Institutul de Matematică şi Informatică "Vladimir Andrunachievici"
Universitatea de Stat din MoldovaRO EN
Analysis and Modeling of Vapor Recompressive Distillation Using ASPEN-HYSYS
Authors: Cinthujaa C. Sivanantha, Gennaro J. Maffia
Keywords: High Purity Ethylene, Recompressive Distillation, Ordinary Distillation, HYSYS Modeling
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Keywords: High Purity Ethylene, Recompressive Distillation, Ordinary Distillation, HYSYS Modeling
Abstract
HYSYS process modeling software was used to analyze the effect of reflux ratio and number of trays on the purity of ethylene in a vapor recompression distillation column and also in an ordinary distillation column. Analysis of data showed that with increased pressure a higher reflux ratio is needed to obtain a purity of 99.9% for both towers. In addition number of trays was varied to see its effect on purity. Analysis proved that purity increases with number of trays.Dept. of Chemical Engineering/Manhattan College
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Fulltext
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Contents
- Preface
- Constantin Gaindric (in honour of his 70th birthday)
- Designing and Building Modern Information Systems; A Series of Decisions to Be Made
- Romanian Linguistic Resources On Very Large Scale
- Natural Language Question Answering in Open Domains
- Analysis and Modeling of Vapor Recompressive Distillation Using ASPEN-HYSYS
- Prediction Models of Financial Markets Based on Multiregression Algorithms
- A New Foundation For Knowledge Systems
- Some Aspects of Mathematical and Physical Approaches for Topological Quantum Computation
- Tool Means of Organization and Support of Electronic Services to the Population
