TECH & INNOVATIONESWET expresses its support for the draft gas package presented within the second batch of the “Fit for 55 package”, since it recognizes the important decarbonisation potential of low-carbon hydrogen which can be generated by Waste-to-Hydrogen technologies.
Large companies from across the world are embracing renewable energy as a part of their sustainability strategies, according to the ECOHZ sponsored Renewable Energy Insight Survey, released today.
A 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.
MIT-designed superconducting magnet has broken magnetic field strength records, which constitutes a key milestone in nuclear fusion development and a step closer to commercialized carbon-free power.
A former CIA officer claimed that the race for fusion power is going strong for China and US while another expert mentioned that Europe is lagging behind the race.
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.
A recent study on phtotsynthesis revealed a beneficial energy conversion process that could help crop plants more resilient against stress, bacterias, and even climate change extremities.
Scientists from Nagoya University measured the protons and electrons from cosmic rays in a supernova remnant in a bid to find where the highest-energy particles in the universe come from.
Existing pacemakers use lead that connects to the electronic device to generate an electrical pulse. Instead of lead, scientists recently created a pacemaker that will use the kinetic energy from the heart to power the device to overcome existing problems.
Nuclear fusion powers the Sun and other stars in the universe. If humans can replicate it on Earth, it could provide a limitless source of affordable, clean, and safe energy.
China is sending a mile-long solar panel as it embarks on space-based solar power that will beam energy back to Earth for the country to achieve its 2060 carbon neutral target. Similar technology is also being studied by the U.S. Air Force.
To better understand how ions penetrate very small gaps during the adsorption process from an electrolyte to the electrode, researchers turned to the 'classic' material, birnessite.
China has started building the world's first commercial onshore small nuclear reactor project, dubbed the Linglong One or ACP100. It is estimated to take almost five years to build in Hainan.
A new simulation performed by prestigeous institutes are able to create plasma-level energy, similar to a neutron star, that could produce laboratory-made antimatter.
Scientists use pyrolysis treatment and mathematical models to convert lint-microfibers generated in clothes dryers into a sustainable source of renewable energy.