Low Carbon Hydrogen: Technoeconomics Overview
Synthesis
Day 1 – Hydrogen Production
- Why Hydrogen
- Hydrogen supply in industry
- Abating hydrogen production emissions with CCS
- Basic principles of electrochemistry
- Water electrolysis
- Alternate and emerging production processes
- Geological hydrogen
- Costs
Day 2 – Conditioning, storage and distribution
- Energy storage
- Compression
- Liquefaction
- Storage methods
- Transportation and distribution
- Environmental considerations
- Safety aspects
- Costs
Day 3 – Hydrogen Fuel Cells and Combustion
- Fuel cell electrochemistry
- Fuel cell types
- Hydrogen combustion in turbines
- Hydrogen fuel in internal combustion engines
- Performance, selection criteria, and costs
Day 4 – Industrial Applications
- Direct use of hydrogen in buildings and industry
- e-Fuels and Power-to-Chemicals
- Electrification of mobility with hydrogen
- Hydrogen retrofit for internal combustion engines
- Economic considerations
Day 5 – Hydrogen Economy
- Economic modeling – LCOH
- Global markets and regulations
- Geopolitics and strategy
- Organization of ecosystems
Language
English, French, Spanish
Audience type
Science and engineering university students
Planned duration
20 hours – Can be adjusted between 15 and 25 hours
Support material
Powerpoint (pdf can be emailed to attendees) and videos
Prerequisite
Scientific background in chemistry and physics
Objectives
At the end of the integrated week, the attendees will be available to assess the interest and possibility of using hydrogen to decarbonize the problem at hand.
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