The British Academy for Training and Development offers a training course in Hydrogen Energy. This course provides participants with up-to-date knowledge in evaluating and managing hydrogen energy projects, assessing the benefits of adopting hydrogen technology, and understanding the hydrogen economy. The course prepares participants for success in the renewable and hydrogen energy industries, both nationally and internationally. This course helps you to gain a clear understanding of the opportunities and threats surrounding hydrogen technology, capabilities, timeline scenarios, growth potential, limitations and barriers, and current and future trends that will determine where hydrogen sits in the future energy system.

Who should attend? 

• Those who have both a basic and advanced understanding of the industry.
• Professionals and managers who want to acquire knowledge and understanding of hydrogen technology, hydrogen hazards and protective measures.

How attendees will benefit? 

After completion of the course, delegates will understand: 

• Understanding what hydrogen is.
• Understanding the dangers of hydrogen.
• Safeguards can be defined for handling hydrogen.
• Understand which occupational health and safety regulations apply.
• Understand the concepts of the hydrogen economy, including power generation, transportation, metal refining, fertilizer. production, and synthetic fuel production.
• Mastering the Working Principles of Fuel Cells.
• Learn about fuel cell classification, chemical and physical phenomena, fuel cell electrodes and electrolytes.
• Learn how to calculate fuel cell performance.
• Understanding the Benefits of Highly Efficient Single-Stage Chemical-to-Electric Conversion and Fuel Cell Applications.
• Learn about future energy solutions using ammonia energy. Ammonia engines; ammonia gas turbines; and ammonia fuel cells.

• Hydrogen production and conversion.
• hydrogen technology.
• Modeling and simulation.
• Environmentally friendly hydrogen.
• Possibilities of the Hydrogen Economy and Financial Markets.
• Storage and CO2 capture.
• Fuel cell.
• LCSA, recycling and ecodesign.
• Hydrogen for mobility applications and vehicles.
• Delivery and network infrastructure.
• Government legislation and policy - UK, EU (including the European Green Deal) and worldwide.
• Hydrogen as part of a climate neutral strategy.
• Case Study.