Hydrogen energy is widely acknowledged as a renewable and inexhaustible source of
energy that can help combat the current energy crises and mitigate the environmental …

Heterogenous electrocatalysis continues to witness propagating interest in a plethora of non‐
limiting electrochemical fields. Of which, water electrolysis has moved from lab‐scale …

The ocean, a vast hydrogen reservoir, holds potential for sustainable energy and water
development. Develo** high-performance electrocatalysts for hydrogen production under …

Inverse spinels with characteristic structures are one of the most popular electrocatalytic
materials, but typically have limited intrinsic activities for oxygen evolution reactions (OER) …

Seawater electrolysis is a promising approach for sustainable energy without relying on
precious freshwater. However, the large-scale seawater electrolysis is hindered by low …

Seawater electrolysis under alkaline conditions is a crucial technology for sustainable
hydrogen production. However, achieving the long‐term stability of the electrocatalyst …

Hydrogen/oxygen evolution reactions catalyzed by transition metals have sluggish kinetics
during prolonged water electrolysis in neutral media. Covering the surface with an …

Direct seawater electrolysis (DSWE) has been investigated as a candidate solution for
hydrogen (H 2) production using abundant seawater without the water purification …

In recent decades, there has been significant interest in eco-friendly hydrogen production
from seawater electrolysis. However, the corrosive nature of Cl–on metal substrates …

Reasonable design and manipulation of appropriately activated lattice oxygen on the
catalytic surface is key to efficient oxygen evolution reaction (OER). Utilizing anionic …