Yara International has officially opened a new ammonia import terminal in Brunsbüttel, Germany, strategically located on the North Sea and Kiel Canal. The terminal has the capability to import up to three million tonnes of low-emission ammonia annually to Europe. This move is part of Yara's efforts to strengthen their core nitrogen business while supporting a low-carbon future. The inauguration of the terminal was attended by representatives from German and Norwegian authorities, showcasing the collaboration between the two countries. The terminal's significance lies in enabling the import of low-emission ammonia, which can be crucial for the hydrogen economy in Germany. Yara's leading position in ammonia shipping positions it well to provide competitive prices for low-emission ammonia supply to Germany, assisting in kick-starting the German hydrogen economy. The terminal's import capacity can play a vital role in supporting Germany's hydrogen strategy and aiding in the country's energy transition. Low-emission ammonia can be utilized to produce hydrogen through cracking, addressing the decarbonization needs of industries like steel and chemicals. The demand for low-emission ammonia in Germany is anticipated to rise, with projections indicating a substantial portion of future ammonia requirements will need to be imported by 2030. The Germany-Norway energy partnership is highlighted as a key factor in this scenario, with Yara's renewable hydrogen pilot plant in Norway being a significant milestone towards a low-carbon future. Yara's focus on sustainable value growth, reducing emissions, and developing low-emission energy solutions underscores their commitment to a nature-positive food future. The company's operations in ammonia production and distribution, alongside efforts in precision farming and promoting sustainable solutions in the food value chain, demonstrate their dedication to sustainability. Yara's initiatives in clean ammonia production and renewable energy value chains align with the global shift towards cleaner energy sources.