From production and storage to its use as an energy carrier and chemical feedstock, this masterclass offers an in-depth understanding of the versatile applications of ammonia within the energy transition. Â
Benefits:Â
- Gain cutting-edge insights into ammonia as an energy carrier and its potential within the energy transition.Â
- Understand the role of ammonia in hydrogen value chains and its contribution to emission reduction.Â
- Deepen your knowledge of production processes, such as electrolysis and the Haber-Bosch process, storage technologies like cryogenic tanks, and ammonia-to-hydrogen conversion.Â
- Learn about the economic and policy-related aspects, including cost analysis, subsidies, emission trading systems, and international certification (e.g., ISCC, CertifHy).Â
Ammonia is increasingly recognized as a key enabler in the global energy transition. With its unique properties as an energy carrier, storage medium, and feedstock, ammonia provides solutions to challenges in energy storage and transport. From applications in shipping and industrial processes to its connection with hydrogen production, ammonia has the potential to play a pivotal role in a low-carbon economy.Â
In one intensive day, we delve into the technological, economic, and policy-related aspects of ammonia, exploring how this technology contributes to a low-carbon future. Topics include the role of ammonia in the hydrogen value chain, the development of cracking technology, and the safety and environmental challenges associated with its use. Â
After this masterclass, you will be able to:Â
- Understand the role of ammonia as an energy carrier, including its storage, transport, and production.Â
- Evaluate green versus gray ammonia and distinguish their applications within the energy transition.Â
- Analyze the technical requirements for storage facilities and pipeline systems.Â
- Interpret economic aspects such as costs, subsidies, and certification standards.Â
- Gain insights into the geopolitical impact and market developments in ammonia production.Â
- Effectively apply innovations in the Haber-Bosch process and ammonia cracking technology.Â
- Critically assess safety and environmental aspects, including toxicity and emission risks.Â
- Develop strategic insights for the integration of ammonia fuel cells.Â
What to expect during a masterclass
In addition to inspiring content and valuable connections, we ensure a seamless learning experience. After the session, you’ll receive a digital certificate of attendance, which you can easily add to your LinkedIn profile. Speaker presentations will be shared as reference material, making it easy to revisit what you’ve learned or share it with colleagues. Naturally, a well-catered lunch is included, along with healthy snacks throughout the day. Our event manager will be on site to ensure everything runs smoothly and to support you wherever needed.
- Lecture 1 Tuesday 13 April 2027 08:30 - 17:00
- LocationRotterdam, The Netherlands
Prof. Dr. Earl Goetheer holds an MSc in Organic Chemistry and Process Engineering from Wageningen University and a PhD in Chemical Engineering from Eindhoven University of Technology, where he specialized in high-pressure COâ‚‚ applications. With over 25 years of experience in the field of chemical engineering, he has built a distinguished career at the intersection of academia, innovation, and industry.
Currently, Earl serves as Chief Technology Officer at HighTechXL, a leading deep-tech venture builder based in the Netherlands. HighTechXL has supported the acceleration of 63 startups and the creation of over 20 new ventures. In addition to his role at HighTechXL, Earl is appointed as a part-time professor at Delft University of Technology, where he focuses on the field of Power-to-Chemicals and key lecturer at New Energy Business School.
He is the author of more than 100 scientific publications and holds over 55 patents in the area of process engineering.
Register
You can easily register online for this programme.
