Solar hydrogen production through water splitting is the most important and promising
approach to obtaining green hydrogen energy. Although this technology developed rapidly …

The global shift towards sustainable energy sources, necessitated by climate change
concerns, has led to a critical review of biohydrogen production (BHP) processes and their …

With the increasing pressure to decarbonize our society, green hydrogen has been
identified as a key element in a future fossil fuel-free energy infrastructure. Solar water …

The design of catalysts with tunable active sites in heterogeneous interface structures is
crucial for addressing challenges in the water‐splitting process. Herein, a hollow spherical …

Two dimensional materials have received increasing recognition for their utility in
electrochemical energy storage and conversion devices, as well as for self-powered …

This work demonstrates the first application to employ TiN/CdS to sensitize ZnO nanotube
arrays (NTAs) photoanode for drastically enhanced solar-driven hydrogen evolution through …

The alloyed Sb 2 S 3-x Se x has attracted widespread attention as a promising light
absorbing material in recent years because it has the advantages of both Sb 2 S 3 and Sb 2 …

Climate change is driving global endeavours to achieve carbon neutrality and renewable
energy expansion. Sludge, a nutrient-rich waste, holds energy potential yet poses …

To achieve large-scale hydrogen storage for growing high energy density and long-life
demands in end application, the 2LiBH4-MgH2 (LMBH) reactive hydride system attracts …

Coating transition metal hydroxides (TMHs) onto semiconductor (SC) photoanodes is an
ideal approach to improve photoelectrochemical (PEC) water splitting. Nevertheless, the …