Rate expression model from thermodynamics application and optimal kinetic parameters determination for urea synthesis and production process.
(2024)
Journal Article
OJONG, O.E., AKPA, J.G., DAGDE, K.K. and AMADI, D. 2024. Rate expression model from thermodynamics application and optimal kinetic parameters determination for urea synthesis and production process. Results in engineering [online], 24, article 102885. Available from: https://doi.org/10.1016/j.rineng.2024.102885
Urea, an essential organic fertilizer, enhances soil fertility by providing 0.466 nitrogen for maximum crop yield. In this study, urea is synthesized from NH3 and CO2 in an equilibrium reaction process adhering to Le Chatelier's principle, maintained... Read More about Rate expression model from thermodynamics application and optimal kinetic parameters determination for urea synthesis and production process..