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氢燃料成功实现全面应用.pdf

上传人: 可*** 编号:991970 2025-12-07 29页 3.98MB

1、Successful Full-Scale Implementation of Hydrogen as a FuelWorldsteel Breakthrough Technology ConferenceJoachim von ScheleSingapore,2-3 December 2025Linde Offerings for DecarbonisationHydrogen SupplyLowCarbonFuels2CO CaptureBlue H2SMR/ATRw/CCSGreen H2ElectrolysisUndergroundstoragePipelinesLiquefactio

2、nLindes Hot Oxygen Technology produces Syngas fromBiomass,MSW,Pyoil,Plastics,Coke Oven Gas,etc Energy EfficiencyCryogenic SeparationOASEBLUEHISORPCCCompression&pretreatmentStorage(CCS)CO2Logistics&distributionAmmonia&methanolPlants2Oxyfuel burners and technology to convert from air-fuel ed to oxyfue

3、l firing Fuel savings,production increase and emissions reduction,hydrogen readyLinde has Made Trials and Full-Scale Installations with Hydrogen Injection and Combustion in theFollowing Industries Steel Glass Aluminium Non-ferrous Kilns CementSeveral more onsite tests are now planned in various indu

4、striesHydrogen supply at up to 3,500 Nm3/h for two weeks,shorter periods at 5,100 Nm3/hCO2RemovalReducing GasCO+H2NGFlue GasDRITopGasBlast Furnace GasBlast FurnaceCO2H Injection220-25 kg/t15-20%decarbPreheatH2H2Blast Furnace,2.5MtpyDRI Plant,2.5MtpyCarbon CaptureHydrogenLow CFuelsH2InjectionMax 54-7

5、0 kg/t100%DecarbH2 can be blended in steps-Upto30%,70%,100%Power PlantStovesCO2CaptureCO2StorageCO2CaptureCO2 UtilizationCO2StorageCO2UtilizationCO24CO2Capture1.4 t CO2/t3.5 Mtpy CO2CO2Capture0.5 t CO2/t1.2 Mtpy CO250,000 tpy H265,000 Nm3/h175,000 tpy H2245,000 Nm3/hDecarbonisation Solutions for Iro

6、nmakingCarbon Capture,Hydrogen,and Low Carbon Fuels are Primary SolutionsTrials with Hydrogen Injection in Blast FurnacesLinde partnered with customers to perform two successful trials injecting hydrogen into Blast Furnaces in 2024:Cleveland-Cliffs,USA:Injection into all 40 tuyeres,0.6 kg H2 per ton

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根据《Data>标记中的内容,全文主要内容概括如下: 1. 氢能作为燃料在钢铁行业的成功应用:氢能被用作还原剂和燃料,在炼钢过程中发挥重要作用。 2. 氢能供应:氢能供应量可达3,500Nm³/h,用于两周的工业试验。 3. 氢能应用案例:林德公司在多个行业进行了氢能注入和燃烧试验,包括钢铁、玻璃、铝、非铁金属熔炉和水泥。 4. 氢能燃烧试验:自2018年以来,林德进行了氢能燃烧试验,证明氢能是CoJet技术的最佳燃料。 5. 氧燃料技术:林德实施了100%氧气+100%氢气燃烧,在玻璃行业等应用中超过50个安装。 6. 氢能作为燃料的潜力:预计到2040年,钢铁行业将使用4.2Mt氢能。 7. 氢能成本:低碳氢(LCH)比绿色氢(Green H2)便宜,且技术成熟,适用于商业实施。
"氢燃料在钢铁业的应用?" "瑞典Ovako的氢能革新是什么?" "如何降低钢铁生产的碳排放?"
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