In the fine chemical and pharmaceutical industries, plants are normally operated on a discontinuous multipurpose logic, according to which the same reactor is used for different products on a campaign basis. Moreover, when dealing with relatively fast and exothermic processes, the reaction is preferably performed in indirectly cooled semibatch reactors, where the conversion rate and the heat release can be better controlled. In these cases, if a constant product quality has to be achieved under safer and more efficient conditions, the shift to a continuous plant operation should be considered: this because of more reproducible operating conditions, an effective minimization of dead times and lower reactor volumes for the same production output. In this work a general and easy to use experimental procedure is presented, allowing for selecting the continuous process parameters at the industrial scale through semibatch laboratory experiments without a kinetic characterization of the system.
|Titolo:||Kinetic-free discontinuous to continuous transformation of fine chemical reactions: A general experimental procedure|
|Data di pubblicazione:||2020|
|Appare nelle tipologie:||01.1 Articolo in Rivista|