Simulation of butadiene rubber synthesis on cobalt- and neodymium-containing catalytic systems in reactor cascades with heat removal

The synthesis of butadiene rubber on cobalt- and neodymium-containing catalytic systems in a reactor cascade has been simulated taking into account heat removal through the reactor jackets. The problem of optimization of the operating regime has been solved for butadiene polymerization in a cascade of continuous reactors. The regions of initial process parameters admissible for obtaining a high-quality rubber have been determined.