Kinetic Laws of Catalytic Pyrolyze of Methylchloride

  • N.I.Fayzullaev., D.R.Hamidov., Z.T. Ruziyevna., Yu.Kh. Khidirova., T.B.Shoymardanov., B.Sh. Omanov

Abstract

For the purpose of catalytic pyrolysis of methyl chloride, modified catalysts with the following composition were synthesized: YuKTs; 1% NaBO/YuKTs; 1% NaPO+ 1.0% BO/ YuKTs; 1.0% NaPO+ 1.0% BO+ 1.0% MgO / YuKTs. The influence of various factors on the catalytic conversion of methyl chloride in the presence of the selected catalyst was studied. Studies have shown that the most active catalyst for this process is 1.0% Na PO+ 1.0% BO+ 1.0% MgO / YuKTs were found. Based on the results obtained, the following optimal conditions for the catalytic pyrolysis reaction of methyl chloride were selected:  Catalyst: 1.0% NaPO+ 1.0% BO+ 1.0% MgO / YuKTs, V = 1 000 hours -1 T = 420 ° C .

Published
2020-05-17
How to Cite
N.I.Fayzullaev., D.R.Hamidov., Z.T. Ruziyevna., Yu.Kh. Khidirova., T.B.Shoymardanov., B.Sh. Omanov. (2020). Kinetic Laws of Catalytic Pyrolyze of Methylchloride. International Journal of Control and Automation, 13(4), 211 - 219. Retrieved from https://sersc.org/journals/index.php/IJCA/article/view/16068
Section
Articles