The optimization of the process of catalytic cycloalkylation of phenol with methyl-cyclohexanes

I. I. Alekperova, R. Jafarov, Z. Z. Aghamali̇yev, C. Rasulov, A.R. Manafova
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Abstract

The paper studies the regularities of the reaction of catalytic cycloalkylation of phenol with methyl-cyclohexane in the presence of ceolite-U saturated with ortho-phosporic acid. To obtain a target product with the maximum yield, the effect of input variables, i.e. reaction temperature, duration, mole ratio of the initial components, and the catalyst amount has been analyzed. Mathematic interpretation of the experimental data enabled to obtain individual dependences of the output parameter of each input factor in the form of an equation of the second order. The generalized equation of the dependence of the output parameter of the optimization simultaneously on the all input variables has been developed. The optimum conditions of the reaction of obtaining para- (methylcyclo-hexyl) of phenol have been specified.
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苯酚与甲基环己烷催化环烷基化工艺的优化
研究了邻膦酸饱和石蜡u存在下苯酚与甲基环己烷催化环烷基化反应的规律。为了得到产率最高的目标产物,分析了反应温度、反应时间、初始组分摩尔比、催化剂用量等输入变量对反应的影响。对实验数据的数学解释使我们能够以二阶方程的形式获得每个输入因素的输出参数的个别依赖关系。建立了优化输出参数同时依赖于所有输入变量的广义方程。确定了苯酚对(甲基环己基)的最佳反应条件。
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