‘Hydrogen and Fuel Cells Production’ is your gateway to a thriving industry at the forefront of the global energy transition. As the world shifts towards sustainable energy solutions, the demand for expertise in hydrogen and fuel cells is soaring. This course provides a comprehensive understanding of hydrogen production from fossil fuels and the emerging green hydrogen sector, equipping you with the knowledge to innovate in clean energy. You’ll explore the operation of polymer fuel cells and other advanced fuel cell technologies, positioning yourself at the cutting edge of energy innovation. By enrolling, you’ll gain valuable skills that are highly sought after in a rapidly growing job market, making you a key player in shaping a sustainable future. Join us to master the technologies driving tomorrow’s energy solutions.
Hydrogen and Fuel Cell Production
Energy
40 hours
Introduction
Objectives
- To understand methods of producing hydrogen from fossil fuels.
- To explore sustainable green hydrogen production techniques.
- To analyse the operation of polymer electrolyte fuel cells.
- To compare different types of fuel cells and their applications.
- To assess the efficiency of hydrogen as an energy source.
- To identify the environmental impacts of hydrogen production.
- To assess future trends in hydrogen and fuel cell technologies.
Table of Contents
UNIT 1. HYDROGEN PRODUCTION FROM FOSSIL FUELS
Hydrogen production
Hydrocarbon reforming
Partial oxidation and other hydrocarbon-based processes
Coal and biomass gasification
Advantages and disadvantages. A comparison of the different processes
UNIT 2. GREEN HYDROGEN PRODUCTION
Electrolytic processes
Alkaline electrolysers
Polymer electrolyser
Alternatives for green hydrogen production
Level of technological maturity
UNIT 3. HOW POLYMER FUEL CELLS WORK
Origin and operation of fuel cells
Composition and types of fuel cells
Operation of polymer batteries
Polymer battery components
Progress and future prospects
UNIT 4. OTHER TYPES OF FUEL CELLS
Solid oxide fuel cells. Geometries and materials
Fuel cell efficiency
Alkaline, phosphoric acid and molten carbonate batteries
Microbial fuel cell
Fuel cell design and costing