Compared with conventional hydrogen-air combustion, catalytic hydrogen combustion
(CHC) exhibits higher safety and efficiency and ultra-low NOx emissions. Significant …

About 3 billion people use conventional carbon-based fuels such as wood, charcoal, and
animal dung for their daily cooking needs. Cooking with biomass causes deforestation and …

This Review looks at past and current research and development (R&D) on H2 combustion
in terms of power generation in gas turbines and safety in passive autocatalytic recombiners …

The commercial hydrogen production by water electrolysis is limited by the high cost of
electricity. The production cost can be minimized, if the cell module is operated with the …

Removal of excess amount of hydrogen in a catalytic route is a safety measure to be
implemented in fuel cell technologies and in nuclear power plants. Hydrogen and oxygen …

Catalytic H 2 combustion (CHC) is an efficient way to mitigate H 2 slip from industrial
processes, overcoming the explosion and NO x emission risks. Although Pt-based catalysts …

The removal of oxygen from hydrogen using a catalytic reaction of H 2–O 2 recombination is
considered an essential technology for improving H 2 purity and safety in green hydrogen …

Ni and La were substituted and impregnated on Co 3 O 4-ZrO 2 (CZ) nanocomposites by
solution combustion and wetness impregnation methods for catalytic hydrogen combustion …

Hydrogen energy as a clean energy source has been widely studied in recent years.
Catalytic hydrogen combustion (CHC) can be used to reduce nitrogen oxide emissions and …

Solution-processable organic semiconductors have potentials as visible
photoelectrochemical (PEC) water splitting photoelectrodes due to their tunable small band …