Hydrogen peroxide is one of the world's top 100 industrial chemicals with a wide range of applications in the chemical, medical, and semiconductor industries. Currently, hydrogen peroxide is mainly ...

Hydrogen peroxide (H 2 O 2) packs so much chemical energy into a small space that it is powerful enough to fuel rockets. But this same ability to concentrate energy also makes hydrogen peroxide useful ...

(Left) Schematic representation of the structure of a porous carbon catalyst with boron doping on the surface and carbon walls forming the mesopores. (Right) Mesopore structure and atomic-scale ...

A sprinkling of magnetic nanoparticles is just enough to power up catalysts, so they can make hydrogen peroxide production more efficient. Researchers have achieved a breakthrough in improving the ...

Chemists have built a microscopic hollow shell that behaves a little like a living cell, taking in raw ingredients and ...

The oxygen reduction reaction (ORR) was enhanced through the development of a novel class of heterogeneous molecular catalysts incorporating an integrated magnetic field. Traditional methods for ...

A review paper examines how precise nanoscale construction of graphitic carbon nitride catalysts can advance sustainable photocatalytic hydrogen peroxide production. (Nanowerk News) A new review from ...

Although a plethora of carbon-based catalysts have been developed to promote oxygen reduction reaction (ORR) in different electrochemical systems, the degradation process of those catalysts remains ...

Hydrogen peroxide fuel cells harness the reversible redox chemistry of H₂O₂ to generate electrical energy in compact, liquid‐fed architectures. At the heart of these devices lies the interplay between ...

The direct synthesis of hydrogen peroxide from hydrogen and oxygen represents a paradigm shift away from the centralised anthraquinone process towards decentralised, on-demand oxidant production. By ...

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