Life Cycle Analysis for The Production of Urea Through Syngas

Abstract For optimum growth of the agriculture industry certain urea-based fertilizers are used to provide better Nitrogen content soil, but this comes with a cost in terms carbon footprint. In paper, life cycle assessment (LCA) is conducted for urea production having minimum 46% nitrogen content. LCA, fertilizer 3850 MTPD capacity considered an annual target 1.27 MMTPA, while functional unit taken as 1MT production. This paper concerned about finding MT equivalent CO 2 required per The coal syngas preparation from G9 G14 meaning gross calorific value (GCV) ranges 4601 3400 GCV kilocalories. footprint catalyst and showed its importance when it larger size. analysis, CO2equivalent 0.714and result also compared data developing countries.