Researchers at RMIT University have pioneered a groundbreaking approach to ammonia production by utilizing liquid metal catalysts, potentially revolutionizing the industry's environmental impact. Led by Dr. Karma Zuraiqi, the team's innovative technique significantly reduces energy consumption and pressure compared to the traditional Haber-Bosch process. By leveraging copper and gallium as catalysts, the method showcases remarkable efficiency gains while being cost-effective and environmentally friendly. The study published in Nature Catalysis highlights the technology's ability to produce ammonia on par with current standards while mitigating carbon emissions and promoting sustainable practices. The liquid metal catalysts, termed 'nano planets' for their unique structure, facilitate efficient chemical reactions, offering a promising solution for various applications. In addition to enhancing fertilizer production, the technology holds immense potential for advancing the hydrogen industry, enabling the safe and economical transport of hydrogen through ammonia conversion. The scalability of the approach, suitable for both large and decentralized production settings, further underscores its adaptability across industries. RMIT is spearheading the commercialization efforts in partnership with QUT, aiming to bring this eco-friendly technology to a global scale. With a vision to integrate green ammonia production with hydrogen technologies, the team envisions a future where sustainable energy can be efficiently distributed worldwide, ushering in a new era of clean energy solutions.