖啡，以可持续方式开展经营，致力于成为一家对自然资源回馈多于使用的资源积极型企业。为实现这一目标，星巴克基于科学依据设定了初级目标——到2030年碳排放、水资源使用、废弃物排放各减少50%。同时计划到2030年实现碳中和绿色咖啡，并在咖啡生豆加工过程中减少一半的用水量。星巴克将采取全面举措减少我们对环境的影响，着眼于“从一颗生豆到一杯咖啡”旅程中的每一个环节。在成立50周年之际，星巴克将“减少碳足迹、减少水浪费和废弃物浪费”这三大目标和可持续生活方式相结合。作为星巴克全球首家绿色环保实验店，星巴克向绿工坊于2021年9月30日在上海开业。向绿工坊全方位探索可循环的绿色零售新模式，鼓励更多顾客一起践行更可持续的生活方式。在设计建造、日常营运、顾客体验的全生命周期中，其可持续发展的理念、举措贯穿始终。向绿工坊的开业，也标志着星巴克实现“环境向绿”蓝图的进程迈入了全新阶段。◎企业简介星巴克咖啡公司成立于1971年，始终致力于商业道德采购并烘焙世界上高品质的阿拉比卡咖啡。今天，门店遍布全球的星巴克已经成为世界上首屈一指的专业咖啡烘焙商和零售商。通过我们的星级咖啡师，星巴克始终坚持对卓越品质和服务的承诺，遵循我们的指导原则，通过每一杯优质的咖啡为我们的顾客每天营造独特的星巴克体验。1999年，星巴克进入中国内地市场，并在北京国贸商城开出第一家门店，如今已发展到在200多个城市拥有5,300家门店，有近6万名身着绿围裙的中国伙伴（员工）。中国目前已成为星巴克发展速度最快、最大的海外市场。◎项目产出设计建造：打造环境向绿的第三空间•全国首家获得“绿色门店”体系认证的星巴克门店•全国首家全面采用回收及环保建材的第三空间，约50%可在未来被循环利用、升级改造或是降解•全国首家使用模块化吧台及后区的星巴克门店日常运营：通过手中咖啡，共创绿色生活•全国首次推出由回收塑料瓶合成纤维制成的环保绿围裙，每条减少全生命周期碳排放达1公斤•全国首次推出由星巴克各项赛事冠军、咖啡公使主持的“可持续咖啡教室”•全国首家100%回收自身产生咖啡渣的星巴克门店•全国首家通过全国绿证认购平台购买绿色电力，100%使用可再生能源的星巴克门店顾客体验：GOODGOOD生活方式，可以很日常•全球首次推出名为“循环坊·创意坊”的环保主题展览空间•门店中超过50%食品及含牛奶类饮品，现使用植物基食材替代•推出大杯型可循环使用随行杯◎项目亮点“向绿工坊是我们探索绿色零售新模式的实验室，也是寄给星巴克顾客的一张通往绿色未来的邀请函。我们希望能在此实践门店可持续性的创意想法，与顾客一起在此体验新的生活方式，并与志同道合的团队联合创造，激发更多人，为我们的下一代留下更美好的地球。——星巴克全球执行副总裁兼星巴克中国首席执行官蔡德粦2020中国企业气候行动37◎项目实施为践行可持续发展目标，星巴克中国于2020年启动向绿工坊项目，经过500多天的打磨，全球首家绿色环保实验店与2021年9月30日在上海开业。它将实践星巴克最前沿的环保举措，全方位探索可循环的绿色零售模式，鼓励更多顾客一起践行绿色生活方式。1.一杯咖啡的过去和未来向绿工坊主吧台上方的微电影讲述着一颗咖啡豆在来到顾客手中之前的“过去”——“Beantocup”的故事——从手边的一杯咖啡出发，带顾客云游云南、卢旺达等咖啡原产地，历览星巴克伙伴（员工）与咖农如何开展可持续种植、道德采购和烘焙加工。•从2004年开始，星巴克与保护国际基金会合作制定了咖啡与种植者公平规范(C.A.F.E.)，要求咖啡种植者必须在社会责任和环境保护等方面都达到标准，并通过第三方机构认证。其中，对原生森林、珍稀动植物群落的评估、管理和保护是重要指标之一。另外，星巴克还帮助咖农和咖啡种植社区以可持续的种植方式开展生产活动。2021年3月，星巴克中国启动为期三年的“共享价值”咖啡产业扶持三期智慧农业项目，在云南普洱地区引入水肥一体化、测土配方施肥等多项数字化手段，助力当地咖啡种植社区的可持续发展。•萃取完咖啡后的咖啡渣，也同样有绿色的“未来”。向绿工坊是中国首家100%回收再利用店内咖啡渣的星巴克门店。这些咖啡渣在进行堆肥处理后，作为农作物和商场花园的有机肥料使用。•向绿工坊还首次打造了名为“循环绿·创意坊”的展览空间，以咖啡渣等零售废弃物为主要材料，不定期举行新锐艺术家们呈现的绿色主题展览，并带来公开讲座与工作坊，带领并激发每个顾客思考可持续发展的无限可能。于2021年9月首次登场的，是由同济大学设计创意学院师生以“有机繁荣”为题的多件艺术作品。2.更绿色的GOODGOOD生活方式截至2019年底，星巴克全国所有门店已经全部停止使用塑料吸管，每年大约可以减少200吨塑料使用。2020年4月，星巴克中国发起“GOODGOOD星善食™主义”行动以来，一系列植物基膳食产品及“渣渣管”等全新绿色包装相继问世。而在向绿工坊，GOODGOOD的生活方式将得以不断演进和推广。•在向绿工坊，超过50%的食品及含牛奶类饮品均以植物基食材代替，含牛奶类饮品也将默认使用燕麦奶。同时，向绿工坊还推出15款全新的植物基膳食食品，涵盖多款烘焙产品、三明治以及蛋糕，给予顾客更丰富的美味和可持续消费兼具的享受。经测算，与常规含动物油脂的麦芬相比，每个星膳食燕麦乳巧克力麦芬减少60g温室气体排放，约相当于节电0.1度。•同时，以减废减塑和倡导循环利用的生活方式为指引，向绿工坊推出了一款可重复使用的随行杯，并鼓励堂食顾客尽量使用店用杯或自带杯，减少一次性餐具的消耗。3.约50%建筑材料“未来有用处”店内约50%的建筑材料，都可在未来被循环利用、升级改造或是降解。•整家门店的吧台及后区采用了全新的模块化设计。整个吧台由功能各异的模块构成，可以根据需求拆卸、组装。如果门店在未来改造，旧模块也可以在其它门店“重新上岗”。同时，店内使用了大量回收再利用的建筑材料。例如，当星巴克在中国内地的第一家旗舰店——北京三里屯太古里店进行升级改造时，设计师便将二楼标志性的实木咖啡桌回收分解，重新制作成了向绿工坊的大门把手、吧台桌面、台阶等设施。•向绿工坊也采取了多项提升能效的措施。以店铺照明为例，光源全部实现智能化控制，无需手动调节。照明系统设置了白天、傍晚与深夜多个模式，有效减少电力消耗。经测算，相较2019年一家同等大小的普通星巴克门店，每年预计将额外减少约15%碳排放。•向绿工坊倡导无纸化营运。在这里，电子小票取代了纸质票据，而传统的印刷菜单板也由LED电子显示屏替代，将进一步减少一次性宣传物料的使用。•咖啡师所穿的绿围裙，是由回收的PET饮料瓶经过清洁加工、再生制成聚酯切片、纱线、面料，最后加工成为独一无二的星巴克环保绿围裙。这一回收项目不仅减少PET饮料瓶的废弃物产生量，相较传统纺织工艺还能减少能源和资源消耗，降低产品的碳排放。根据专业机构估算，这样一条绿围裙在它的生命周期里，可减少约1kg的温室气体排放。以上这些验证有效的举措也将向全国5,300多家星巴克门店复制和推广。4.“绿色门店”认证体系将在中国内地逐步推广向绿工坊的开业，也标志着星巴克中国正式推出“绿色门店”认证体系。该套认证体系由星巴克与权威机构共同开发，考察范围覆盖门店的整个生命周期。其考察指标多达40项，分别聚焦于节约能源、水耗管理、废弃物处置等八大关键领域的审计与认证。作为面向未来的新一代实体门店标准，“绿色门店”体系不仅聚焦水、电、环保冷媒等传统的门店设计建造环节，同时也关注更多与门店运营、消费体验相关的新角度：如室内降噪、室内空气质量、公共交通便利性、减少一次性包装、更健康低碳的植物基膳食等，体现了星巴克邀请更多消费者体验可持续生活方式的决心。◎项目重要影响及可持续性星巴克全球首家环保实验店“向绿工坊”是国内首家获得“绿色门店”体系认证的门店。以它为起点，计划于未来一年内，在中国内地开设60家获得认证的“绿色门店”，并逐步推广至中国内地市场，从而邀请更多消费者加入我们，共同践行可持续生活方式。382020中国企业气候行动StarbucksChinaStarbucksFirstGreenerStoreoutsideNorthAmerica:TheShanghaiGreenerStoreLab◎CaseOverviewSince1971,Starbuckshasbeenadifferentkindofcompany,groundedinitsvisiontocreateasustainablefutureforcoffee,itiscommittedtobecomingaresourcepositivecompanythatgivesmorethanittakesfromtheplanet,andhassetscience-basedpreliminarytargetsfor50percentreductionsofcarbon,water,andwastegloballyby2030.Inaddition,thecompanyhascommittedachieveCarbonNeutralGreenCoffeeandconservewaterusageingreencoffeeprocessingby50%,alsoby2030.Itmakescontinuouseffortstoreduceenvironmentalimpactateverystageofthecoffeejourneyfrom‘beantocup’.AsStarbuckscelebratesits50thAnniversary,thecompanyisadvancinggreenretailwiththeunveilingoftheGreenerStoreLabinShanghaionSeptember30th,2021.Withafocusoncircularity,theGreenerStoreLabdesignedtoimmersecustomersinStarbucksPlanetPositivecommitments,andincorporatesleadingsustainabilitysolutionsinstoredesign,construction,andoperations.TheopeningofStarbucksGreenerStoreLabmarksanothersteptowardsrealizingaPlanetPositiveFutureforStarbucks.◎CompanyProfileSince1971,Starbuckshasbeencommittedtoethicallysourcingandroastingthehighestqualityarabicacoffeeintheworld.Today,Starbucksistheworld'spremierspecialtycoffeeroasterandretailer.Throughitsunwaveringcommitmenttoexcellenceanditsguidingprinciples,itbringstheuniqueStarbucksExperiencetolifeforeverycustomerthrougheverycup.In1999,StarbucksenteredtheChinesemainlandwiththeopeningofitsfirststoreintheChinaWorldTradeBuilding,Beijing.Itcurrentlyhasover5,300storesinmorethan200cities,with60,000partnersproudlydonningtheStarbucksgreenaprons.TheChinesemainlandhasbecomethefastestgrowingandlargestinternationalmarketforStarbucks.◎ProjectOutcomeDesign&Construction-Creatinganenvironmentally-consciousthirdplace:•ThefirststoreoutsideNorthAmericatobecertifiedundertheStarbucksGreenerStoreFramework.•ThefirstStarbucksstoreintheChinesemainlandtouserecycledandlower-impactbuildingmaterials.•ThefirstStarbucksstoreintheChinesemainlandtofeatureaModularBarandBack-Of-HousesystemDailyOperations–Promotingresponsiblelivingthroughacupofcoffee:•TheiconicStarbucksgreenapronsaremadefromrecycledStarbuckPETcupsusingadvancedplastic-to-textiletechnologies.Eachapronachievesapproximatelyonekgofcarbonreductioninitslifecycle.•ThefirstStarbucksstoreintheChinesemainlandtorecyclecoffeegroundsforuseasfertilizer.•ThefirstStarbucksstoreintheChinesemainlandtobepoweredbyrenewableenergypurchasedthroughanationallycertifiedplatform.CustomerExperience–Makingsustainabilitypartofeverydaylifestyles:•ThefirstStarbucksstoretofeaturea‘CircularLifestyleLab’curatingsustainability-themedexhibitionsfromartistsadvocatingforamoresustainablefuture.•Overhalfofthestoremenuwillbeplant-based,includingthedebutof15newfooditems.•CustomerswithouttheirowncupsortumblerscanstilldotheirpartwiththelaunchofGrande-sizedreusablecup.◎ProjectHighlights“TheGreenerStoreLabisalaboratoryforexploringnewmodelsofoperatinggreenretail,andaninvitationtoStarbuckscustomerstoembraceagreenerfuture.Wehopetobringcreativesustainabilityideasintoreality,immersecustomersinnewlifestyles,andcollaboratewithlike-mindedteamstoinspiremorepeopletoleaveabetterplanetforfuturegenerations.”--LeoTsoi,executivevicepresident,StarbucksandCEOofStarbucksChina2020中国企业气候行动39◎ProjectImplementationMorethan500daysinthemarkingfromideationanddesigntoconstructionandopening,theGreenerStoreLabinShanghaiwasopenedonSeptember30th,2021.ItisdesignedintoshowcaseStarbucksleadingenvironmentalsolutionsandexplorenewmodelsforoperatinggreenretail,whileinvitingcustomerstoadoptgreenerlifestyles.1.Thepast,presentandfutureofacupofcoffeeAninspiringmicrofilmonStarbuckseffortsinsustainability‘frombeantocup’isplayedonadigitalscreenabovetheMainBar,bringingcustomersonajourneyofthe‘past’fromfarmsatthecoffeeorigininYunnanandRwanda,towitnesshowStarbuckspartnerwithfarmersonsustainableagriculture,ethicalsourcingandroasting.•Since2004,StarbuckspartneredwithConservationInternationalFoundation(CI)tolaunchtheCoffeeandFarmerEquity(C.A.F.E.)Practicesprogramthatinvolvesathird-partyverificationprocess,tosupportsociallyresponsiblecoffeefarmingandprotecttheenvironment.Akeyindicatoristheassessment,managementandprotectionofnativeforestsandrarefaunaandflora.Starbucksalsosupportthecoffeefarmersandtheircommunitiesinpracticingsustainableagriculture.InMarch2021,StarbucksChinalauncheditsSmartAgricultureinitiative,thethirdphaseofitsYunnanpovertyalleviationprogram,andintroduced‘ferti-gation’,soil-basedfertilizationandotherdigitaltoolsinthePu'erregionofYunnanprovince,tosupportthesustainabledevelopmentoflocalcoffeefarmingcommunities.•Usedcoffeegroundscanhaveagreen“future”.TheGreenerStoreLabisthefirstStarbucksstoreinChinatorecycle100%ofthecoffeegroundsgeneratedinstore.Thecoffeegroundsarecompostedandusedasorganicfertilizerforcropsandgardensintheshoppingmall.•TheGreenerStoreLabalsohousesa‘CircularLifestyleLab’whichhostssustainabilitythemedexhibitionsthatshowcasetheworksoflike-mindeddesignersandartistscreatedthroughtheimaginativeuseofcoffeegroundsandotherretailwastematerials.KickingofftheinitiativeisacollaborationwithTongjiUniversity’sCollegeofDesignandInnovationonanexhibitiontitled“OrganicProsperity”.2.InspiringgreenerGOODGOODlifestylesStarbuckseliminatedplasticstrawsfromallitsstoresintheChinesemainlandbyendof2019,whichreducedanestimated200tonsofplasticwasteayear.InApril2020,StarbucksChinalaunchedthe“StarbucksGOODGOOD™movementwiththeintroductionofaplant-basedfoodandbeveragemenuandofferingsandsubsequentrolloutofcoffeegroundstrawsandothersustainablepackaginginnovations.TheGOODGOODlifestylecontinuestoevolveattheGreenerStoreLab.•Overhalfofthestoremenuisplant-based,includingthedebutof15newfooditemssuchaspastries,sandwichesandcakesandtwonewlimitedtimeofferbeverages.Oatmilkisusedasthedefaultoptionformostbeverages.Comparedwithaconventionalmuffincontaininganimalfat,eachStarbucksGoodGoodoatmilkchocolatemuffincanreducegreenhousegasemissionsby60g,equivalenttopowersavingof0.1kWh.•ThestorehasalsointroducedaGrande-sizedreusablecup.Customersarealsoencouragedtodotheirparttoreducesingle-usecupsbyusingfor-herecupsorbringingtheirowncupsortumblers.3.Around50%ofthestoreinteriorcanbe“usefulinthefuture”Around50%ofthestoreinteriorcanberecycled,upcycledorbiodegraded.•TheGreenerStoreLabfeaturesamodularbarandback-of-housesystemconstructedtoenablereuseandrecycling.Madeofmodulesfordifferentfunctions,themodulardesignallowsthestoretoquicklyadjustthebarlayout,byadding,removing,orreplacingbarmodulestoachievedifferentfunctionalcombinations,ortoreusethemodulesinotherstoreswhentheLabisretrofittedinthefuture.Recycledmaterialsareusedthroughoutthestore;forinstance,woodreclaimedfromtherenovationoftheBeijingTaikooliSanlitunFlagshipstorewasusedtocraftthecountertopoftheexperiencebar,stepsofthe“stadiumseating”,aswellasdoorhandles.•Energyefficienttechnologiescanalsobefoundinthestore.Takingthelightingcontrolsystemasanexample,itfeaturesmultiplemodessuchasdaytime,dusk,andlatenight,whichallowthebrightnesstobeautomaticallyadjusted.Throughthesetechnologies,thestoreisexpectedtoreducecarbonemissionsbyaround15percent,comparedtoaregularStarbucksstoreofthesamesize(2019baselinescenario).•TheGreenerStoreLabpromotespaperlessoperations.Paperreceiptshavebeeneliminatedwiththeintroductionofe-receipts,whileLEDmenuboardshavereplacedpapermenus.•Theuniqueenvironmental-friendlygreenapronwornbystorebaristasaremadefromStarbucksPETcups.ThecupsundergodeepcleaningandprocessingtobecomerecycledPETfragments,whicharethenmadeintopolyesterchips,yarns,andfabrics,beforebecomingaStarbucksapron.ThisrecyclinginitiativenotonlyhelpstominimizewhitepollutioncausedbyPETbeveragebottles,butalsoreducesenergyandresourceconsumptioncomparedtothetraditionaltextileindustry.Baseduponprofessionalestimates,eachapronachievesapproximatelyonekilogramofcarbonreductioninitslifecycle.•Initiativesproventobesuccessfulwillbegraduallyrolledouttotheover5,300StarbucksstoresacrosstheChinesemainland.4.Expanding“GreenerStore”FrameworkinChinaTheGreenerStoreLabalsomarkstheintroductionofStarbucks“GreenerStore”FrameworktoChina.Thisframework,co-developedwithacredibleindependentorganization,featuresperformance-basedstandardsthatincorporatedesignandextendthroughoutthelifeofastore,withacomprehensiverangeof40performancecriteriafocusedonenergyefficiency,waterstewardship,responsiblematerials,wastediversionandmore.Asidefromstoredesignelementslikewater,powerandrefrigeration,thisnext-generationstandardalsopaysconsiderationtothecustomerexperience–byincorporatingcriteriasuchasindoorambientnoiselevels,airquality,andpublictransportconvenience,aswellaspromotinglesssingle-usepackagingandheathierandlow-carbonplant-basedmenu,whichdemonstrateshowStarbucksisinvitingmorecustomerstoexperienceandleadmoresustainablelifestyles.◎Impact&SustainabilityTheGreenerStoreLabisStarbucksfirstGreenerStoreinChinatobecertifiedbyundertheStarbucksGreenerStoreFramework.Starbucksaimstopilot60GreenerStoresintheChinesemainlandoverthenextyearbeforegraduallyrollingouttoallnewandrenovatedstoresinthemarket,invitingmorecustomerstojointhecompanyinexploringeco-friendlierlifestyles.402020中国企业气候行动排版印制/13671117637环保纸印刷