Hydrogen Industry Fundamentals

What are the Goals?

By the end of this training course, the participants will be able to:

• Understand Hydrogen, an emerging power as a uniquely clean energy source whose only by-product is water.
• Analyze most global hydrogen production derives from fossil fuel sources (methane gas reforming) and continue to do so for several decades.
• Determine Green hydrogen currently produced from electrolysis is a high-cost option;.
• Design to rectify the current limitations and provide flexible and high-density power.
• Identify to produce a secure, resilient, and decarbonized energy system.

Who is this Training Course for?

This training course is suitable for a wide range of professionals but will greatly benefit:

• Business Development Professionals in Energy Industry
• Corporate Planners, Investment Analysts, Oil & Gas Directors who would appreciate the gist of a total energy study program
• More senior Oil & Gas executives intrigued by the various concepts of clean energy and utilize their resources to produce Hydrogen and move forward the transformation of the Energy Industry
• Geologists, Engineers, Financial Analysts, Accountants, Lawyers, IT technicians, and Managers in the Oil & Gas energy sector to fully understand the future technologies
• Project managers, Engineers, Supply Planners & Scheduling Professionals, Traders, and Sales Personnel.
• As the industry transforms, Auditing personnel, Compliance officers, Equity analyst and Bankers, Joint Venture officers, Negotiators, and Contracting professionals

Daily Agenda

Day One: Introduction to Hydrogen Based Energy 

• Green Hydrogen Production
• Blue Hydrogen Production
• Grey Hydrogen Production
• Current Energy Industry – Oil & Gas, and Alternate Sources
• Energy Industry components 
• Oil & Gas Industry
• Refined Product Industry 
• Petrochemical Industry
• Future Directions for Petroleum Industry
• Renewable Energy 

Day Two: Hydrogen Production Technologies 

• What Hydrogen is Energy is all about?
• Hydrogen Energy Application
• Fuel Cells – Converting chemical energy to electricity
• Introduction to Fuel Cells
• Polymer Electrolyte Membrane Fuel Cell
• Solid Oxide Fuel Cells
• Potential of Hydrogen Production from Biomass
• Hydrogen Production from Biomass
• Hydrogen Production from Biomass Using Biological Route
• Scale-Up of Biohydrogen Production Process
• Material and Energy Analysis of Biohydrogen Production Process
• Improvement of Energy Recovery by Two-Stage Processes 

Day Three: Hydrogen Applications 

• Energy Storage Using Hydrogen Produced from Excess Renewable Electricity
• Renewable Energy, Volatility, and Storage
• Hydrogen Generation Via Electrolysis
• Hydrogen Energy Engineering Applications and Products
• Hydrogen Storage and Transport Technologies
• Hydrogen Storage and Transport by Organic Hydrides and Application of Ammonia
• Utilization of Hydrogen Energy
• Application of Hydrogen Combustion for Electrical and Motive Power Generation
• Application of Hydrogen by Use of Chemical Reactions of Hydrogen and Carbon Dioxide
• Application of Hydrogen Storage Alloys 

Day Four: Regulatory Framework & Roadmapping in Regions 

• Regulatory Framework, Safety Aspects, and Social Acceptance of Hydrogen Energy
• Safety, Efficiency, and Sustainability
• Best Practices and Regulations, Codes, and Standards
• Key Relevant Global Standards Development Organizations
• Safety, Risk, and Public Acceptance
• Some Practical Examples
• Roadmapping – The Sequence of Actions
• What Is a Roadmap and How to Deploy Hydrogen?
• The Components of a Roadmap
• Public Policy – Its Importance
• Examples HFC Roadmaps
• Country or Regional Roadmaps – Japan, Australia, the UK, China, the USA

Day Five: Hydrogen Pricing, Markets, Economics & Commercialization 

• Market, Commercialization, and Deployment— Toward Appreciating Total Owner Cost of Hydrogen
• Supply-Demand Pricing
• Governments support hydrogen prices down
• Renewables to drive down costs
• Hydrogen Markets in the Americas
• Hydrogen Markets in Europe
• Hydrogen Markets in Asia
• CAPEX Versus OPEX— Total Cost of Ownership for Hydrogen Technologies
• Future Commercialization Prospects of Hydrogen: Emerging Business Cases