17 research outputs found
Removal and Recovery of Organic Solvents from Aqueous Waste Mixtures by Extractive and Pressure Swing Distillation
No full textDifferent scenarios for handling wastewaters of different
concentrations containing acetone and methanol (in equimolar quantities)
in order to remove and/or recover organic components are investigated
by rigorous simulation. The extractive and pressure swing distillation
processes are optimized by genetic algorithm (GA). The different alternatives
including incineration of the whole amount of waste are compared on
the basis of the capital, operation, and total annual costs. The influence
of the water content of the waste mixture is also investigated. The
best results are obtained with the separation of the whole quantity
of the waste mixture into specified purity products by extractive
distillation. The results obtained for pressure swing distillation
with heat integration remained only slightly under those of the extractive
distillation
Heat-Integrated Pressure-Swing-Distillation Process for Separation of Tetrahydrofuran/Methanol with Different Feed Compositions
No full textA simulation study on selection of optimized process for azeotropic separation of methanol and benzene: Internal heat integration and economic analysis
No full textHigh-resolution three-dimensional reconstruction of a whole yeast cell using focused-ion beam scanning electron microscopy
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Separation of an Acetone−Methanol Mixture by Pressure-Swing Batch Distillation in a Double-Column System with and without Thermal Integration
No full textCONTROL PROPOSAL FOR A HIGH PURITY COLUMN BASED ON THE SEPARATION OF VARIABLES BY THE INDEPENDENT COMPONENT ANALYSIS METHOD
No full textReviewing How Preservice Teachers Are Prepared to Teach Reading Processes: What the Literature Suggests and Overlooks
No full textDesign and Control of Distillation System for Methylal/Methanol Separation. Part 2: Pressure Swing Distillation with Full Heat Integration
No full textA New Process for Azeotropic Mixture Separation by Phase Behavior Tuning Using Pressurized Carbon Dioxide
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