South Africa is uniquely positioned to build a globally relevant green hydrogen economy because it holds roughly 80% of the world\u2019s platinum group metals (PGMs), which are essential catalysts in PEM electrolysers and fuel cells, and because it has strong renewable energy potential that could underpin competitive green molecule exports. The policy brief argues that green hydrogen could support decarbonisation while also enabling industrial upgrading through local PGM beneficiation, new high-tech jobs, and region-wide value chains across SADC (e.g., fuel cells, renewables infrastructure, battery minerals), but it stresses that these benefits are not automatic: scaling \u201ctrue\u201d green hydrogen requires massive upfront renewable build-out, grid expansion and reliability, new or upgraded hydrogen transport infrastructure, and careful water planning in a water-stressed country. It also highlights justice and risk dimensions\u2014coal-region job displacement, significant skills gaps for a technology-intensive sector, community impacts from expanded mining and hydrogen infrastructure (including environmental harm, land conflict, and weak benefit-sharing), and the danger of an export-led \u201ctwo-tier\u201d energy system that diverts scarce clean power away from domestic needs during an energy crisis. Finally, it frames financing and geopolitics as decisive: South Africa may need hundreds of billions of dollars over decades, relies on shifting external partners (JETP dynamics, EU alignment, US withdrawal), and must pursue stable, balanced partnerships while embedding green hydrogen within broader reforms in energy planning, industrial policy, skills development, governance, and social licence\u2014treating hydrogen as a strategic opportunity, not a silver bullet.<\/p>\n\n\n\n
Link: https:\/\/afripoli.org\/platinum-group-metals-green-hydrogen-production-and-economic-development-in-south-africa<\/a><\/p>\n\n\n\n The Energy Industries Council reports that 78 green hydrogen projects are planned across Africa<\/strong>, but the continent\u2019s hydrogen buildout is falling short of its ambitions<\/strong> because projects are struggling to move from announcements to bankable delivery. The briefing highlights two core blockers: missing long-term offtake agreements<\/strong> (which reduces revenue certainty and delays FID) and persistently high costs<\/strong> (which weaken competitiveness and financing appetite), leaving major prospective hubs and exporters\u2014such as Egypt, Morocco, South Africa, and Namibia<\/strong>\u2014with sizeable pipelines but limited near-term conversion into operational capacity.<\/p>\n\n\n\n Link: https:\/\/table.media\/en\/africa\/news-en\/energy-industries-council-africas-hydrogen-industry-falls-short-of-ambitions<\/a><\/p>\n\n\n\n An international collaboration between Russia\u2019s Southern Federal University, the Kurchatov Institute, the Boreskov Institute of Catalysis, and South Africa\u2019s HySA programme has identified a way to lower green hydrogen production costs without replacing iridium, the critical and expensive catalyst for the oxygen evolution reaction in PEM electrolysers. Instead of seeking substitutes, the researchers focused on optimizing the catalyst activation stage, showing that electrochemical pre-treatment strongly influences iridium\u2019s surface state, reaction efficiency, stability, and lifetime. By systematically studying monometallic iridium catalysts and validating results both in laboratory cells and prototype electrolysers under industrial-like conditions, the team established clear preparation and testing guidelines that can improve performance and reduce material waste\u2014offering manufacturers a practical path to cost reduction without major technological changes.<\/p>\n\n\n\n Link: https:\/\/globalenergyprize.org\/en\/2026\/01\/01\/russian-and-south-african-scientists-find-a-way-to-make-green-hydrogen-cheaper-without-giving-up-iridium\/<\/a><\/p>\n\n\n\n Natural hydrogen start-up H2Au<\/strong> has applied for three-year exclusive exploration rights covering 3.4 million acres (13,760 km\u00b2) in South Africa after completing a year of field studies across the region. The company believes the country could represent a promising hotspot for naturally occurring (\u201cwhite\u201d) hydrogen resources and is now seeking formal approval to advance geological assessments and subsurface analysis. If granted, the licence would allow H2Au to further evaluate commercial potential at a time when interest in natural hydrogen is growing as a potentially lower-cost, low-carbon alternative to electrolytic green hydrogen.<\/p>\n\n\n\n Link: https:\/\/www.hydrogeninsight.com\/production\/natural-hydrogen-prospector-eyes-south-africa-as-potential-hotspot\/2-1-1928505<\/a><\/p>\n\n\n\n Egypt\u2019s Foreign Minister Badr Abdelatty<\/strong> met with Scatec<\/strong> CEO Terje Pilskog to expand strategic collaboration in renewable energy and green hydrogen, reinforcing Egypt\u2019s ambition to position itself as a global clean energy hub. Discussions highlighted the landmark Obelisk solar project in Nagaa Hammadi, whose first phase delivers 500 MW of solar capacity integrated with 200 MWh of battery storage\u2014currently Africa\u2019s largest such installation. The talks also explored scaling clean energy exports to Europe and advancing trilateral renewable energy partnerships across Africa, signaling Egypt\u2019s intent to leverage international investment to accelerate its green transition and regional energy leadership.<\/p>\n\n\n\n Link: https:\/\/fuelcellsworks.com\/2026\/01\/13\/clean-energy\/abdelatty-scatec-ceo-discuss-green-hydrogen-and-africa-cooperation<\/a><\/p>\n\n\n\n Scientists from South Africa\u2019s HySA Infrastructure CoC and Russia\u2019s All-Russian Research Institute for Nuclear Power Plants Operation have examined how hydrogen behaves during accidental leaks in small benchtop electrolyzers. Simulating leak pressures between 1 and 6 bar, the team combined experimental measurements with 3D numerical modeling using STAR-CCM+ software to track hydrogen distribution inside the unit. Without ventilation, hydrogen\u2014nearly 15 times lighter than air\u2014rapidly accumulated near the housing ceiling, reaching concentrations of 8\u20139% at 1 bar and up to 23\u201325% at 6 bar, well above the 4% lower flammability limit. However, introducing forced ventilation at around 1 m\/s significantly reduced concentrations to safe levels under lower pressures and limited flammable mixtures even at 6 bar. The study also identified stagnant zones where gas may linger, offering guidance for improved sensor placement and safer electrolyzer design as compact hydrogen systems become more widespread.<\/p>\n\n\n\n Link: https:\/\/globalenergyprize.org\/en\/2026\/02\/20\/how-hydrogen-behaves-during-electrolyzer-leaks\/<\/a><\/p>\n\n\n\n UK-based natural hydrogen developer H2Au<\/strong> has secured formal acceptance of two applications for exclusive three-year exploration licences covering more than 3.4 million acres in South Africa\u2019s Bushveld region, pending final ministerial approval. The move follows the successful completion of earlier Technical Cooperation Permits, during which field studies and proprietary discovery technologies identified promising hydrogen concentrations in a major mining and industrial corridor. The company is now engaging potential off-takers and joint venture partners to support project development, positioning natural (geologic) hydrogen as a potentially abundant, low-cost, and low-carbon alternative to conventional fossil fuels.<\/p>\n\n\n\n Link: https:\/\/fuelcellsworks.com\/2026\/01\/15\/news\/uk-natural-hydrogen-firm-pursues-south-african-exploration-rights<\/a><\/p>\n\n\n\n The Durban University of Technology\u2019s Green Engineering Research Group (GERG) has strengthened its hydrogen research partnerships through a strategic visit to HySA Infrastructure facilities at North West University and the Council for Scientific and Industrial Research (CSIR) in Pretoria. Facilitated by the South African National Energy Development Institute (SANEDI), the engagement builds on a 2024 memorandum of agreement backed by R2 million in seed funding to enhance DUT\u2019s hydrogen research capacity. The visit focused on advancing green hydrogen production, including research into borehole water electrolysis, and plans to integrate a locally developed proton exchange membrane (PEM) electrolyser into DUT\u2019s facilities. Leaders from HySA and CSIR pledged support through joint research initiatives, technical collaboration, and postgraduate training, reinforcing national coordination under South Africa\u2019s Hydrogen Society Roadmap and expanding the Hydrogen Valley innovation corridor.<\/p>\n\n\n\n Link: https:\/\/fuelcellsworks.com\/2026\/02\/12\/green-technology\/dut-s-green-engineering-research-group-strengthens-hydrogen-research-ties-during-strategic-visit-to-hysa-infrastructure-and-csir<\/a><\/p>\n\n\n\n Africa\u2019s green hydrogen ambitions are crystallising around four core contenders in 2026: Morocco, Egypt, South Africa and Namibia. Backed by strong solar and wind resources and proximity to European demand\u2014targeting 10 million tonnes of hydrogen imports annually by 2030\u2014the continent is positioning itself as a future export powerhouse. Morocco stands out with its \u20ac300 million KfW-backed \u201cPower to Hydrogen (PtX)\u201d pilot set for 2026 and a broader \u20ac30 billion industrial rollout plan. Egypt leverages Suez Canal logistics and industrial port zones to anchor export-oriented ammonia and e-fuel projects. South Africa is advancing its 1 GW Saldanha\u2013Namakwa pilot zone, supported by the SA-H2 Fund and European financing, though implementation remains gradual. Meanwhile, Namibia is emerging as an aggressive outsider, already commissioning two projects and advancing a $9.4 billion flagship development.<\/p>\n\n\n\n Despite the flurry of announcements, experts caution that most of Africa\u2019s 70+ hydrogen projects remain at feasibility stage, with financing, regulation and offtake agreements still key bottlenecks. The newly formed Africa Green Hydrogen Alliance\u2014bringing together Kenya, Morocco, Egypt, Namibia, South Africa and Mauritania\u2014aims to harmonise policy and attract global capital. In 2026, the race will hinge not on ambition, but on which hub can convert pilot projects into operational capacity while ensuring domestic industrial and energy benefits alongside exports.<\/p>\n\n\n\n Link: https:\/\/www.capmad.com\/energy-en\/green-hydrogen-in-africa-which-hub-will-dominate-the-race-in-2026\/<\/a><\/p>\n\n\n\n KAHRE Renewable Energy Group has announced an ambitious R794 billion to R2.3 trillion ($50\u2013150 billion) net-zero industrial corridor that will link large-scale solar and wind generation in the Northern Cape with green industrial processing and export infrastructure in the Western Cape. The 15-year plan integrates renewable power (KTE.energy), a 450-kilometer private transmission and pipeline route (GreenLink), desalination and green fuel production facilities (Velddrif Water & Power), and a sustainable urban development (EcoVision Velddrif). Targeting up to 20 GW of hybrid capacity, with 6 GW of generation and 3.5 GW of electrolysis by 2030, the project aims to position South Africa as a major exporter of green hydrogen and derivatives such as ammonia and sustainable aviation fuel. While the corridor could create up to 40,000 direct jobs and generate $5\u20138 billion annually in export revenue, its success will depend on securing financing, regulatory approvals, and long-term offtake agreements.<\/p>\n\n\n\n Link: https:\/\/serrarigroup.com\/south-africas-r2-3-trillion-green-hydrogen-gamble-private-sector-unveils-massive-desert-to-port-energy-corridor\/<\/a><\/p>\n\n\n\n Researchers from Strathmore University argue that Kenya is well positioned to develop a mega-scale green hydrogen (GH2) project leveraging its vast geothermal, wind, and solar resources, ideally located along the coast to enable seawater desalination and export via the Port of Mombasa. The proposed gigawatt-scale plant would produce green hydrogen derivatives such as ammonia or methanol for global markets while potentially powering a 100+ MW data centre to maximise economies of scale. Beyond export revenues, the authors stress that the true goal should be maximising local added value through manufacturing, electrolyser assembly, workforce development, and industrial linkages in fertilisers, green steel, and R&D. While economic viability depends on policy support and fair carbon pricing, Kenya could use green hydrogen as a catalyst for sustainable industrialisation and long-term domestic economic transformation.<\/p>\n\n\n\n Link: https:\/\/www.esi-africa.com\/news\/holy-grail-of-green-hydrogen-mega-scale-gh2-plant-kenya\/<\/a><\/p>\n\n\n\n Kenya has unveiled plans for a mega-scale green hydrogen plant near the Port of Mombasa, aiming to produce zero-carbon hydrogen for domestic use and export while accelerating industrial development. Leveraging the country\u2019s vast renewable energy resources\u2014including over 10,000 MW of geothermal potential, strong onshore and offshore wind (estimated at 20\u201376 GW), and high solar irradiation\u2014the project would power large-scale electrolysis with a stable clean energy mix. A coastal location will enable seawater desalination to supply hydrogen production with minimal freshwater impact, while export-ready derivatives such as green ammonia will target global markets. The proposal also includes a 100+ MW renewable-powered data center to boost economic efficiency and support Kenya\u2019s digital economy. With a strong focus on local manufacturing, electrolyzer assembly, and workforce training through universities and vocational institutions, the initiative seeks to maximize domestic value creation, create skilled jobs, and catalyze industries such as green fertilizers, green steel, and clean technology innovation.<\/p>\n\n\n\n Link: https:\/\/solarquarter.com\/2026\/02\/17\/kenya-plans-mega-green-hydrogen-plant-to-boost-clean-energy-and-industrial-growth\/<\/a><\/p>\n\n\n\n Namibia is advancing Africa\u2019s green hydrogen ambitions with the rollout of the continent\u2019s first fully integrated facility at Hydrogen Dune, led by Cleanergy Solutions Namibia and supported by a 5MW GenEco electrolyser system supplied by Plug Power Inc. The project combines solar-powered hydrogen production, on-site storage, and a public hydrogen refueling station within a single integrated platform, positioning Namibia as an early mover in Africa\u2019s emerging hydrogen economy. By linking renewable generation directly to electrolysis and mobility infrastructure, the facility demonstrates a scalable model for decarbonising transport and industrial sectors while strengthening the country\u2019s role in the global clean energy transition.<\/p>\n\n\n\n Link: https:\/\/www.portstrategy.com\/environment-and-sustainability\/africas-first-fully-integrated-green-hydrogen-facility\/1507118.article<\/a><\/p>\n\n\n\n Africa\u2019s ambition to become a global green hydrogen exporter is facing mounting challenges, with 78 proposed projects across the continent still largely stuck before final investment decision (FID), according to a new Energy Industries Council (EIC) report. Despite plans for 38 GW of electrolyzer capacity backed by an estimated $194 billion in investment\u2014primarily concentrated in Egypt, Morocco, and South Africa\u2014only two small-scale projects totaling 17 MW are currently operational, both in Namibia. The report highlights the absence of binding offtake agreements, limited pipeline infrastructure, water and grid constraints, and an underdeveloped local supply chain as major barriers to progress. EIC recommends shifting toward smaller, phased developments, strengthening policy clarity, and deploying risk-sharing finance tools to move projects beyond concept stage and align production timelines with real export demand.<\/p>\n\n\n\nAfrica\u2019s Green Hydrogen Pipeline Is Large, but Execution Lags<\/h2>\n\n\n\n
Russian\u2013South African Team Cuts Green Hydrogen Costs by Optimizing Iridium Use<\/h2>\n\n\n\n
Natural Hydrogen Explorer Targets South Africa with 3.4 Million-Acre Licence Bid<\/h2>\n\n\n\n
Egypt, Scatec Deepen Green Hydrogen and Africa Energy Cooperation<\/h2>\n\n\n\n
Study Reveals How Hydrogen Accumulates During Electrolyzer Leaks<\/h2>\n\n\n\n
UK Firm H2Au Advances Natural Hydrogen Exploration in South Africa<\/h2>\n\n\n\n
DUT Expands Hydrogen Collaboration with HySA and CSIR<\/h2>\n\n\n\n
Green Hydrogen in Africa: Morocco, Egypt and Southern Africa Lead 2026 Race<\/h2>\n\n\n\n
South Africa\u2019s R2.3 Trillion Green Hydrogen Gamble: Private Sector Unveils Desert-to-Port Energy Corridor<\/h2>\n\n\n\n
The \u201cHoly Grail\u201d of Green Hydrogen: Kenya Eyes Mega-Scale GH2 Plant with Local Value Focus<\/h2>\n\n\n\n
Kenya Plans Mega Green Hydrogen Plant to Drive Clean Energy and Industrial Growth<\/h2>\n\n\n\n
Africa\u2019s First Fully Integrated Green Hydrogen Facility Takes Shape in Namibia<\/h2>\n\n\n\n
Africa\u2019s Hydrogen Push Slows as Offtake and Infrastructure Gaps Persist, EIC Warns<\/h2>\n\n\n\n