I am a hydrogen analyst at Veyt, specialising in hydrogen systems and transport systems, including marine, road, and rail. My work focuses on process modelling and economic analysis, integrating plant models with local energy systems, and conducting feasibility studies for projects. My objective at Veyt is to develop advanced modelling tools and systems that facilitate decision-making and investment in hydrogen, renewable energy, and renewable fuels sectors.

I am dedicated to creating tools that support decision-making and investment in the hydrogen and renewable energy sectors. By developing comprehensive plant and system models, I aim to provide detailed insights into the efficiency and cost-effectiveness of processes such as green hydrogen and green ammonia production. This integration of detailed simulation models and economic evaluation tools will contribute to the advancement and adoption of sustainable energy solutions.

During my academic career, I developed models demonstrating the feasibility of hydrogen use in the maritime sector, which led to industry partners investing in hydrogen technology and projects. In the hydrogen fuel cells OEM space, I applied my knowledge to participate in the development of a hydrogen fuel cell and assessed the feasibility of several global projects. These experiences have equipped me to contribute effectively to Veyt’s mission of advancing sustainable energy solutions.