H2 Energy Group

Res Integra, an industrial plant EPC firm, will install Ohmium electrolysers at an unnamed facility in the Siracusa industrial area in the east of the Italian island. Despite not naming any specific offtakers or use cases, the partners say hydrogen produced by the plant will be used to support “efforts to decarbonise regional industrial operations and mobility.” Ohmium is expected to start shipping its electrolysers this year, with no revealed plant start-up date. H2 View contacted Ohmium for confirmation on the plant’s start-up and offtake but received no response at the time of publishing. The firm offers modular 0.5MW PEM [...]

According to Verdagy’s online statement, Black & Veatch is set to complete FEED by May 2025 for the Texas-based initiative near the Gulf Coast, US. This will pave the way for an expected final investment decision (FID) in July 2025. The project will use Verdagy’s eDynamic electrolysers to produce hydrogen compliant with Europe’s Renewable Fuels of Non-Biological Origin (RFNBO) standards and 45V US Treasury requirements. Verdagy opened its electrolyser manufacturing facility in Silicon Valley, California, last October, and said production would begin this quarter. The plant manufactures the company’s 20MW electrolyser modules, which are based on single-cell architecture. Verdagy’s President, Rahul Bammi, said the [...]

The country’s Ministry of Energy launched the plans under the H2Start Hydrogen Valley project last Friday (March 14), which aims to establish a centre of excellence for green hydrogen production in Stara Zagora. Backed by Horizon Europe funding, the Thracian University of Stara Zagora and the Bulgarian Association for Hydrogen, Fuel Cells and Energy Storage will work with the Italian organisations the Polytechnic University of Turin and the Institute for Advanced Energy Technologies. The centre will focus on developing hydrogen production and usage technologies as Bulgaria looks to move away from its heavy fossil fuel consumption. It remains one of [...]

As part of this initiative, they will develop a hydrogen production unit to supply clean hydrogen for HBI production at the Vale-GEP Mega Hub. The project was first selected as part of the EU’s €300bn ($328bn) Global Gateway Programme in the Climate and Energy Category last December, and now it has been recognised as a flagship project. Bart Biebuyck, CEO of GEP, called the Global Gateway tool a “win-win situation for Europe and partner countries like Brazil.” After the project was endorsed by Ursula von der Leyen, President of the European Commission, Marian Schuegraf, Ambassador to the Delegation of the [...]

Since unveiling the initial concept in 2023, the French aviator has refined the BYA-1 with a clean-sheet design optimised for gaseous hydrogen, to enhance safety, efficiency and certification readiness. The updated concept integrates 700-bar fuel tanks above the wing box to “improve crashworthiness,” eliminating high-pressure fuel lines in the pressurised cabin. Unlike most hydrogen-electric systems that rely on batteries to handle power surges, Beyond Aero’s battery-free fuel cell system is designed to provide constant power, eliminating the need for a hybrid setup. Traditional fuel cells struggle with varying power demands, requiring batteries for peak loads, regenerative braking, and cold starts. [...]

Hydrogen produced by the Siemens Energy PEM electrolyser will be fed into the facility’s Verbund network and distributed across its various chemicals production plants. H2 View understands BASF plans to supply some of the system’s output for use in mobility applications in the Rhine-Neckar metropolitan region. It comes under the Hy4Chem project, which was supported by €124.3m in funding from the Important Project of Common European Interest (IPCEI) scheme. The new system marks the first time that electrolytic hydrogen has been produced at the Ludwigshafen site, which has previously produced it through steam methane reforming or by-products. “The new electrolyser [...]

The electrolyser-making subsidiary of Sungrow said it would deliver 16 alkaline electrolyser units to state-owned China Coal Ordos Energy Chemical’s 100,000-tonne Liquid Sunshine demonstration project. The $680m project, which is already under construction, plans to combine green hydrogen and CO2 captured from a coal-powered chemical plant’s operations to produce e-methanol. Sungrow will also supply integrated gas-liquid separation and purification systems for the plant. Once complete, developers expect to have installed 625MW of wind and solar capacity and reduce a total of 500,000 tonnes of CO2 per year. It is expected to be put into operation in October next year. E-methanol [...]

Mote focuses on biomass carbon removal and storage (BiCRS), converting wood waste into hydrogen while permanently capturing CO2. In an online statement, Mote described it as a “scalable solution that simultaneously strengthens domestic energy independence and supports forestry and land management.” Reportedly, the company’s patented technology improves hydrogen yield and efficiencies while also supporting wildlife prevention and sustainable forestry management. According to Mote’s website, it aims to capture 450,000 tonnes of CO2 per year and produce 60,000kg of hydrogen daily. Furthermore, the US Department of Energy (DOE) estimates that up to 1.5 billion dry tonnes of biomass are available annually [...]

The €13bn ($14.2bn) 3,300km SoutH2 corridor pipeline plans to connect Tunisia and Algeria with Germany, Austria and Italy, to secure volumes of green hydrogen to meet Europe’s RePowerEU goal of importing 10 million tonnes per year by 2030. The plans, led by transmission systems operators (TSOs) Snam, TAG and Gas Connect Austria were endorsed by African and European politicians in January. However, the coalition, led by the campaign group Corporate Europe Observatory, claims the development could amount to neo-colonialism, which places the burden of Europe’s decarbonisation on the Global South. “It exploits African land, water and labour to feed Europe’s [...]

Researchers at the Nanyang Technological University (NTU), Singapore, created a three-step process powered by solar electricity using mechanical, chemical and biological techniques to challenge conventional technologies like anaerobic digestion (AD). Sewage sludge is a semi-solid by-product of wastewater treatment, consisting of organic and inorganic materials, microorganisms, heavy metals and other contaminants. The NTU process begins by breaking down the sewage sludge. A chemical treatment then separates heavy metals from organic materials. Using a solar-powered electrochemical process, the researchers use electrodes to transform the organic materials into products like acetic acid – which is used for food production – and hydrogen [...]