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5.Green Marine 绿色甲醇市场.pdf

上传人: 张** 编号:178987 2024-10-25 20页 4.45MB

1、October 17,2024GREEN METHANOL MARKET FORMATION20242024o Design&Constructiono Technical policy validationo New Build,Retrofito Trainingo Production advisory&offtakeo Trading&Logisticso Bunkering Supplyo BunkeringGREEN MARINE IS AN END-TO-END,VALUE CHAIN SOLUTION PROVIDER,FOR ALTERNATIVE FUELS,BEGINNI

2、NG WITH TECHNOLOGYAll of which serves to underpin the acceleration ofdecarbonization,beginning with the marine industry,in a cost-effective and value accretive manner.GREEN MARINEHOW TO CAPITALISE ON THE DEVELOPMENT OF METHANOL AS A FUEL BASED ON THE FOLLOWING KEY DRIVERS:1.POLICY(EU&IMO)2.NUMEROUS

3、CHINESE PORTS,SINGAPORE,ULSAN,LA,HOUSTON AND ROTTERDAM AS POTENTIAL METHANOL TRADING&BUNKERING HUBS3.CHINA AS LOWEST COST PRODUCER IN NEAR TERM,FOLLOWED BY US GULF COAST MASS BALANCE PLANTS,MIDDLE EAST AND EU4.PRICE ASSESSMENTSMETHANOLPOLICYIMOFuel EU Maritime FuelEUMaritimesetsrequirementsonannual

4、average GHG intensity of energy usedby ships trading in the EU or EuropeanEconomicArea(EEA),measuredasGHGemissions per energy unit(gCO2e/MJ).GHG emissions are calculated in a well-to-wake perspective,including emissions relatedtoextraction,cultivation,productionandtransportation of the fuel,in addit

5、iontoemissions from energy used on board the ship.Calculations will be set relative to theaverage well-to-wake fuel GHG intensity of thefleet in 2020 of 91.16 gCO2e per megajoule(MJ).This will start at a 2%reduction in 2025,increasing to 6%in 2030,and accelerating from2035 to reach an 80%reduction b

6、y 2050.DEMANDEvolving ApplicationsSource:BloombergNEF,International Maritime Organizations Fourth Greenhouse Gas Study.Source:BloombergNEF.Maersk Mc-Kinney Moller Centre for Zero Carbon Shipping,Clarkson.Note:DWT refers to deadweight tonnage.Net Zero Targets|FOeqby TypePercentage of vessel capacity

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本文主要讨论了绿色甲醇市场形成及在船舶行业中的应用。2024年,绿色甲醇市场在设计、建设、技术政策验证、新建设、改造、培训、生产咨询及燃料供应、交易和物流、船舶加油等方面取得了进展。文章指出,政策(欧盟和国际海事组织)、中国港口、美国墨西哥湾沿岸、中东和欧盟等地是推动甲醇作为船舶燃料的关键因素。到2028年,预计将有超过200艘船舶能够在绿色走廊上使用可持续燃料,主要燃料为甲醇或生物甲烷,潜在需求超过2500万吨/年。然而,可持续燃料的价格、可用性和接受度仍是主要挑战。
"2024年绿色甲醇市场发展有哪些关键驱动因素?" "基于政策、港口和生产成本,如何有效利用甲醇作为船舶燃料?" "面对甲醇燃料的价格障碍,有哪些可能的解决策略和市场发展前景?"
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