Author: Anela Dokso

Northern Green Crane will use LOHC to improve pan-European hydrogen delivery. It will be one of Germany and the Netherlands’ first large-scale green hydrogen import projects, boosting energy security in Europe and achieving EU aims. Northern Green Crane and its associates are applying for IPCEI financing. All RHATL wave project requests have been submitted to the EU (Regional Hubs and Their Links). Northern Green Crane will be one of the first projects to import green hydrogen on an industrial scale to the Netherlands and Germany by 2026, thanks to a powerful consortium and its LOHC technology, which stores and transports…

In China, Johnson Matthey (JM) has started recycling fuel cells. The plant, which is situated in Zhangjiagang, Jiangsu Province, refines and recycles the platinum group metal content from membrane electrode assemblies (MEA), a significant element of an automotive fuel cell, from Unilia, one of the world’s top suppliers of fuel cell stack technology. MEAs are a key component of fuel cells used in automobiles. Although the initial amount of materials for refining will be minimal, JM has the capacity and flexibility to expand its facilities to satisfy the demand anticipated over the following years. Given that natural resources are few…

Australian Mines is working with the Indian Amrita Centre for Research and Development to create a hydrogen storage system that can be utilized for mining trucks and light-duty vehicles. The Queensland Sconi will generate the “world’s most sustainable, Carbon Neutral certified nickel and cobalt,” according to Australian Mines. According to the reports, scandium-magnesium alloys were being investigated as a high-performance substitute for the upcoming nickel metal hydride batteries four years ago. It is now said that solid state hydrogen metal hydride technology is being used, as opposed to the more conventional compression or liquefaction. Given that hydrogen has a liquid…

The Fraunhofer institutes and Veolia are handling the manufacture of the gas from garbage in order to have hydrogen accessible regardless of the quantity of sun and wind. The Fraunhofer Institute for Environmental, Safety and Energy Technology (Umsicht) is examining ways to produce hydrogen from garbage as part of a study. The goal is to create hydrogen in a way that is climate-neutral and unreliant on the sun or wind. Then, this environmentally friendly hydrogen can be used to power fuel cells or in the semiconductor industry. Additionally collaborating in the current study are Veolia Umweltservice Süd GmbH & Co.…

The construction appeals court of the canton of Zurich has ruled against the energy business Axpo. Residents’ appeal against the Axpo-planned hydrogen production facility in Glattfelden was successful. As was said on Monday, the project must now end immediately. According to the data, the Eglisau-Glattfelden hydropower plant’s 2.5 megawatt hydrogen production facility should have produced about 350 tons of green hydrogen annually. This would have prevented the use of almost 1.5 million liters of diesel in heavy goods traffic, according to Axpo. Despite the project’s suspension, Axpo is continuing with its aspirations to expand in the green hydrogen sector and…

The startup Universal Hydrogen, which is constructing a green hydrogen distribution and logistics network for aviation, received a strategic equity investment announcement from American Airlines. The investment supports America’s science-based goals to cut greenhouse gas (GHG) emissions by 2035 and, eventually, its promise to reach net GHG emissions-free status by 2050. With this commitment, American becomes the first U.S. airline to make two direct investments geared at the advancement of logistics for hydrogen distribution as well as hydrogen-electric powertrain technology. By using modular hydrogen capsules that are handled like cargo, Universal Hydrogen’s fuel distribution system avoids the need for additional…

Fund management Hy24 Partners has closed what it claims is the first infrastructure fund in the world that invests only in the whole clean hydrogen value chain, with fresh contributions totaling 2 billion euros ($1.94 billion). The fund was started a year ago, and expanding hydrogen technologies is one of its key goals. Ardian, a private equity business based in Europe, and FiveT Hydrogen, an investor in renewable hydrogen, have teamed up to form Hy24. Although many governments promote “green” or “clean” hydrogen, which is created by using renewable energy to power electrolysers that transform water, the cost of this…

Amp Energy India will install 400 MW of green hydrogen projects using interconnecting modular PEM electrolyzers from Ohmium. Over the following three years, the deployments, which are intended for mid-sized Commercial and Industrial (C&I) projects of 25MW or less, will be installed. Ohmium International creates, manufactures, and uses PEM Electrolyzers. It is a green hydrogen firm. Amp Energy India has created a well-balanced portfolio with 2GW+ of clean energy supply for C&I and utility customers across the country. Currently, it serves 60+ customers from more than ten different industries, including some of the top corporations.

Green hydrogen will be used in a joint initiative between Borealis and VERBUND to create fertilizers, melamine, and technical nitrogen. Green hydrogen holds the key to decarbonizing industrial processes and products, especially in places where electrification is challenging or unattainable. A decarbonization initiative started by Borealis and VERBUND will employ green hydrogen to generate melamine, technical nitrogen, and fertilizers on an industrial scale in a more environmentally friendly manner. The collaborative project, which is being carried out as part of the pan-European IPCEI (Important Projects of Common European Interest) procedure, involves the creation of green hydrogen at a 60 MW…

Project partners UAntwerp, KULeuven, and WaterstofNet are examining if a different technique, based on plasma technology, might produce a more effective approach to convert ammonia (NH3) into hydrogen as part of the HyPACT project. Ammonia is a suitable carrier for the long-distance transportation of green hydrogen, primarily due to its high energy density and lack of CO2 emissions. However, as ammonia is only used in a few industrial fields, the process of “splitting” ammonia back into hydrogen is crucial. The current methods for “thermo-catalytic” ammonia cracking require expensive catalysts and take a lot of energy. Therefore, the three partners in…