Hydrogen has attracted much attention as a globally accepted clean energy carrier.
Currently, the search for safe and efficient hydrogen storage materials is one of the most …

On account of the exhausted fossil fuels, developing green hydrogen has become a
meaningful alternative. Among most of hydrogen production strategies, the hydrolysis of …

Abstract At present, Co, Bi, CoBi, and CoBi/CNT catalysts are prepared via co-precipitation
method and sodium borohydride (NaBH 4) reduction method for NaBH 4 electrooxidation …

In this study, organic waste sources (spent coffee ground (SCG)) is used as metal-free
catalyst in comparison with conventional noble-metal catalyst materials for hydrogen …

Dehydrogenation of hydrogen-rich chemicals, such as ammonia borane (AB), is a promising
way to produce hydrogen for mobile fuel cell power systems. However, the practical …

To improve the utilization rate of the precious metal, ruthenium, TiO 2 nanospheres
containing oxygen vacancies are grown on the surface of layered Ti 3 C 2, and superfine Ru …

In the present study nickel nanoparticles were synthesized by thermal plasma route. In this
method we obtained highly crystalline almost spherical nanoparticles with maximum number …

Among boron compounds, NaBH4 has emerged as a prominent candidate for hydrogen
energy sources owing to its environmentally friendly characteristics and a high hydrogen …

In the present study, defatted spent coffee ground (DSCG) treated with different acids was
used as a metal-free catalyst for the first time. The aim of undertaken work is to demonstrate …

The concept of using renewable energy to power water electrolyzers is seen as a favorable
approach for the production of green and sustainable hydrogen. The electrochemical water …