The Westphalian University of Applied Sciences will establish the “H2 Solution Lab” as a futuristic hydrogen laboratory for hydrogen research with funding totaling about 42 million euros at its meeting on February 23rd, which is when the Structural Strengthening Council recommended funding for the first project in Gelsenkirchen.
Several investigations have suggested that particular groups of 2D materials, each only a few atoms thick, may be able to catalyze the water-splitting reaction. The so-called 2D Janus materials, whose two sides differ in their molecular make-up, are a particularly intriguing class.
A review study written by a group of scientists with funding from the Toyota Mobility Foundation (TMF) has been published in the International Journal of Hydrogen Energy, a scholarly journal distributed by the Dutch academic publisher Elsevier.
Europe hopes to boost green hydrogen production or imports in the next years to reduce its dependence on Russian fossil fuels.
Brazilian academics Gláucia Fernandes, Matheus Ayello, Joo Henrique de Azevedo, and Felipe Gonçalves claim that the country has the potential…
Researchers from the Institute for Basic Science (IBS) in South Korea have revealed a novel technique for utilizing heat treatment to create evenly sized cobalt-platinum (Co-Pt) alloy nanoparticles.
According to a recent study from Rice University’s Baker Institute for Public Policy, a successful energy transition also necessitates a change in policy and market structure. Texas’ legacy energy economy and geology are ideal for developing a robust hydrogen market, which will play a crucial role in sustainability.
Green hydrogen as an energy carrier is once more generating a lot of interest in both the scientific and political worlds. It offers a flexible substitute for non-renewable fossil fuels, has a high energy density, can be stored as a gas or a liquid, and is relatively simple to transmit via pipeline.
Researchers from UNSW Sydney have created an algorithm that greatly improves photographs of hydrogen fuel cells, with possible uses in the future of medical imaging.
Wind turbines in the North Sea near Germany might generate one million tons of hydrogen. This ambitious proposal involves over 100 German corporations investing over 10 billion euros.
