Catalytic decomposition of methane (CDM) is a low-carbon hydrogen production process
where pure hydrogen and solid carbon are produced. In this study, we investigate catalyst …

The global initiatives on sustainable and green energy resources as well as large methane
reserves have encouraged more research to convert methane to hydrogen. Catalytic …

Catalytic methane pyrolysis (CMP) for simultaneous hydrogen and carbon production has
been achieved in molten NiSn liquid alloys, with the additional benefit of spontaneous …

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 large‐scale industrial applications of graphene highly depend on its mass production
with efficiency (high‐yield, time‐saving, and low‐cost) and controllability (high‐quality, safe …

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 …

In recent years, graphene has received continuously high attention due to its favorable
thermal conductivity, extremely high specific surface area, impressive mechanical durability …

The doping of graphitic and nanocarbon structures with nonmetal atoms allows for the
tuning of surface electronic properties and the generation of new active sites, which can then …

Catalytic decomposition of methane (CDM) is a novel technology for turquoise hydrogen
production with solid carbon as the by-product instead of CO 2. A computational fluid …

Hydrogen is gaining prominence in global efforts to combat greenhouse gas emissions and
climate change. While steam methane reforming remains the predominant method of …