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课程主页: https://www.udemy.com/course/bee-paper-2-energy-efficiency-in-thermal-utilities/
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课程名称：BEE Paper 2：热能利用中的能效 课程概述：本课程将详细讲解多个领域的知识，包括以下几个单元： - 单元一：燃料与燃烧 - 单元二：锅炉 - 单元三：蒸汽系统 - 单元四：炉子 - 单元五：绝缘材料与耐火材料 - 单元六：流化床锅炉 - 单元七：热电联产 - 单元八：余热回收 - 单元九：热交换器 在这些单元中，学生将学习固体和液体燃料的特性、燃烧的3T理论、锅炉的类型与分类、流化床燃烧的性能评估、锅炉效率的直接与间接计算方法、锅炉水处理、蒸汽系统的能源节约机会、不同类型炉子的分类与性能评估、绝缘材料的使用以及耐火材料的要求。 课程还涵盖热电联产的技术选项、影响热电联产选择的因素、余热回收的分类与应用以及各种热交换器的类型与计算实例。 在每个单元中，将配有实际例子和计算练习，以帮助学员掌握课程内容并将其应用于实际工作中。此课程旨在提供有关热能利用效率的全面知识，以促进能源的节约和合理利用。
In this Course you will learn following points in details:Unit No. 01: Fuels and CombustionUnit No. 02: BoilersUnit No. 03: Steam System Unit No. 04: Furnaces Unit No. 05: Insulation and RefractoriesUnit No. 06: FBC BoilersUnit No. 7: Cogeneration Unit No. 08: Waste Heat RecoveryUnit No. 09: Heat ExchangersProperties of Solid and Liquid Fuels3 T's of Combustion BoilersBoiler Types and ClassificationsFluidized Bed CombustionPerformance Evaluation of BoilersDirect and Indirect Method of Calculation of Boiler efficiencyExample on Calculation of Boiler efficiencyBlowdown calculationsBoiler Water TreatmentEnergy Conservation Opportunities in BoilersSteam System Properties of Steam Formation of Steam at Constant PressureTypes of Steam TrapsInstallation of Steam Traps Performance Assessment Methods for Steam TrapsEnergy Saving Opportunities in Steam SystemCalculations of Flash SteamExample on Heat to Power ratioFurnaces Types and Classification of Different FurnacesTypes of Continuous Reheating FurnacePerformance Evaluation of a Typical FurnaceGeneral Fuel Economy Measures in FurnacesExample on Heat loss in furnaceInsulation and RefractoriesInsulation Materials used in industrySimplified formula for heat loss calculationGeneral requirements of a refractory material Classification of RefractoriesTypical Refractories in Industrial Use Selection of RefractoriesExample on Reheating FurnaceFBC BoilersMechanism of Fluidized Bed Combustion Advantages of Fluidized Bed Combustion BoilersExample on FBC BoilersCogeneration Technical Options for CogenerationSteam turbine cogeneration systemsGas turbine cogeneration systemsReciprocating engine cogeneration systemsFactors Influencing Cogeneration ChoiceImportant Technical Parameters for Cogeneration Example on Cogeneration SystemWaste Heat RecoveryClassification and ApplicationCommercial Waste Heat Recovery DevicesRecuperatorsMetallic Radiation Recuperator Convective RecuperatorConvective Radiative RecuperatorRegeneratorHeat WheelsHeat PipeExample on Waster Heat Recovery BoilersHeat ExchangersTypes of Heat ExchangersEconomizerShell and Tube Heat ExchangerPlate heat exchangerWaste Heat BoilersDirect Contact Heat ExchangerParallel Flow and Counter Flow Heat ExchangersExample on Parallel Flow and Counter Flow Heat ExchangersExample on Calculation of LMTD and Area of Heat Exchangers
