Chilean researchers are delving into the feasibility of distributed green ammonia production for local fertilizer manufacturing, potentially revolutionizing the industry. Traditionally, ammonia is obtained through the energy-intensive Haber-Bosch process, which becomes economic for large outputs. However, the new pathway being explored by the Millenium Institute on Green Ammonia (MIGA) involves electrocatalysis to directly obtain ammonia, bypassing intermediate steps. This innovative approach could pave the way for small-scale ammonia production units in the agricultural sector, including fertilizer production. MIGA's research spans various pillars, including hydrogen production from ammonia, fuel cells, and the broader concept of the ammonia economy. Funded by the national R&D agency ANID, MIGA comprises 10 leading researchers from prestigious Chilean universities. The institute not only focuses on research but also offers consulting, advisory, and training services while engaging in public policy discussions. With multiple projects in different regions of Chile, like Antofagasta and Magallanes, including the massive US$11 billion HNH Energy project, which targets a substantial green ammonia output for the export market, Chile aims to become a key player in sustainable ammonia production. Green ammonia projects are prioritized due to their easier storage and transport compared to green hydrogen initiatives, aligning with the country's export-focused strategy. This holistic approach by MIGA and its partners showcases a positive outlook towards sustainable agriculture and renewable energy in Chile.