Electrocatalysis: Iron and cobalt oxyhydroxides examined

Very soon, we need to become fossil free, not only in the energy sector, but in industry as well. Hydrocarbons or other raw chemicals can be produced in principle using renewable energy and abundant molecules such as water ...

A single-step water treatment for arsenic decontamination

A team of researchers from Imperial College London led by Prof. Dominik Weiss has been working with Diamond Light Source, the UK's national synchrotron on a new material (TiO2/Fe2O3 nanomaterial) combining photocatalytic ...

Green hydrogen: Faster progress with modern X-ray sources

Green hydrogen is an energy carrier with a future. It is obtained by electrolytically splitting water with energy from wind or sun and stores this energy in chemical form. To make the splitting of water molecules easier (and ...

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