Methane Pyrolysis: High-Temperature Components for CO₂-Free Hydrogen Production

Methane pyrolysis – also referred to as methane cracking – is a highly promising method for producing hydrogen without generating CO₂ emissions. In this process, methane (CH₄) is split into hydrogen (H₂) and solid carbon (carbon black). When powered by renewable electricity, the process becomes entirely CO₂-free – a crucial step towards sustainable energy and clean hydrogen. These demanding processes require materials that maintain performance under extreme temperatures and corrosive atmospheres. This is exactly where Schunk’s high-temperature components come into play.

Schunk Components: Engineered for Extreme Conditions

Our components made of graphite, CFC (carbon fiber reinforced carbon) and specialized high-performance coatings contribute significantly to the efficiency and longevity of methane pyrolysis and pyrolysis plants. Our materials are optimally tailored to the extreme thermal and chemical requirements of these processes. Typical areas of application include methane pyrolysis reactors for splitting methane, plasma torches for particularly high temperature ranges for the production of hydrogen and industrial carbon black. Thanks to their robust properties, our components ensure the reliable and economical operation of your plant – even under extreme conditions.