CWP Global has partnered with Angolan and German companies to develop a 600 MW green hydrogen project in Angola. The project is being led by Angola’s state-owned Sonangol, in collaboration with German engineering firms Conjuncta and Gauff. The initiative aims to produce green ammonia, with the first phase targeting an annual output of 400,000 tonnes.
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Essar Energy Transition (EET) Hydrogen is developing UK’s first large-scale, low-carbon hydrogen production hub at its Stanlow site. This hub will generate a total of 1,350 MW of hydrogen capacity, capturing approximately 2.5 million tonnes of carbon annually. The hydrogen hub will be developed in two stages, with the first plant (HPP1) providing 350 MW and the second (HPP2) contributing 1000 MW, aiming for a total capacity of over 4,000 MW by 2030
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Based on announced projects, Latin America and the Caribbean (LAC) could produce over 7 Mtpa of low-emissions hydrogen by 2030, but only about 0.1% of these projects is in operation, under construction or has reached a final investment decision. Deployment is still nascent. The high cost of capital in the region remains a barrier, and could undermine the competitive production costs from its strong renewable resources. In addition, a massive expansion of renewable capacity would be needed – if all hydrogen projects in the pipeline come to fruition, wind and solar PV generation would need to increase by 140% within this decade for hydrogen production alone. Action is required in the short term to unlock LAC’s potential, balancing domestic demand with export ambitions.
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Yara International has inaugurated its new ammonia import terminal in Brunsbüttel, Germany, located at the strategic junction of the North Sea and Kiel Canal. This facility, with a capacity to import up to three million tonnes of low-emission ammonia annually, is set to play a pivotal role in supporting Germany’s hydrogen economy.
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PT Pupuk Indonesia (Persero) has signed a Head of Key Terms (HoT) agreement for green hydrogen procurement with ACWA Power, as well as PLN Energi Primer Indonesia and PLN Indonesia Power. This agreement will ensure availability of green hydrogen as the main raw material for green ammonia production for Pupuk Indonesia. The green ammonia, thus produced, will be used by Pupuk Indonesia for making urea and NPK fertilizers.
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This report suggests and interprets the cluster development model in light of the critical requirements for the widespread utilization of green hydrogen in industry, and the distribution of industrial capacities and availability of green hydrogen resources in China. Specifically, the report conducts techno-economic analysis of green hydrogen production, storage, transportation, and utilization in industry, forming a foundation for achieving cost-efficiency when technically feasible during the cluster development process.
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RWE Supply & Trading has signed a MoU with AM Green Ammonia B.V. (AMG) for the long-term provision of 250,000 tonnes of green ammonia annually from AMG’s facilities in India. The ammonia will be produced at the Kakinada and Tuticorin sites, with an initial production of 50,000 tonnes at Kakinada and up to 200,000 tonnes sourced from Tuticorin.
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Infener has teamed up with the city of Gengenbach to plan a 20 MW green hydrogen hub. The facility aims to generate up to 2,000 tonnes of green hydrogen per year, supplying the Ortenau district with decentralised, climate-neutral, and cost-efficient energy. The green hydrogen will be produced using water electrolysis, powered by renewable energy in grid-supporting H2 hubs.
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Iberdrola and bp have approved the construction of a 25 MW green hydrogen plant at bp’s Castellón refinery. Moreover, this marks their first joint hydrogen project under Castellón Green Hydrogen S.L., a venture equally owned by both companies. The project is set to begin operations by mid-2026.
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Low carbon hydrogen is key to achieving the goal to reach net-zero emissions by 2050. However, the techno economic potential to produce low-cost, low-carbon hydrogen is not evenly distributed globally. This report provides an analysis covering economic, governance and environmental aspects, as well as potential socio-economic benefits and possible risks for developing countries. It also focuses on value chains that, on the one hand, involve developing countries as hydrogen suppliers, and on the other, future demand hubs, such as the G7.
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SSE Thermal and EET Hydrogen have joined forces to build a green hydrogen production facility in North West England. The facility is named as Gowy Green Hydrogen. They have started work on the project at the Stanlow Manufacturing Complex in Ellesmere Port, Cheshire.
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The Hamburg Green Hydrogen Hub (HGHH) is building a 100 MW green hydrogen electrolysis plant at the former Moorburg coal site. For this hub, Siemens Energy will supply and install six electrolyser units. Construction will start in 2025, with full operation expected by 2027, producing 10,000 tonnes of green hydrogen annually.
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Latin America, with its vast potential in renewable resources (solar, wind and hydro power) can unlock clean hydrogen production at competitive cost, positioning it to become a major clean hydrogen exporting region and hence a central player in the global clean hydrogen economy. This report has presented three distinct clean hydrogen pathways that countries in the region are likely to follow, each with its own specific objectives, challenges and enabling measures.
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Lhyfe has inked a five-year deal with H2 MOBILITY Deutschland to supply green hydrogen for the transport sector. Initial deliveries will serve four H2 MOBILITY fuel stations in Baden-Württemberg and Rhineland-Palatinate, starting with Ludwigshafen and Frankenthal. The hydrogen will be sourced from Lhyfe’s planned production site in Schwäbisch Gmünd.
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The Hydrogen Direct Reduced Iron (H2-DRI) process utilising green hydrogen made with renewable/no-carbon electricity promises significant emission reductions and a transition to greener steel production in the sector. The adoption of green H2-DRI-EAF steelmaking involves financial considerations varying by country, influenced by hydrogen costs and carbon pricing mechanisms.
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Numaligarh Refinery Limited (NRL), a public sector oil company in India, has floated a tender to construct a 10,000 MTPA green hydrogen generation unit and supply green hydrogen. This project is proposed to come up at Numaligarh in the north-eastern state of Assam. The final date to submit the bid is September 13, 2024.
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Lhyfe, OX2 and Velarion are partnering to establish a hydrogen-driven industrial cluster in Ånge municipality, Sweden. The project will merge wind energy with large-scale green hydrogen production to create carbon-neutral products. OX2 is developing a wind farm in Marktjärn, Torpshammar, with an expected annual output of 1.4 TWh.
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Hystar AS has selected thyssenkrupp automation engineering to undertake the Front-End Engineering Design (FEED) for Hystar’s automated electrolyser manufacturing line at its GW factory in Høvik, Norway. The new production line is set to enhance efficiency significantly, boosting the current capacity from 100 MW.
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Linde Engineering has announced that it has entered into an agreement with Shell Deutschland GmbH to construct a 100 MW green hydrogen plant for the REFHYNE II project at the Shell Energy and Chemicals Park Rheinland in Wesseling, Germany. Linde Engineering will handle the engineering, procurement, and construction of the new proton-exchange membrane (PEM) hydrogen electrolysis facility, with electrolyzer stacks supplied by ITM Power.
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Addressing emissions associated with automotive steel manufacturing is thus essential for reducing emissions from both the steel and vehicle industries. This report “Technologies to reduce greenhouse gas emissions from automotive steel in the United States and the European Union” by International Council on Clean Transportation examines the technologies and actions available to reduce the emissions associated with automotive steel manufacturing.
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