Fossil fuel depletion, global warming, climate change, and steep hikes in the price of fuel are
driving scientists to investigate commercial and environmentally friendly energy carriers like …

Currently most of the hydrogen produced worldwide is obtained by reforming fossil fuels.
The advancement and use of carbon capture and sequestration technologies ensure the CO …

Direct conversion of waste CO2 into CH3OH by solar irradiation has emerged as the most
enthralling alternative to conventional steam methane reforming, which reduced the …

Autothermal reactors can sustain the reactor operation without heat addition or removal.
Catalyst is used in autothermal reactors to improve selectivity and minimize energy demand …

This study aims to present a compendious yet technical scrutiny of the current trends in
process modelling as well as the implementation of machine learning within combined …

In this paper, a numerical analysis of the production of hydrogen via autothermal (ATR)
steam methane reforming (SMR) is presented. The combustion reaction occurs over a Pt/Al …

This study reports a novel integrated system for power generation with on-site produced
hydrogen and heat recovery. The main equipment of the integrated system includes a steam …

A steam methane reforming reactor is a key equipment in hydrogen production, and
numerical analysis and process control can provide a critical insight into its reforming …

The global push towards a hydrogen economy fuels hydrogen production from various
sources. A crucial step in enriching hydrogen and reducing CO in syngas derived from …

The limitations of conventional fuel reforming power generation systems lie in their capability
to reform only a single type of fuel, restricted by both the catalyst and system design. This …