Methane pyrolysis is a potential low-emission hydrogen production method by splitting CH 4
from natural gas or biogas into H 2 gas and solid carbon (CH 4→ 2H 2+ C). The utilization of …

This is the second article in a planned series analyzing global trends in low-carbon
hydrogen production to give worldwide scientists and experts the current stage of …

The ionic liquid compressor developed in recent decades possesses a prospective
application for hydrogen storage. The design of this new compressor considering multiple …

Hydrogen is a prospective energy carrier because there are practically no gaseous
emissions of greenhouse gases in the atmosphere during its use as a fuel. The great benefit …

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 use of molten metal bubble column reactors (MMBCRs) for CO 2-free H 2 production via
non-oxidative CH 4 pyrolysis has gained attention due to little catalyst deactivation and …

The state of the art in methane pyrolysis does not yet provide a definitive answer as to
whether the concept of an elementary reaction is universally applicable to the apparently …

The effect of capillary tube material on the process of thermal decomposition of methane at
1100° C and methane supply at a rate of 2 L/h without the use of catalysts was studied. The …

Air pollutants such as carbon dioxide and nitrogen oxides emitted by the combustion of fossil
fuels have become the subject of increasing concern. Hydrogen has accordingly emerged …

The parameters of the synthesis of catalysts by the solution combustion method using oxalic
acid as a reducing agent were investigated. The activity of the catalysts was determined in …