Patrik Sniehotta
Head of R&D
Vexve
Patrik Sniehotta is an experienced engineering professional specializing in research and development within the valve industry. Since 2024, he has served as the Head of Research and Development at Vexve, a leading European provider of valve solutions for energy infrastructure and energy-intensive industries.
Previously, he spent nearly a decade at Armatury Group in key leadership positions, including Deputy Director of Research and Development and Head of the Section of Check Valves. He also holds a long-standing academic role as an Assistant Professor at the Faculty of Mechanical Engineering at VSB – Technical University of Ostrava, where he has been contributing to research and engineering education since 2010.
Hydrogen Device Design with Safety in Mind
Presentation Abstract: The demand for hydrogen components is increasing due to the rising interest in hydrogen as a clean energy source. Hydrogen’s potential to reduce carbon emissions and its versatile applications make it a key player in the future of energy. High-quality components are required for hydrogen production methods like electrolysis, pyrolysis, and methane cracking, as well as for hydrogen storage in forms such as ammonia.
However, as hydrogen use expands, safety requirements become increasingly critical. The primary concern is the risk of hydrogen leaks, which can lead to deflagration. These risks stem from poor design, manufacturing defects, and material degradation. To mitigate them, high-quality materials, effective sealing solutions, and proper personnel training are essential.
Ensuring the safety of hydrogen systems requires rigorous testing, compliance with stringent safety standards, and continuous innovation in material science and engineering design.