Producing hydrogen from methane without releasing CO₂ is one of the more promising routes towards a lower-carbon energy system — but the solid carbon coproduct is an equal part of the story. When methane decomposes thermally in a molten tin bath, the carbon that emerges must be characterised, understood, and ultimately valorised if the process … Continue reading What does pilot-scale methane pyrolysis actually produce?
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Paving the Way for Hydrogen Energy with Carbon Felts
We are pleased to share our latest research, now published in Applied Surface Science. This study led by Ahmad Alem explores the use of radio frequency (RF) oxygen plasma as a powerful tool for functionalising the surface of carbon felts – materials with significant potential in energy storage, catalysis, and environmental technologies. By systematically varying … Continue reading Paving the Way for Hydrogen Energy with Carbon Felts


