Leon Stille has a background in Earth Sciences (Bsc) and renewable energy technology (Msc) from the University of Utrecht and is currently pursuing a doctorate in business administration on renewable energy policies. From the start of his career, he has focused on conventional and renewable energy technology development and education. He has held commercial roles in several energy companies such as the Dutch gas grid operator Alliander and international Oil & Gas Company Frames. He worked for the Netherlands organization of Applied sciences (TNO) as business development manager dedicated to enabling and accelerating the energy transition. In this role he has initiated several large-scale international research, development, and pilot programs towards industrial applications of CCUS, biogas and gas conversion and production technologies (hydrogen, ammonia and DME). Always with a strong international focus, specifically in Europe, South-East Asia, North America, and East Africa. He was also the chairmen of the company advisory board of the European Biogas Association for several years. Leon was General manager of New energy business school (former Energy Delta Institute), a business school focused on energy transition topics, between 2019 and beginning of 2023.
Currently, Leon works as managing director of new energy institute. New energy institute is focused on expert advice, education, and innovation. Consulting for companies like the Boston consulting group, Shell, TNO and Berq rng. He is also key lecturer for renewable gas and hydrogen for new energy business school, expert speaker on energy transition topics for several universities (MBA energy transition of the university of Groningen, university of Rotterdam) and often speaks and moderates at conferences and events. He also holds positions as scientific advisor to the European Biogas Association, committee member sustainability of the international gas union and advisor to the global energy community initiative and has 3 patents on biogas purification and conversion.
Earl Goetheer is a professor at TU Delft (specialisation: energy storage) and chief technology officer at High Tech XL (a venture building company). He holds a PhD in chemical engineering from Eindhoven University of Technology and an MSc in organic chemistry and process technology from Wageningen University. In his career (including as Principal Scientist at TNO) of more than 20 years in chemical technology, he has participated in a number of major international research programmes in carbon capture and utilisation (CCUS) technology (CASTOR, CESAR, CAPRICE, OCTAVIUS, ICAP). He has published more than 100 scientific papers and holds more than 60 patents in the field of process engineering.
Dr. Cyril Widdershoven is a seasoned energy market analyst and geopolitical expert with extensive experience in the Middle East and North Africa (MENA) region. As the founder of Verocy, a consultancy specializing in energy and investment risk analysis, he provides strategic insights to clients navigating complex energy markets. Dr. Widdershoven's expertise encompasses oil and gas market dynamics, energy transition strategies, and geopolitical risk assessments.He is a frequent contributor to industry publications and a sought-after speaker at international energy conferences.
For the worldwide energy sector there is only one future, and it is called decarbonisation. The most straightforward way to decarbonise energy and natural gas streams is by replacing it with different types of “renewable” gasses and fuels, such as biogas/biomethane, hydrogen and ammonia. Especially Hydrogen has a great potential to provide quick and efficient decarbonization of the current fossil fuel-based system. Many applications ranging from heavy industry, chemicals production, and long range and consumer transport are based on molecules with the high energy density of current fossils fuels and are not easily replaced by electricity alone. It is therefore crucial to provide alternatives for these sectors in the form of renewable molecules like hydrogen to ensure their continued competitiveness, and to provide suitable pathways for decarbonization.
Hydrogen especially has a high potential for Europe, USA and Africa as it can be utilized for export purposes as well as being a way to decarbonize the local energy systems. A recent study performed by the European Investment Bank highlights this potential putting the overall benefit at 1 trillion euro. The abundance of solar potential as well as hydropower and other natural resources like natural gas deposits can be utilized to produce low cost green and blue hydrogen which can be exported as well as utilized locally. Providing Europe, USA and Africa with a potentially very powerful places in the new energy economy.
During this course we will touch upon the full hydrogen value chain. We will start with an introduction which is meant to set the scene and provides insights in the technology itself, it’s history and current use. Afterwards we will dive deeper in the potential applications, industries that are likely to utilize it as well as the trends for future growth. Discussing the potential for Europe, USA and Africa both economically and technically. Combining this with some insights in economics and their outlook. We will pay special attention on the potential, development, trends, technology and innovation regarding the place of Hydrogen in Mobility and transport.
This course offers the unique opportunity to get quickly appraised with the fuels for the future. Some key take aways from this course:
This course is interesting for professionals that are coming from the: