Overview

In this course you will learn the following points in details: Introduction to HydrogenIntroduction to Storage and Transportation of HydrogenUse of Hydrogen in VehiclesUse of Hydrogen in industrial processWhy to Choose Green HydrogenGreen HydrogenTypes of HydrogenColour Coding of HydrogenComparison between Grey, Blue and Green HydrogenProduction model for Green HydrogenCosts for hydrogen transport as a function of distance by selected transportGrey HydrogenBlue HydrogenTurquoise HydrogenGreen HydrogenYellow (Purple) hydrogenGlobal Context of Green HydrogenProduction process technologies for green hydrogenAlkaline electrolysis processWorking of Alkaline electrolysis processThe advantages of the alkaline electrolysis processSolid Oxide Electrolyser ProcessWorking Solid Oxide Electrolyser ProcessPolymer Electrolyte Membrane ElectrolyzersWater consumption for green hydrogenDrivers for present interest for green hydrogenLow Renewable Energy Electricity CostTechnologies ready to scale upBenefits for the power systemGovernment objectives of Net zero Emission SystemBroader use of HydrogenInterest of Multiple StakeholdersBarriers for green hydrogenHigh Production CostLack of Dedicated InfrastructureEnergy lossesLack of Value recognitionNeed to ensure sustainabilityKey cost components for green hydrogenPhotovoltaic-electrolysis systemsKey points about photovoltaic-electrolysis systemsWind-electrolysis systemsCompression of Green HydrogenLiquefaction of Green HydrogenAdvanced storage materials for hydrogenMetal HydridesCarbon Based MaterialsChemical HydridesPorous MaterialsTransportation of HydrogenGaseous Hydrogen TransportLiquid Hydrogen TransportHydrogen CarrierHydrogen ShippingApplications and End-Uses for green hydrogenEconomic and Policy Considerations for green hydrogenLife Cycle Assessment (LCA) of Green HydrogenContribution of green hydrogen to Sustainable Development GoalsSuccessful green hydrogen projects

Skills

Reviews