The climate crisis and the need for green and sustainable energy drive the rapid
development of hydrogen production from water electrolysis. Improvements in the kinetics of …

Designing an efficient bifunctional cost-effective electrocatalyst for overall water splitting is
strongly coveted for the commercialization of green hydrogen production. In this work, novel …

The reasonable design of highly efficient NiFe-based bifunctional electrocatalysts is
imperative for water splitting and alleviation of the energy crisis. Herein, the NiFe-based …

Highly efficient and durable electrocatalysts play a crucial role in promoting the hydrogen
evolution reaction (HER). Among them, medium-entropy oxides (MEOs)-based …

Hydrogen energy holds immense potential for revolutionizing modern energy technologies.
Seawater electrolysis is a promising strategy for hydrogen production; however, the lack of …

Electrochemical splitting of water is an attractive way of producing sustainable hydrogen
because it offers a clean and efficient method to produce renewable energy. It provides a …

Electrochemical water splitting is a viable strategy to produce renewable fuels such as
hydrogen. Oxygen evolution reaction (OER) at the anode is getting more attention than …

Abstract The electrocatalyst Co-MOF/CNF microstructure exhibits excellent stability and
charge transfer efficiency synthesized via ultrasonication technique. The composite has a …

Noble metal‐based electrocatalysts are impractical for large‐scale manufacture due to their
high cost, limited availability, and poor long‐term stability in performing several functions …