Author: Arnes Biogradlija

Peel Ports Group, the UK’s second largest port operator, has become the newest member of the North West Hydrogen Alliance (NWHA). The firm, which administers the Port of Liverpool and the Manchester Ship Canal, has identified hydrogen as a critical component of its efforts to reduce environmental impact and achieve net zero aspirations. It is investigating the possibility of hydrogen being utilized as an alternative fuel source for heavy plant equipment and sees the Port of Liverpool as a crucial location for hydrogen as a shipping fuel testing. Peel Ports’ North West assets are strategically located to benefit from the…

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The Port of Gothenburg and Norway’s Statkraft propose to build a hydrogen production facility near the port, with operations set to begin in 2023. The facility will initially have a capacity of four megawatts (MW), capable of producing up to two tonnes of hydrogen per day. The Gothenburg Port Authority and Statkraft have agreed to conduct a more detailed examination into the possibility of establishing an interim storage facility and filling station at the Gothenburg Port. A preliminary study is currently underway with a primary focus on safety. It is scheduled to be completed in early 2022. “The Port of…

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Enapter has received its first order for their AEM Multicore electrolyser, a containerized system for green hydrogen production in the megawatt range. The AEM Multicore electrolysis system is based on AEM’s modular and proprietary AEM technology, which is already in use in over 40 countries. It enables low-cost, flexible, and dependable electrolysis from intermittent renewables. The German Steinbeis Innovation Center siz energie+ purchased the large-scale system through one of Enapter’s sales and integration partners, H2 Core Systems. It is expected to arrive in June 2023 in the northern German city of Braunschweig. Enapter’s AEM Multicore technology will be installed at…

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As the United Nations Climate Change Conference begins in Glasgow, the Hydrogen Council CEO alliance is urging world leaders – public and private – to make a concentrated effort to implement declared hydrogen initiatives around the world in order to keep the world on pace to meet its climate commitments. Along with electrification, the development of the hydrogen economy is critical for cost-effective and efficient global decarbonisation, allowing governments to meet their climate targets, stimulate green growth, and create sustainable jobs. To catalyze the necessary bold action, the Hydrogen Council is releasing fresh, comprehensive data on hydrogen’s carbon abatement potential,…

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Steelhead Composites, a global leader in hydrogen storage solutions, announced the addition of a second manufacturing facility in Wheatridge, Colorado. The new facility will be primarily dedicated to the manufacture of composite overwrapped pressure vessels (COPVs) for compressed hydrogen storage. The plant has been certified by the company’s quality and environmental management systems to ISO 9001, AS9100, and ISO 14001 standards. Steelhead has increased yearly capacity by investing in modern, state-of-the-art production equipment for testing, automation, filament winding, and plastic molding. Their in-house liner production capability enables customers to acquire the technology necessary to satisfy their permeation, robustness, cost, size,…

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Visitors to COP26 in Glasgow had the opportunity to see the world’s first hydrogen-fueled ambulance, which was developed by ULEMCo, the UK’s hydrogen fuel pioneer, and its partners. Interest is high in the functional prototype vehicle, which features a hydrogen fuel cell motor, is easy to refuel, and has a range of up to 300 miles. The ZERRO project, named for the Zero Emission Rapid Response Operations ambulance, was initiated by Yorkshire Ambulance Service, whose range needs necessitate the flexibility that hydrogen can provide. In the meanwhile, it will be trialed by the London Ambulance Service, which will receive access…

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Babcock & Wilcox has entered into an exclusive, worldwide commercial license agreement with the Ohio State Innovation Foundation for a chemical looping process and particle used for decarbonization and the production of hydrogen, steam, and/or syngas, which complements B&W’s existing technology portfolio. B&W and The Ohio State University collaborated to research, develop, and demonstrate the technology, which B&W now markets as BrightLoop as part of its innovative ClimateBrightTM portfolio of decarbonization and hydrogen generation technologies. At the United States National Carbon Capture Center, researchers from B&W and Ohio State successfully demonstrated the synthesis of hydrogen from syngas. The BrightLoop method…

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