The broader/commercial impact of this Small Business Technology Transfer (STTR) Phase I project is the development of an on-site ammonia synthesis reactor that can be deployed anywhere with grid connectivity, expanding ammonia access for the agricultural sector. Ammonia is one of the most widely produced chemical compounds worldwide, with the incumbent Haber-Bosch process accounting for over 96% of global production. However, this process is highly energy intensive, requiring fossil fuel-derived hydrogen and centralized production to accommodate the extreme temperatures and pressures needed for production. This results in energy intensive processes, high emissions, and complex and unreliable supply chains. In contrast, decentralized, on-site ammonia generation promotes local agriculture by providing communities with a reliable, on-site source of fertilizers with reduced transportation and storage costs. Integration of this technology, which uses water and air as free and reliably available raw materials, reduces reliance on international natural gas prices and helps mitigate cost volatility and supply chain disruptions. By enabling direct air-to-NH3 conversion at room temperature, this technology is expected to enhance supply-chain stability, lower costs, and reduce energy reliance for fertilizer production. The technical innovation of this Small Business Technology Transfer (STTR) project lies in the ability to independently control the nitrogen activation chemistry in