The thermochemical water-splitting method is a promising technology for efficiently
converting renewable thermal energy sources into green hydrogen. This technique is …

Ethane dehydrogenation, a reaction that converts ethane to ethylene and H2, is an
equilibrium limited reaction, typically practiced at high temperature and low pressure in …

The direct dehydrogenation of butane (BDH) is emerging as an attractive on-purpose
technology for the direct production of 1, 3-butadine. However, its product yield is hindered …

In recent years, Ga-based catalysts attract much attention in propane dehydrogenation
(PDH) reaction due to environmental friendliness and low cost. Nevertheless, it is still …

In this work, the fluidized bed membrane reactor (FBMR) technology for the direct
dehydrogenation of propane (PDH) was demonstrated at a laboratory scale. Double …

Currently, fossil fuels are considered the primary energy carriers having a significant role in
the global energy market. Two main features, including environmental pollution owing to …

Membrane technologies are widely used in various modern technological processes. In the
chemical industry, membranes are used to solve several problems from increasing the …

In this work, the Ni–Mg–O oxide system was studied as a constituent of the joint Ni–Mg–O/V–
Mg–O catalytic system in the oxidative dehydrogenation of ethane. A sol–gel method was …

In the present work, the process of ethane dehydrogenation over the Ni–Mg–O/V–Mg–O
catalytic system prepared by a sol–gel method was studied in detail. The simultaneous use …

A numerical evaluation was performed to find out the impact of bed geometry on the catalyst
deactivation and propane dehydrogenation efficiency by consideration of the coke formation …