We present the thermal behavior of a batch reactor to jacket equipped with a monofluid heating/cooling system. Heating and\r\ncooling are provided respectively by an electrical resistance and two plate heat exchangers. The control of the temperature of the\r\nreaction is based on the supervision system. This strategy of management of the thermal devices is based on the usage of the thermal\r\nflux as manipulated variable. The modulation of the monofluid temperature by acting on the heating power or on the opening\r\ndegrees of an air-to-open valve that delivers the monofluid to heat exchanger. The study shows that the application of this method\r\nfor the conduct of the pilot reactor gives good results in simulation and that taking into account the dynamics of the various\r\napparatuses greatly improves ride quality of conduct. In addition thermal control of an exothermic reaction (mononitration)\r\nshows that the consideration of heat generated in the model representation improve the results by elimination any overshooting of\r\nthe set-point temperature.
Loading....