Methane catalytic decomposition is a promising process that simultaneously produces COx-
free hydrogen and carbon nanomaterial. The hydrogen produced can be consumed directly …

Hydrogen is a clean fuel widely used in fuel cells, engines, rockets and many other devices.
The catalytic decomposition of methane (CDM) is a CO x-free hydrogen production …

Several lanthanum oxide-modified Cu/SiO2 (La-Cu/SiO2) catalysts synthesized by urea-
assisted gelation and postimpregnation were used for the vapor-phase chemoselective …

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 concurrent production of carbon oxides-free hydrogen and crystalline carbon by the
thermocatalytic decomposition of methane is advantageous for environmental and energy …

Industrial and technological developments have resulted in a rapid increase in the rate of
global energy consumption with the energy demand expected to increase by 33% by 2035 …

Bimetallic modified (lanthanum and cobalt) micro-mesoporous composite ZSM-5/MCM-41
zeolite was prepared by recrystallization and impregnation to improve the aromatic …

A series of Fe doped LaMnO 3 catalysts were prepared to control the production of
byproducts such as O 3, N 2 O, and CO, during the degradation of volatile organic …

Methane decomposition is the most effective route for the simultaneous production of COx-
free hydrogen and nanocarbon. In this work, a set of porous ceria, zirconia and lanthana …

Catalytic pyrolysis offers a potential solution to tackling plastic pollution by transforming
plastic waste into valuable chemicals. This study explored the catalytic pyrolysis of 3D …