Author: Arnes Biogradlija

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.

Bloom Energy’s first international electrolyzer deployment showcases pathways to produce clean, low-cost hydrogen at scale to unlock South Korea’s net-zero future

For the ‘Ab Initio,’ STC Group has chosen zepp.solutions to provide a hydrogen fuel cell system and hydrogen storage solution. Students pursuing a maritime education at the STC Group will use the 67-meter-long ship for practical training sessions.

The province of Utrecht has taken a significant step forward in the usage of hydrogen in inland transportation. The province has agreed to join the ‘RH2INE network’ by signing a letter of intent.

Quantum Fuel Systems and Renewable Innovations have announced a collaboration to bring novel Hydrogen distribution solutions to market.

Highly Innovative Fuels (HIF), a Chilean firm, is building a ground-breaking facility that might usher in a new era of energy.

NV has given Ballard Power Systems’ maritime fuel cell module FCwaveTM its first Type Approval in Europe.

Gujarat Gas and NTPC have partnered to develop a new effort at NTPC Kawas called green hydrogen mixing in Piped Natural Gas (PNG). The initiative is a first for both organizations and is the first of its sort in the country. This is a step toward decarbonizing the residential sector and achieving national energy self-sufficiency. Green hydrogen will be generated by the electrolysis of water at NTPC Kawas’s 1 MW floating solar facility.This will be combined with PNG at a predetermined ratio and utilized in the NTPC Kawas township’s cooking applications. GGL’s network in Hazira will be expanded up to…