The depletion of conventional energy reserves, that is: fossil fuels, has sparked a lot of
interest in hydrogen as a clean energy source. Hydrogen as a fuel possesses enormous …

To develop highly active and low-cost electrocatalyst is very important to improve the
efficiency of water splitting. However, the current catalysts still present serious challenges …

H 2 as a storable fuel can be sustainably generated from direct cleavage of water with a
catalytic approach. However, H 2 generation is severely affected by poor catalytic activities …

Heterointerface engineering was adopted to obtain W2C/W2N (WCN) particles via a
simultaneous carbonization and nitridation process. High-quality thin g-C3N4 nanosheets …

Hydrogen has garnered considerable attention as an environmentally friendly due to its
sustainability and exceptional energy density, surpassing other chemical fuels. For H2 …

Tailoring active sites in earth‐abundant non‐noble metal electrocatalysts are required
toward widespread applications in sustainable energy fields. Herein, an integrated …

The electrocatalytic conversion of water‐to‐hydrogen powered by renewable energy is one
of the promising strategies to unravel the energy and environment crises. However, a such …

Practical hydrogen production via the hydrogen evolution reaction (HER) is reported as a
clean and sustainable strategy for future energy demands. Tungsten (W)-based compounds …

This work utilized an innovative and economical remediation method to convert inexpensive
waste feedstock into extremely useful catalysts. The procedure centered on polyethylene …

Nanostructuring and catalyzing are effective methods for improving the hydrogen storage
properties of MgH 2. In this work, transition-metal-carbides (TiC, ZrC and WC) are introduced …