Metal–support interaction (MSI) is witnessed as an essential manner to stabilize active
metals and tune catalytic activity for heterogonous water splitting. Kinetically driving the …

Electrochemical water splitting is a promising technique for the production of high‐purity
hydrogen. Substituting the slow anodic oxygen evolution reaction with an oxidation reaction …

Substituting the oxygen evolution reaction by the urea oxidation reaction (UOR) is
thermodynamically more favorable for energy-saving hydrogen production. However, UOR …

Electrochemical ammonia synthesis (EAS) presents an attractive alternative to the Haber–
Bosch process due to the benefits of energy saving, low carbon emission, environmental …

Water splitting driven by green electricity from renewable energy input to produce H2 has
been widely considered as a promising strategy to realize the goals for future clean energy …

The substantial demand for renewable hydrogen energy, known for its low pollution, has
accelerated in-depth research into green hydrogen production technology and proton …

Metal node engineering, which can optimize the electronic structure and modulate the
composition of poor electrically conductive metal–organic frameworks, is of great interest for …

Hydrazine‐oxidation‐assisted self‐powered H2 generation system greatly expands the
applicability of hydrogen production technology. However, the high cost of hydrazine greatly …

Glycerol electrooxidation reaction (GOR), as an attractive alternative to oxygen evolution
reaction, not only produces value-added formic acid but also facilitates H 2 production …

The strategic harnessing of near-infrared (NIR) light for water treatment offers a promising
solution to environmental pollution. The plasmonic BiO 2− x exhibits exceptional potential in …