In this study, an investigation of the effects of the modification of aluminum oxide (Al 2 O 3)
with various dopants, namely CeO 2 and/or La 2 O 3 for Ni based catalysts (Ni/CeAl, Ni/LaAl …

Abstract The Ni–Ce/Al steam reforming catalysts with Ni loading 13 wt% and Ce loading 0–
2.0 wt% were prepared to study the effects of cerium addition on the catalytic performance …

Steam reforming of natural gas for the production of hydrogen at low operation temperature
offers significant financial and environmental advantages. However, the presence of higher …

Hydrogen production for green energy purposes arouses attention of industrial and scientific
research. Despite a growing interest towards distributed hydrogen production, difficulties …

The systematic and rigorous model-based optimization of the configuration and operating
conditions of a methane membrane steam reforming reactor for hydrogen production is …

Glycerol hydrodeoxygenation to 1, 2-propanediol (1, 2-PDO) is a reaction of high interest.
However, the need for hydrogen supply is a main drawback of the process. According to the …

The main aim of this study is the design of an optimal model predictive controller (MPC)
scheme for the control of a fixed-bed membrane reactor (MR) for H2 production via low …

Surface strengthening technology is an important mean to improve the surface or fatigue
performance of material. The metallographic structure and microstructure of the coating were …

The main aim of this study is the optimization of a membrane reactor (MR) for H2 production
via CH4 steam reforming (MSR). Reactions take place over a Ni-Pt/CeZnLa foam supported …

Integration of hybrid energy systems towards a sustainable future inherently relies on
hydrogen-fueled devices like fuel cells whose relevant importance is justifiably increasing …