Metal oxide-based electrocatalysts are promising alternatives to platinum group metals for
water splitting due to their low cost, abundant raw materials, and impressive stability. This …

The rising global demand for clean and renewable energy has spurred interest in innovative
technologies capable of addressing both energy production and environmental challenges …

Water electrolysis assisted by hydrazine has emerged as a prospective energy conversion
method for achieving efficient hydrogen generation. Due to the potential coincidence region …

Defect-engineering of transition-metal oxide-based nanocatalysts is an innovative approach
for improving the oxygen evolution reaction (OER) owing to their enhanced activity and …

Defect-rich transition-metal oxide electrocatalysts hold great promise for alkaline water
electrolysis due to their enhanced activity and stability. This study presents a new strategy …

The pursuit of high-efficient and cost-effective catalysts for hydrogen generation is
imperative to address the energy crisis. Herein, nanoporous RuNiFeCo alloys (np …

In the quest to harness renewable energy sources for green hydrogen production, alkaline
water electrolysis has emerged as a pivotal technology. Enhancing the reaction rates of …

Hydrogen can be produced through seawater electrolysis, making it one of the most
promising clean energy sources. Herein, nitrogen-doped ferric phosphide nanospheres on …

Hydrogen (H 2) is developing as a promising renewable energy carrier with the potential to
reduce greenhouse gas emissions. Anion exchange membrane water electrolysis (AEMWE) …

Given the inexhaustible availability of seawater, producing high–purity hydrogen by using
seawater is a promising pathway for green energy production. Herein, ultrathin (~ 1.5 nm) P …