Photoelectrochemical (PEC) water splitting is one the emerging aspects in concern with
sustainable development for hydrogen generation. Among the various existing materials …

The generation of solar H 2 emerges as a promising avenue for leveraging solar energy,
contributing to mitigating climate change and restricting fossil fuel combustion. The …

Photovoltaic (PV) assisted direct solar hydrogen generation (DSHG) is an alternative
pathway for large-scale renewable hydrogen generation, where solar energy is directly used …

Electrocatalytic, photocatalytic, and photoelectrocatalytic water splitting provide promising
pathways for converting electricity and light energy into sustainable hydrogen energy. The …

Bias‐free solar water‐splitting technology is considered an ideal solution to address the
energy crisis, as it can efficiently convert solar to hydrogen energy and has made …

Direct solar water splitting appears to be a promising route to produce hydrogen, avoiding
competition for electricity with other important economic uses. Halogenated hybrid …

The energy transition from fossil fuel-based to renewable energy is a global agenda. At
present, a major concern in the green hydrogen economy is the demand for clean fuels and …

A device system enabling continual hydrogen production under solar light in a water
environment is proposed in this study. This system features a self-powered water splitter with …

The use of light as a catalytic prompt for the synthesis of industrial relevant compounds is
widely explored in the past years, with a special consideration over the hydrogen evolution …

Electrolysis for producing hydrogen powered by renewable electricity can be dramatically
expanded by adapting different electrolytes (brine, seawater or pure water), which means …