Author: Arnes Biogradlija

SSE and EET Hydrogen have teamed up to develop a green hydrogen production facility at the Stanlow Manufacturing Complex in Ellesmere Port, Cheshire. The Gowy Green Hydrogen project is named after the nearby Gowy River and Gowy Meadows Nature Reserve. 40MWe Facility Planned The facility is expected to have an initial capacity of 40MWe. It aims to supply hydrogen to industrial users, helping them reduce carbon emissions and creating local jobs. The UK is committed to producing low-carbon hydrogen, targeting 10GW by 2030. Low-carbon hydrogen is crucial for a clean energy system and for enabling industries that are difficult to…

Ingeteam has been chosen as the technology partner for BP’s 133-MW green hydrogen project in Germany. This project will be BP Plc’s first large-scale green hydrogen plant that is fully owned and operated by BP. Supplying Key Equipment Ingeteam will provide 20 units of its full skid solution, which includes 40 INGECON H2 E6000 rectifiers, to power the electrolysers. The contract also covers equipment commissioning. Location and Production The new facility will be located near BP’s Lingen oil refinery, 25 km from the Dutch border. The plant aims to produce up to 11,000 tonnes of green hydrogen per year to…

Oman’s green hydrogen development plan received a significant boost recently when Oman’s Minister of Energy and Minerals, Dr. Mohammad bin Hamad Al Rumhy, announced wide-ranging support for the country’s burgeoning green hydrogen ecosystem. The minister emphasized the importance of developing this sustainable energy source to ensure Oman’s energy security and environmental sustainability. Dr. Mohammad bin Hamad Al Rumhy revealed that the government is investing in research and development and infrastructure projects to establish Oman as a key player in the global green hydrogen market. He highlighted that Oman’s strategic location, abundant renewable resources, and existing energy infrastructure make it an…

Renewable energy company Climate Capital plans to develop a 9.95 MW solar farm in northern Tasmania to support green hydrogen production facilities. Queensland-based ReNu Energy has signed a long-term power purchase agreement (PPA) for all the output from this solar farm, which will be built at Wesley Vale. The solar farm will be next to a planned green hydrogen production, storage, and refueling station developed by ReNu subsidiary Countrywide Hydrogen. This project aims to create a hydrogen transport ecosystem for Tasmania’s heavy transport and industrial sectors. The solar farm is expected to supply 5 MW of power directly to the…

HRS, a French manufacturer of hydrogen refueling stations, has installed seven new hydrogen stations over the past three months. These installations are located in France and internationally, marking an effort to expand its network and address the increasing demand for hydrogen fuel in transportation. New High-Capacity Station One of the notable installations is the company’s first large-capacity HRS40 station at the Champagnier site near Grenoble. This station can distribute one tonne of hydrogen daily and is expected to contribute significantly to low-carbon mobility solutions. Upcoming Installations By December 2024, HRS plans to install five more stations, bringing the total to…

Chinese company Envision Energy Co. is planning a massive $1 billion green hydrogen industrial park in Spain. This ambitious project aims to assist Spain in meeting its greenhouse gas reduction targets. The facility will produce machinery capable of generating fuel from clean energy sources. Partnership with the Spanish Government Envision Energy will collaborate closely with the Spanish government to identify a suitable location for the park. This partnership underscores both sides’ commitment to fostering sustainable and environmentally friendly energy solutions. Prime Minister’s Visit to China Spanish Prime Minister Pedro Sanchez is currently visiting China. During this visit, he is expected…

80 Mile Beach Resources Ltd, a company specializing in energy exploration, recently announced significant findings of helium and hydrogen in Finland. Due to the growing demand for both gases, this discovery could have substantial impacts on the energy sector. The Finnish discovery is particularly notable because it presents a new source outside the traditionally dominant markets. Historically, helium has largely been sourced from the United States, Qatar, and Russia. Hydrogen production has often been linked to natural gas reserves. Finland’s new findings could diversify and stabilize global supply chains for these gases. The exploration project in Finland involved extensive geological…

Pupuk Indonesia, PLN subsidiaries, and ACWA Power have strengthened their collaboration to further the green hydrogen ecosystem. They signed a Head of Key Terms agreement at Jakarta’s Indonesia International Sustainability Forum. The agreement focuses on procuring green hydrogen for green ammonia production, a crucial step in the industrial decarbonization efforts aligned with Indonesia’s net-zero emissions goal by 2060. Renewable Energy Efforts ACWA Power, a Saudi company with expertise in global clean power and green hydrogen projects, joined forces with Pupuk Indonesia and PLN for this endeavor. Named the Garuda H2 project, this initiative aims to produce 15,000 tons of green…

The Corrib gas field, located off Ireland’s west coast, is managed by Vermilion Exploration and Production Ireland with collaborators Equinor and Nephin Energy. Annually, it meets about 20% of Ireland’s natural gas needs. Repurposing Potential Worley, an international engineering consultancy, was tasked with evaluating the best methods to repurpose this field along with the Bellanaboy Gas Terminal infrastructure. The focus is on renewable energy options, including wind, wave, energy storage, hydrogen, and e-fuels. Key Options and Advantages According to Nephin Energy’s CEO Tom O’Brien, the consultancy identified several promising options, with significant emphasis on wind energy and hydrogen. The Corrib…

This patent, submitted by Innova Hydrogen Corp., details a method and apparatus for producing graphene through the pyrolysis of hydrocarbons from a hydrocarbon feedstock. Additionally, it includes a system for recovering hydrogen gas, which is generated as a byproduct of the pyrolysis process. The apparatus features an elongated reactor designed with various components for effectively separating hydrogen gas from other components in the reaction mixture. Introduction to Graphene Production and Hydrogen Recovery Graphene, a one-atom-thick sheet of carbon atoms arranged in a honeycomb lattice, has impressive mechanical, electrical, and thermal properties. The demand for efficient and cost-effective methods of producing…