In the wake of the devastating consequences of climate change, many countries are
searching for alternative renewable energy. Hydrogen, the most abundant element on earth …

Membrane reactors-as promising technology for pursuing the Process Intensification
Strategy in various chemical processes-were reviewed in the field of steam reforming of …

The excessive production of carbon dioxide, the greenhouse effect, and the resulting global
warming due to the use of fossil fuels have prompted governments, industry, and …

Because hydrogen is a high-quality, clean energy carrier, it is and will continue to be one of
the key elements/fuels to help solve the climate problem. In addition, new chemical …

This study proposes the steam reforming of a synthetic biogas stream containing 200 ppm of
H 2 S, carried out in a non-commercial supported Pd–Au/Al 2 O 3 membrane reactor (7–8 …

Hydrogen sensors have been widely used in several fields for monitoring the concentration
of hydrogen and for its alarming leakage. In this study, a microelectromechanical systems …

The widespread demand for clean energy stimulates great interest to hydrogen energy with
high energy density and conversion efficiency. Separation technologies by membranes are …

Results of hydrogen production study in methanol steam reforming (MSR) process with the
use of Ru 0.5–Rh 0.5 catalysts supported on different carbon materials: synthetic graphite …

Hydrogen separation through Pd-membrane is one of the most promising technologies to
produce pure H 2. In this study, for the first time, the adsorption of hydrogen on covered Pd …

Hydrogen separation through palladium-based membranes is one of the most promising
technologies to produce H 2 gas. The main purpose of this work is to comprehensively study …