Ammonia, a vital component in fertilizers and a potential carrier for hydrogen, has long been produced through energy-intensive processes contributing significantly to global carbon emissions. Researchers at RMIT have developed a groundbreaking low-energy approach to ammonia production, which could revolutionize the industry. By utilizing liquid metal catalysts, specifically copper and gallium, the team achieved efficient nitrogen and hydrogen splitting, surpassing the current gold standard while being more cost-effective and environmentally friendly. The technology's versatility extends beyond fertilizer production, offering a sustainable solution for the hydrogen industry and supporting the global shift towards cleaner energy sources. With plans for commercialization in progress, RMIT aims to scale up the technology for widespread industrial application, potentially transforming how ammonia and hydrogen are produced and utilized on a global scale. Supported by the Australian Research Council and utilizing cutting-edge facilities, this research represents a significant step towards a greener, more sustainable future.