A ubiquitous and abundant chemical element that is essential to many different industries is
hydrogen (H 2). Due to its numerous applications in petrochemical industries and promise …

Faced with increasingly serious energy and global warming, it is critical to put forward an
alternative non-carbonaceous fuel. In this regard, hydrogen appears as the ultimate clean …

This study proposes and evaluates a novel carbon-neutral hydrogen (H 2) production
process from natural gas through electrified steam methane reforming (e-SMR) with …

This article thoroughly assesses the Chemical Looping Hydrogen Production (CLHP)
process, aiming to enhance understanding of detailed dynamic simulations. It includes a …

The article provides a short review on catalyst-based processes for the production of
hydrogen starting from methane, both of fossil origin and from sustainable processes. The …

Chemical looping reforming (CLR) is a promising technology for syngas production
combining autothermal operation with integrated CO 2 capture. At large scale, reformer …

A thorough techno-economic analysis where inherent carbon capture is examined against
state-of-the-art blue hydrogen production configurations for large (100,000 Nm 3/h) and very …

Carbon-negative and neutral methods to produce H 2 and other syngas-derived chemicals
are tested and demonstrated in this study through chemical looping reforming of methane or …

Carbon capture, utilization, and storage (CCUS) is expected to mitigate CO 2 emissions
significantly since CO 2 is captured from the flue gas emitted by power and industrial …

The aim of this work is the preparation and the electrification of Ni_CeO 2 _Al 2 O 3/OBSiC
(Oxygen Bonded SIlicon Carbide) based foams used in two different endothermic reactions …