Clariant, a sustainability-focused specialty chemical company based in Munich, has announced that its EnviCat Green catalyst has been chosen for a major green ammonia project in China. The project aims to produce green hydrogen from renewable sources, utilizing the catalyst to remove trace oxygen before converting the hydrogen into green ammonia. This carbon-free production process significantly reduces the environmental impact of ammonia, a crucial chemical for various applications like fertilizer production. The EnviCat Green catalyst offers an excellent gas hourly space velocity (GHSV), allowing for efficient deoxygenation processes and thereby requiring a smaller reactor for oxygen removal. This feature not only saves on equipment costs but also provides flexibility in transportation and installation. The project stands to benefit from significant savings in both capital expenditure (CAPEX) and operating expenditure (OPEX). Xaver Karsunke, Vice President of Clariant Specialty Catalysts, highlighted the importance of industry collaboration in driving sustainable energy transitions. Clariant's EnviCat Green series, with its expertise in hydrogen purification technologies, aims to support projects like green ammonia production that align with net-zero solutions. As the world focuses on decarbonization efforts, there is a growing demand for technologies that reduce emissions across various sectors. Clariant's EnviCat Green catalyst plays a vital role by enabling the production of high-purity hydrogen essential for next-generation energy applications. The catalyst offers efficiency in removing oxygen impurities at extremely low levels, ensuring the production of clean hydrogen over an extended period. With over 20 years of commercial operation and more than 1000 installations, the EnviCat series has proven its reliability in various purification applications. The use of green ammonia not only signifies a shift towards sustainable energy sources but also presents opportunities for versatile applications in transportation, power generation, and hydrogen supply, contributing to global decarbonization efforts.