- Spain Expands Electricity Grid Strategy to Meet Surging Hydrogen and Renewable Demand by 2030
- MOL Group Advances Petrochemical Circularity with Certified Plastic-Waste Feedstock Trial in Hungary
- Jordan and China’s UEG Launch $1.15B Feasibility Study for Large-Scale Green Hydrogen Project
- Stargate Hydrogen and Saudi RDI Forge Partnership to Advance Green Hydrogen Innovation
Browsing: Research
Russian chemists create catalysts to improve oxygen and hydrogen extraction from water
Russian chemists have developed a method for making catalysts that improve how well oxygen and hydrogen can be extracted from water. The Russian Science Foundation’s press service reported on the advancement of “Hi-tech”.
According to study from Princeton University and the National Oceanic and Atmospheric Association, the use of hydrogen as a clean fuel may be constrained by a chemical reaction in the lower atmosphere.
Germany signed a joint declaration of intent with Oman, but it is focusing on its larger neighbors. Energy, geostrategic, and climatic foreign policy should not ignore Oman. Oman’s hydrogen initiatives can supply affordable sustainable energy.
Fuel cells based on hydrogen are highly effective and energy-efficient. Because only water and electrical energy are created when hydrogen combines with oxygen, they don’t release any toxic emissions.
The energy transition requires a lot of hydrogen. A German-New Zealand research collaboration is improving AEM electrolysis for green hydrogen production in the HighHy project.
An effective method for pyrolyzing methane to create hydrogen, which can be used in electric vehicles and power generators, has been devised by researchers at Tomsk Polytechnic University.
In 2022, the policy side vigorously encouraged hydrogen energy deployment, but “structural disagreements” upstream and downstream.
There have been some indications recently that the Earth’s interior may contain significant hydrogen concentrations.
Scientists from KBSU won the Russian Science Foundation competition that was organized as part of the “Priority-2030” initiative. The money was used to create cutting-edge materials for hydrogen storage and buildup.
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.
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