What question did this study set out to answer?

The research aims to develop an electrocatalyst that effectively facilitates water splitting for hydrogen production without precious metals.

February 14, 2026Nanoscale Advances1 citationsOpen Access

Electrocatalytic activity of MoP/CNTs Nanohybrid for Water Splitting: A step towards improved HER kinetics

ARAyesha RehmanArizona State University EPErum PervaizGhent University ZNZirwa NoorNational University of Sciences and Technology

Key Points

The research aims to develop an electrocatalyst that effectively facilitates water splitting for hydrogen production without precious metals.
Synthesis of MoP/CNTs nanohybrid materials
Electrocatalytic testing for hydrogen evolution reaction
Stability assessment of the catalyst under operational conditions
The MoP/CNTs nanohybrid shows enhanced electrocatalytic activity compared to conventional catalysts.
Significantly improved reaction kinetics observed during hydrogen evolution.
Catalyst demonstrated stability over extended operational periods.

Abstract

For a successful shift to sustainable hydrogen evolution catalysis, high-performance electrocatalysts that are both active and stable without the use of precious metals are required. In the case presented within...

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