Ammonia, traditionally known for its role in fertilizers, is now gaining attention as a potential hydrogen carrier in a green economy. The University of New South Wales in Sydney has made strides in the production of green ammonia by utilizing machine learning to enhance the electrolysis process. Through the development of a novel catalyst, a five-metal alloy, ammonia production efficiency has seen a sevenfold increase, making the process close to 100 percent efficient. This breakthrough has led to the creation of a lab-built prototype system that aims to produce clean ammonia on a small scale for decentralized use. The new system, developed in collaboration with the University of Sydney, utilizes a combination of plasma chemistry and electrochemistry to convert air and water into green ammonia. The prototype system, housed in a standard shipping container, is capable of producing between 50 to 100 kilograms of green ammonia a day, with the flexibility to scale up production by adding additional modules. Field testing on a farm in New South Wales has already demonstrated the practical application of the technology, producing nitrogen-based fertilizer for crop cultivation. Future plans involve further commercialization of the system, with the goal of miniaturizing the setup to the size of a suitcase for affordable and efficient daily production of ammonia. Additionally, there are discussions with the Bill Gates Foundation for potential applications in developing regions such as the sub-Sahara. The scalability and sustainability of this green technology hold promise for revolutionizing ammonia production, offering a renewable energy solution for the future.