1. An international research group consisting of NIMS and the Finnish University of Jyväskylä has discovered through its electrode-electrolyte system research that electron and proton (i.e., hydrogen ...
Modular design and rapid response times in electrochemical systems enable more precise and efficient real-time gas analysis.
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Hydrogen from waste: Bio-electrochemical cell design cuts power loss for large-scale implementation
A research team has achieved a significant breakthrough in clean energy technology. The team has successfully enhanced a ...
Ammonia electrooxidation and its integration into fuel cell technologies represent a promising frontier in the quest for sustainable energy alternatives. By utilising ammonia—a carbon‐free and easily ...
(a) Schematic diagram of the cell for fabrication of carbon nanotubes (b) Scanning electron microscope image showing that the graphite electrodes are almost entirely converted to carbon nanotubes in ...
(Nanowerk Spotlight) The search for non-fossil based, low carbon footprint fuels includes several approaches to using solar energy. Among them, artificial photosynthesis – using solar energy to split ...
A joint call for proposals by the Federal Ministry of Research, Technology and Space and the Federal Ministry of Economic Affairs and Energy with the Dutch Research ...
The service life of marine steel structures is significantly impacted by metal corrosion. The conventional cathodic protection method requires a significant amount of energy and metal resources.
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