The generation of green hydrogen by water splitting is identified as a key strategic energy
technology, and proton exchange membrane water electrolysis (PEMWE) is one of the …

Electrocatalysis represents a promising approach for addressing energy shortages and
environmental concerns. The quest for electrocatalysts characterized by high activity, low …

The hydrazine oxidation‐assisted H2 evolution method promises low‐input and input‐free
hydrogen production. However, develo** high‐performance catalysts for hydrazine …

Common precursors for carbon materials typically include petroleum‐based polymers or
MOF materials. However, these materials often encounter challenges such as metal …

Develo** highly efficient and stable hydrogen production catalysts for electrochemical
water splitting (EWS) at industrial current densities remains a great challenge. Herein, we …

Phosphorization of molybdates has been shown to promote hydrogen evolution reaction
(HER) activity but is usually detrimental to oxygen evolution reaction (OER) activity …

Suppressing the kinetically favorable lattice oxygen oxidation mechanism pathway and
triggering the adsorbate evolution mechanism pathway at the expense of activity are the …

The utilization of plant polyphenols as catalyst carriers holds promise for environmentally
friendly catalysis. However, challenges such as the inhomogeneous distribution of organic …

Develo** efficient, low‐cost electrocatalysts for industrial‐level hydrogen production
remains a significant challenge. Here lattice‐distorted Ni nanoparticles (NPs) encapsulated …

Nowadays, alkaline water electrocatalysis is regarded as an economical and highly effective
approach for large-scale hydrogen production. Highly active electrocatalysts functioning …