Author(s): A.V. Kravtsov | V.A. Zuev | I.A. Kozlov | A.V. Milishnikov | E.D. Ivanchina | E.M. Uriev | E.N. Ivashkina | V.A. Fetisova | I.O. Shnidorova
Journal: Petroleum and Coal
ISSN 1337-7027
Volume: 51;
Issue: 4;
Start page: 248;
Date: 2009;
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Keywords: mathematical modeling | hydrogenation | sulfuration | nickel-containing catalyst | LAB | optimal regime.
ABSTRACT
Based on mathematical approach method, computer modeling system was applied to dienes hydrogenation process optimization. Use of the system allows quantitative determination of sulfur consumption required for hydrogenation on nickel–containing catalyst. Research showed that the system might help to prolong catalyst life saving the desired quality of target products.
Journal: Petroleum and Coal
ISSN 1337-7027
Volume: 51;
Issue: 4;
Start page: 248;
Date: 2009;
VIEW PDF
DOWNLOAD PDF Original pageKeywords: mathematical modeling | hydrogenation | sulfuration | nickel-containing catalyst | LAB | optimal regime.
ABSTRACT
Based on mathematical approach method, computer modeling system was applied to dienes hydrogenation process optimization. Use of the system allows quantitative determination of sulfur consumption required for hydrogenation on nickel–containing catalyst. Research showed that the system might help to prolong catalyst life saving the desired quality of target products.