The depletion of fossil fuels such as oil, natural gas, and coal, as well as environmental
concerns, pave the way for the effective utilization of renewable energy sources. Hydrogen …

The current systems for air independent propulsion systems are based on hydrogen stored
in a limited number of cylinders for the continuous operation of the fuel cells in marine …

Hydrogen (H2) is a clean energy carrier with significant potential for power and heat
generation, offering a pathway to reduce emissions from fossil fuels. Over the years, various …

The dual-fuel combustion technology utilizing hydrogen and diesel fuel shows potential in
enhancing the performance of compression ignition engines and reducing carbon …

This study numerically investigates methanol steam reformer design using the COMSOL
software. The reformer is heated with internal heating tubes (HTs). The effects of the …

The metal-oxide interaction has been considered as an effective factor for catalytic
performance in methanol steam reforming. In this work, Ti modified Cu/γ-Al 2 O 3/Al catalyst …

This study proposes a sine wave tube reactor for efficient hydrogen production. Numerical
research was conducted on the structural parameters (wavelength and amplitude) of the …

The pellet-type catalyst demonstrates a usable region for the chemical reaction based on the
reaction rate and reactant diffusivity. Therefore, achieving selective metal infiltration on the …

The hydrogen-rich gas produced in-situ by methanol steam reforming (MSR) reactions
significantly affects the performance and endurance of the high-temperature polymer …

Methanol reforming is a key method of producing hydrogen, an eco-friendly energy source.
A feasible validation has been performed using previous experimental data. Present …