Author: Arnes Biogradlija

Horizon Fuel Cell Group and Indify Fuel Cell are partnering to set up a 1 GW electrolyzer factory in India. This joint venture aims to build assembly facilities capable of producing gigawatt-scale electrolyzers in two phases. Production Timeline and Capacity The plant will assemble at least 100 MW annually in the initial phase. The facility is expected to be fully operational by early 2026. HET Hydrogen, a Horizon Fuel Cell Group subsidiary, spearheads the project. Proprietary Electrolyzers HET Hydrogen has commercialized megawatt-scale Proton Exchange Membrane (PEM) electrolyzers and plans to introduce Anion Exchange Membrane (AEM) electrolyzers. These systems are based…

Japanese technology giant Asahi Kasei has partnered with De Nora, an Italian multinational known for its sustainable technologies and expertise in electrolyzer manufacturing. The two companies signed a memorandum of understanding (MOU) to jointly develop, evaluate, and market small-scale pressurized alkaline water electrolyzers, which are crucial in producing green hydrogen through water electrolysis. Combining Expertise in Electrolysis De Nora has a strong foundation in producing high-performance electrode catalysts for electrochemical processes. The company is a leader in developing and selling electrolyzers for various industrial applications, including chlor-alkali electrolysis. This collaboration aims to leverage both companies’ extensive experience in chlor-alkali electrolysis…

Gensol Engineering and Matrix Gas & Renewables will set up a green hydrogen production plant in Pune. This initiative marks India’s first green hydrogen valley project and will operate on a build-own-operate (BOO) model. The project aims to supply green hydrogen to the specialty chemical sector with a firm offtake agreement for 20 years. Strategic Collaboration The same group of promoters promotes both companies and will continue collaborating in the green hydrogen domain, including ventures into green steel and ammonia. Managing Director of Gensol Engineering Anmol Jaggi expressed pride in developing India’s first Green Hydrogen Valley project. He highlighted the…

AMBARtec, a technology start-up, has achieved a significant milestone by successfully testing a hydrogen storage system based on iron oxide. This system is designed to improve hydrogen storage and transportation, offering a practical solution to one of the industry’s biggest challenges. Hydrogen Storage Innovation The core of AMBARtec’s innovation lies in using iron oxide to store hydrogen. This method is considered more efficient and safer than traditional hydrogen storage techniques. Iron oxide can store hydrogen in a solid state, which reduces the risks associated with gas or liquid hydrogen storage. Successful Practical Test AMBARtec’s successful practical test demonstrates the viability…

Prime Minister Narendra Modi addressed the 2nd International Conference on Green Hydrogen through a video, emphasizing the urgent need for climate action. He highlighted that the effects of climate change are already evident, and immediate action is crucial. “The time for action is here and now,” he stated. The Prime Minister noted that energy transition and sustainability are at the forefront of global policy discussions. India’s Achievements in Green Energy The Prime Minister proudly pointed out that India was one of the first G20 nations to meet its Paris Agreement commitments on green energy, achieving these goals nine years ahead…

Dominion Energy is upgrading its high-pressure gas storage at Millstone nuclear power station in Waterford, CT. This site supplies power to two million homes and contributes over 90% of Connecticut’s carbon-free energy. FIBA Technologies, based in Massachusetts, has been chosen to provide the plant with hydrogen gas storage vessels. FIBA’s storage vessels are used worldwide in industries like electronics and medicine, and their gas trailers are commonplace on US and international roads. Kaio Barbosa, FIBA’s sales representative, explains that Dominion Energy has specifically ordered Type 1 storage vessels made from seamless steel to ensure safety for the nuclear energy sector.

Eon, the energy group, is set to build a hydrogen production facility in Essen, within the Ruhr region. A subsidiary, Eon Hydrogen, plans to establish an electrolyzer with a 20 MW generation capacity at Essen’s city harbor. The project is in the advanced planning stages. Hydrogen production is aimed to commence in 2027. The facility will produce around 2,300 tonnes of green hydrogen annually.

The four-seater aircraft by manufacturer Apus is powered by hydrogen, designed to cover up to 900 kilometers and reach speeds of 300 kilometers per hour. Hydrogen-Powered Aircraft In an innovative design, the wings contain tanks for gaseous hydrogen. Two fuel cells in the nose generate electricity by reacting hydrogen with oxygen. This electricity drives two motors; the only emission produced is water vapor. Unique Wing Design CEO Phillip Scheffel explained the aircraft’s unique wing design. It features a straight middle section to accommodate the hydrogen tanks. The wing profile is thicker to carry more hydrogen. The nose of the aircraft…

Mitsubishi Heavy Industries, Ltd. has filed a patent that describes an advanced hydrogen production system and method. This innovative approach utilizes high-temperature steam electrolysis, significantly enhancing efficiency and sustainability in hydrogen production. Core Components of the Hydrogen Production System The proposed system consists of several crucial components:- A heat source capable of generating thermal energy at 600°C or higher temperatures.- A heat exchanger designed to heat steam using a heating medium warmed by thermal energy.- A high-temperature steam electrolysis device that produces hydrogen using steam heated by the heating medium.- A heating device designed to heat the high-temperature steam electrolysis…

A recent Japan Science and Technology Agency patent introduces an advanced hydrogen gas sensor designed to enhance detection sensitivity, response times, and power efficiency. Structural Components The hydrogen gas sensor outlined in the patent is built on a substrate with an insulating surface. It features two pad electrodes, the first and second pad electrodes, fabricated on the substrate’s insulating surface and interconnected by a nanowire. Nanowire Specifications The nanowire is a standout component of this sensor, designed with a line width of 50-150 nanometers (nm) and a 10-60 nm thickness. What makes this nanowire particularly special is its composition: it…