NANOTECHNOLOGYA team of researchers co-led by the City University of Hong Kong and German scholars identified the quantum confinement effect in a photocatalyst of a 3D-ordered macroporous construction.
Hydrogen energy is potentially a key measure to meet the United Nations net zero emissions target, although its industrial function has been stalled by the hardship in both its handling and storage.
Humans can taste the difference between heavy water to ordinary water. Experts think that it could be an alternative to give the sensation of sweetness without the calories.
Researchers recently developed what'd be described as a "sludgy gray paste," which heats hydrogen using magnesium and stabilizers for the hydrogen to be stored in cartridges even at room temperature.
A team of researchers from the University of Oxford converted carbon dioxide into carbon-neutral jet fuel. They are confident that this innovation will have a positive impact on sustainable aviation fuel.
A recent collaboration between Oregon State University's College of Engineering, Cornell University, and the Argonne National Laboratory has made significant progress in hydrogen extraction from water.
Current processes for synthesizing ammonia require costly processes at high temperatures. Now, researchers are turning to ruthenium as a more cost-effective alternative.
After several months of getting bodied in the news cycle, NuScale Power, a small modular nuclear startup, has an added potential path to the various energy market.
Researchers created droplet-based microbial properties that produce hydrogen by photosynthesis. Hydrogen is the most abundant element in the universe and now it is considered to be the fuel of the future with car companies using it to fuel their futuristic car models.
NASA's New Horizons spacecraft measurements reveal loads of Hydrogen in Interstellar Medium. Many are already starting to see what is beyond Earth with new observation missions.
A team of New York-based physicists has achieved one of modern science's most sought after phenomena - a material that conducts electricity with virtually perfect efficiency in what is known as superconductivity - with new material, and at higher temperatures.
Hydrogen fuel as a renewable source of energy is done by splitting water. A team from Virginia Tech developed a new technique to efficiently split water by chemically reassembling a catalyst.
Using chemistry to make solar energy a better and more efficient power source is not easy. Recent developments have allowed scientists, to use the whole spectrum of light not just several to create hydrogen.
Germany unveiled the world's first hydrogen-powered train. As we all know, the number one contributor to pollution is vehicles. This is the reason why Germany has presented the world's first train that runs fully on hydrogen power.
The team effort resulted in the production of synthetic fuel, which they plan to scale up later on. (Photo : Image from Pipeline Journal) The Power-to-X, or P2X, Kopernikus project is a four-way collaboration among four different institutions with the aim to produce synthetic fuel from renewable materials.
Orkney Distilling Ltd. might be the first distillery to be powered by green energy from hydrogen. Earlier this year, the Department of Business, Energy, and Industrial Strategy, or BEIS, held the Industrial Fuel Switching Competition in the hopes of putting in an early investment into fuel switching processes and technologies in the industrial setting.
South Africa is the ideal place for the production process to be put up, but through electrolysis, transportation to other countries will not be a problem.