This review focuses on low-carbon H 2 production via the non-oxidative decomposition of
CH 4. The plasma-based methane decomposition, water splitting, nuclear thermochemical …

This review examines hydrogen (H 2) production from oil and gas resources and the
concurrent generation of solid carbon, a byproduct often viewed as waste but with significant …

The reliance on natural gas as a fossil fuel often overshadows its potential for clean energy
transformation. In contrast with the steam methane reforming (SMR) process, renowned for …

The present study focuses on the cogeneration of hydrogen (H 2) and solid carbon from
microwave-driven methane pyrolysis in a fluidized bed of carbon pellets. Numerical …

Hydrogen obtained from natural gas pyrolysis is valuable in transitioning to cleaner energy
sources, as it provides a cost-effective and environmentally sound alternative to other …

Methane pyrolysis is emerging as an attractive clean hydrogen production method. As its
commercialization proceeds, the pyrolysis of natural gas (NG) becomes pertinent. In this …

The catalytic cracking of methane represents one of the most promising alternatives for
hydrogen production that avoids the high carbon emissions associated with steam methane …

Abstract Cobalt and iron (5 wt%) supported on γ-alumina catalysts are evaluated for CH 4
pyrolysis reaction. The effect of synthesis method (Wet Impregnation, WI vs. Spray …

Methane (CH4) thermal pyrolysis is a promising, carbon dioxide (CO2)-free method for
hydrogen (H2) production, decomposing CH4 into H2 and solid carbon. This highly …

Methane (CH 4) cracking is emerging as a bridge technology for hydrogen (H 2) production
fostering the transition from current carbon-intensive production processes (eg steam …