Author: Arnes Biogradlija

Prof. ZHANG Jian’s team at the Chinese Academy of Sciences’ Ningbo Institute of Materials Technology and Engineering (NIMTE) has created a highly efficient cobaltosic oxide (Co3O4) electrocatalyst for furan upgrading in conjunction with hydrogen generation. Biomass is one of the world’s most abundant renewable energy sources. Through catalytic conversion, biomass can be converted into a variety of fuels and chemicals that can be used in place of conventional fossil fuels, so contributing significantly to the objective of “carbon peak and carbon neutrality.” When solar energy is used in catalytic reactions, it can significantly decrease the energy usage path and increase…

Researchers are developing a stationary prototype for use in large mining equipment as part of the first pilot project in Chile to advance the use of hydrogen in large mining equipment. The prototype will be installed on-site at Antofagasta PLC’s Centinela copper mine. Erik Isokangas, the project’s technical director, told S&P Global Commodity Insights that the prototype is likely to launch in June, bringing the project’s previously announced aim of 2022 closer to reality. The Hydra consortium — which includes French utility Engie SA, Australian mining research organization Mining3, Mitsui USA, Thiess Pty. Ltd., Ballard Power Systems Inc., Hexagon Purus…

By 2030, the proposal is projected to produce 400,000 tons of green hydrogen, a kind of renewable energy that does not emit carbon dioxide, furthering the worldwide decarbonization trend.

Hiperbaric, a pioneer in our country in the development of hydrogen compression equipment for industry and sustainable mobility, has just supplied the first 100% Spanish technology compressor in the foreign market to supply hydrogen to the refueling station for sustainable buses in the German city of Bielefeld.

The so-called Delta Corridor, which includes four pipelines, will be operational in 2026 if all goes according to plan. The plan is to link the pipes to other industrial locations, such as Moerdijk.

The Ministry of Trade, Sector and Energy said that it will invest 171.8 billion won in this year’s national research and development (R&D) project for the hydrogen industry, an increase of 62 percent over last year’s investment to grow the hydrogen ecosystem.

Europe’s energy transition will be accelerated – with less fossil fuels in the energy mix and lower greenhouse gas emissions – because of its pivot away from Russian gas.

The Hy3 feasibility study, which was prepared as part of the Dutch-German Green Hydrogen Cooperation, focuses on the potential for offshore wind green hydrogen production in the Dutch and German North Sea regions, as well as delivery to demanding centers in the Netherlands and the neighboring western German state of North Rhine-Westphalia, starting in 2025.

Advanced CSOVs, which provide both next-generation technology and pleasant accommodations, is a crucial element of the value chain in the expanding offshore wind industry, which is predicted to rise in the future decade as the need for renewable energy surges.

To reach the REPowerEU 2030 hydrogen ambitions, EHB has expanded to 28 European nations, with 27,000 kilometers in 2030 and 53,000 kilometers in 2040.