Industrial & Engineering Chemistry Research · 2000 · 31 citations · 5 references
Materials ScienceSodium ChlorideChemical EngineeringEngineeringEvaporative CrystallizationAntisolvent CrystallizationProcess ConfigurationChemistryEnergy CostsCrystal FormationCrystallography
A comparison has been made between the antisolvent crystallization of NaCl with diisopropylamine and the traditional four-effect evaporative crystallization of NaCl. Calculations demonstrated that for a 1 Mton/year salt production plant with an on-site integrated steam power plant the reduction in energy costs can be 29% if antisolvent crystallization is applied. The estimated fixed capital costs, however, are 8−55% higher for the antisolvent crystallization of NaCl, depending on the process configuration used. As a result of the higher fixed capital costs, the costs in the production of NaCl are lower for the four-effect evaporative crystallization route in all cases.
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Introduction to chemical engineering thermodynamics
J. M. Smith · Journal of Chemical Education · 1950 · 5K citations
Journal of the Franklin Institute · 1950 · 2.7K citations