Huge and continuously growing non-renewable energy consumption due to human daily
activities is accountable for the fossil fuel source crisis in recent decades. The growing …

Hydrogen is an important raw material in chemical industries, and the steam reforming of
light hydrocarbons (such as methane) is the most used process for its production. In this …

Steam reforming of natural gas produces the majority of the world's hydrogen (H 2) and it is
considered as a cost-effective method from a product yield and energy consumption point of …

The paper aims to investigate the steam reforming of biogas in an industrial-scale reformer
for hydrogen production. A non-isothermal one dimensional reactor model has been …

An innovative steam methane reforming for pure hydrogen production with molten salts as
heat transfer fluid has been analyzed validating experimental data by means of a …

An innovative steam reformer for hydrogen production at temperatures lower than 550° C
has been developed in the EU project CoMETHy (Compact Multifuel-Energy To Hydrogen …

This article addresses the simulation and life cycle assessment of a biogas-to-liquid plant for
the coproduction of synthetic fuels (diesel and gasoline) and electricity. The system …

This paper reports the results obtained in a techno-economic analysis of the Steam Methane
Reforming (SMR) technology aided with solar heat, developed and demonstrated in the …

Nickel catalysts supported in zirconium-doped ceria were optimized for methane steam
reforming (MSR) at severe reaction conditions, ie low temperature and stoichometric …

Methane obtained from renewable resources such as biogas or biomass gasification may be
reformed to produce hydrogen, an important and environmentally friendly energy vector. In …