Electrolysis (Chemistry)
Researchers at the Egypt-Japan University of Science and Technology have made a significant discovery in the field of concentrated solar-operated green hydrogen production. By integrating solar photovoltaic cells with a compound parabolic concentrator, the system is able to drive proton membrane electrolysis, resulting in a promising and cost-effective method for
Hydrogen
Researchers at the Egypt-Japan University of Science and Technology have made a significant discovery in the field of concentrated solar-operated green hydrogen production. By integrating solar photovoltaic cells with a compound parabolic concentrator, the system is able to drive proton membrane electrolysis, resulting in a promising and cost-effective method for
Hydrogen
Researchers at the Indian Institute of Technology Bombay have made a significant contribution to the field of green energy production, introducing a novel catalyst that enables the efficient and sustainable production of green hydrogen. The catalyst, a silica-anchored cobaloxime system, is capable of splitting seawater to produce high-purity green hydrogen,
Hydrogen
Researchers at Henan University have achieved a significant breakthrough in photocatalytic hydrogen production, enhancing the hydrogen production rate from 289.17 to 1189.46 μmol/h by introducing 10 vol% oxygen into the Pt/TiO2 system. This finding challenges the conventional paradigm that oxygen suppresses H-2 evolution, and instead demonstrates
Hydrogen
Researchers from National Sun Yat-sen University in Taiwan have made a groundbreaking discovery in the field of nanotechnology, developing new catalysts that can efficiently produce clean hydrogen from methanol. The newly synthesized trimetallic and bimetallic Ni-Co-Mo oxide nanocomposites have shown exceptional bifunctional activity in both hydrogen evolution and methanol oxidation
Global warming
Research from the University of Tokyo and funded by JST SPRING and JST/JICA SATREPS program has found that the global energy sector's reliance on fossil fuels necessitates a transition to low-carbon alternatives, with hydrogen (H-2) emerging as a key solution. The study integrates chemical looping H-2 generation
Hydrogen
A Scottish airport has successfully integrated hydrogen power and heat technology into its infrastructure, marking a significant milestone in the country's transition to net-zero aviation. The trial, led by the European Marine Energy Centre at Kirkwall Airport in Orkney, demonstrates the feasibility of using hydrogen technologies in airport
Hydrogen
Research conducted by a team of scientists at Zhejiang University has led to a significant breakthrough in ammonia synthesis. The team developed a low-ruthenium catalyst, RuFe-CeO2-CNT, which contains ruthenium-iron alloy nanoclusters, cerium dioxide nanorods, and carbon nanotubes. This innovative catalyst has demonstrated excellent catalytic activity, surpassing that of traditional RuFe-CeO2
Global warming
Research from the University of Tokyo and funded by JST SPRING and JST/JICA SATREPS program has found that the global energy sector's reliance on fossil fuels necessitates a transition to low-carbon alternatives, with hydrogen (H-2) emerging as a key solution. The study integrates chemical looping H-2 generation
Hydrogen
Researchers at the School of Materials and Chemical Technology in Tokyo, Japan, have successfully developed a novel hydrogen-rich material with controllable hydrogen-release properties under various stimuli. The scientists, led by Jumpei Takeshita, have created pyrazine-incorporated hydrogen boride (Pyrazine-HB) nanosheets through a simple solution-mixing and drying process. These nanosheets exhibit significantly
Hydrogen
Researchers from the Yancheng Institute of Technology in the People's Republic of China have made a significant breakthrough in the field of nanotechnology. According to their study, single-atom catalysts (SACs) supported by nanographene networks have shown exceptional stability and electronic properties, making them ideal for efficient CO2 reduction
Hydrogen
Research from the University of Tokyo and funded by JST SPRING and JST/JICA SATREPS program has found that the global energy sector's reliance on fossil fuels necessitates a transition to low-carbon alternatives, with hydrogen (H-2) emerging as a key solution. The study integrates chemical looping H-2 generation
