Bagirzade, G.A. (2011) Resource-Saving and Power-Efficient Technologies in Chemical and Petrochemical Industries. Abstracts of Papers of III International Conference of the Mendeleev Russian Chemical Society, D. Mendeleev University of Chemical Technology of Russia, Moscow, 133-135 (in Russian).

has been cited by the following article:

• TITLE: Vapor Phase Ammoxidation of 4-Phenyl-o-Xylene into 4-Phenylphthalonitrile on V–Sb–Bi–Zr/γ-Al2O3 Oxide Catalyst

  AUTHORS: Gulu A. Bagirzade, Dilgam B. Taghiyev, Manaf R. Manafov

  KEYWORDS: Ammonolysis, Nitriles, Kinetics, 4-Phenyl-o-Xylene, Software Package, OptimMe

  JOURNAL NAME: Modern Research in Catalysis, Vol.4 No.3, July 15, 2015

  ABSTRACT: Literature data dedicated to formation of 4-phenylphthalonitrile were analyzed and generalized. As a result of the own studies, it has been established that on V–Sb–Bi–Zr/γ-Al2O3-oxide catalyst ammoxidation gives 83.10 mol.% 4-phenylphthalonitrile at high conversion of the initial 4-phenyl-o-xylene in a single process. In connection with increased demand to purity of 4-phe-nylphthalonitrile at using and division problem of hard-separable impurity of crystal 4-phe-nylphthalimide, a variant of the technological process design with average conversion and recirculation of the unreacted 4-phenyl-o-xylene and intermediate 4-phenyl-o-tolunitrile was proposed. In contrast to the single process, it has been determined that recirculation reduces quantity of form by-products, fractions of deep oxidation and increases selectivity on 4-phenylphthalonitrile up to 96.14% - 97.72%. For the data analysis and visualization of results it is developed and offered the software package of OptimMe written in C#.