SA-H2 Fund, managed by Climate Fund Managers and Invest International, has allocated USD 20mn in development funding to the Hive Hydrogen Coega Green Ammonia Project in South Africa. The project, developed by Hive Hydrogen South Africa, aims to establish the country's first large-scale green ammonia production facility. It includes 3.6 GW of renewable energy generation, a 1.2 GW electrolyser, and various other components to support green ammonia production. The project targets significant emissions reductions, job creation, and clean energy integration into the national grid. SA-H2's investment is seen as a critical step in advancing South Africa's green hydrogen economy. The collaboration between Hive Energy, BuiltAfrica, and international investors showcases the potential for South Africa to lead in green ammonia production. Through a blended finance model, the project aims to attract private capital for construction while mitigating early-stage risks using public funding. The project's impact extends beyond economic benefits, with a strong focus on environmental and social standards. The development is anticipated to enhance South Africa's export capabilities, especially in the Asian and European markets, with strategic partnerships in place. Green ammonia, produced using green hydrogen and nitrogen, is essential for decarbonizing challenging sectors like fertiliser production and shipping. The Hive Coega Green Ammonia Project aligns with global energy transition goals by offering competitive and sustainable green ammonia production. The project's designation as South Africa's Lighthouse Green Hydrogen Project signifies its national importance and regulatory facilitation. The article highlights the positive outlook of key stakeholders, emphasizing the project's potential to transform South Africa's energy landscape. With a strong emphasis on job creation, infrastructure development, and skills enhancement, the Hive Coega Green Ammonia Project aims to set new benchmarks in sustainable energy production and export.