Stochastic Global Model for the Prediction of the Asymptotic CSDs Using Antisolvent Crystallization Processes
Cogoni, G.
Tronci, S.
Mistretta, G.
Baratti, R.
Romagnoli, J.
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How to Cite

Cogoni G., Tronci S., Mistretta G., Baratti R., Romagnoli J., 2013, Stochastic Global Model for the Prediction of the Asymptotic CSDs Using Antisolvent Crystallization Processes, Chemical Engineering Transactions, 32, 2107-2112.
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Abstract

A stochastic global formulation for the description of antisolvent mediated crystal growth processes is discussed based on the Fokker-Planck equation (FPE). The obtained global model is used to define an operating map of the crystallization process, where asymptotic iso-mean and iso-variance curves are reported in an antisolvent flowrate – temperature plane. Using the obtained asymptotic operational map, three different CSDs have been predicted and compared, both in asymptotic and then dynamic conditions, using experimental results.
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