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The solvent selection methodology developed earlier by Gani et al. (Comp. Chem. Eng., 2005) has been extended to handle multi-step reaction systems. The solvent selection problem was formulated based on the meth-odology guidelines, and solved using ICAS software tool. A list with solvent candidates is generated so that it can be further investigated experimentally. Comments and clarifications from chemists have been incorporated into the problem formulations to clarify the role of the solvents in the chemistry and potential reactivity issues. Highly promising results were obtained, in accordance with industrial process data.
The solvent selection problem was formulated based on the meth odology guidelines, and solved using ICAS (Comp. Chem. Eng., 2005) has been extended to handle multi-step reaction systems. software tool. A list with solvent candidates is generated so that it can be further着 experimentally. Comments and clarifications from chemists have been incorporated into the problem formulations to clarify the role of the solvents in the chemistry and potential reactivity issues. Highly results results were obtained, in accordance with industrial process data.