A simple and general scale-up procedure, based on boundary and temperature diagram safety criteria for exothermic semibatch reactors (SBRs), has been developed. Such a procedure is based on a few graphical correlations that allow end users, dealing with homogeneous as well as heterogeneous SBRs (with or wthout autocatalytic behavior), an easy selection of safe operating conditions at the laboratory scale and for their scale-up to the industrial one, maximizing at the same time the industrial reactor productivity.

Simple procedure for optimally scaling-up fine chemical processes. I. Practical tools

COPELLI, SABRINA;
2009-01-01

Abstract

A simple and general scale-up procedure, based on boundary and temperature diagram safety criteria for exothermic semibatch reactors (SBRs), has been developed. Such a procedure is based on a few graphical correlations that allow end users, dealing with homogeneous as well as heterogeneous SBRs (with or wthout autocatalytic behavior), an easy selection of safe operating conditions at the laboratory scale and for their scale-up to the industrial one, maximizing at the same time the industrial reactor productivity.
2009
Chemical engineering, Autocatalytic, End users, Fine Chemicals, Graphical correlations, Industrial reactors, Laboratory-scale, Safe operating conditions
Maestri, F.; Copelli, Sabrina; Rota, R.; Gigante, L.; Lunghi, A.; Cardillo, P.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11383/1759572
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