Main area of activity of the structural unit:

Development of scientific foundations for selection of  effective catalysts for the reactions of synthesis of organic compounds and  experimental and theoretical research of the catalytic reactions.

Main scientific achievements of the structural unit:

The methods for composition of non-steady kinetic models of the different catalytic processes, which proceed with the participation of varying catalyst, were suggested. Mathematical modelling and optimization principles of industrial processes, which proceed in fixed and fluidized beds of catalysts of  nonsteady activity, were developed. On the basis of these principles the mathematical models of dehydrogenation processes of olefin and high-tonnage paraffins hydrocarbons of Nijnekamsk "Oilchemistry" plant, Sumgait "Oilchemistry" PU were constructed and optimum working regimes were determined. Optimum projecting method of high selective non-steady catalytic processes were developed and on base of it projects of some processes were realized. Considering the dynamics of processes modelling and optimization methods of chemical-technological systems were prepared.For multi-stage oxidizing conversion reactions of paraffin and olefin hydrocarbons high effective modified polyfunctional zeolite catalysts were synthesized and kinetics and mechanisms of reactions were researched.Construction principles of high effective polyfunctional zeolite catalysts were prepared for multi-stage oxidizing conversion reactions of aliphatic alcohols were created. On base of these principles for oxidizing conversion of aliphatic alcohols to aldehydes ,acids and complex ethers new polyfunctional zeolite catalysts were constructed and kinetics and mechanisms of these reactions were investigated.