Prediction of Polymeric Membrane Separation and Purification Performances
A Combined Mechanical, Chemical and Thermodynamic Model for Organic Systems
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7 Result(s)
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Alexander Anim-Mensah
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Book
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Chapter
Future Directions
This chapter presents the future directions of developed model to new areas and extension of the model to increase the versatility to elucidate some of the underlying principles and provide in-depth understand...
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Chapter
Conclusions
The developed model was able to predict the trends for aqueous-organic and purely organic system separations. This section presents a summary of the key points in this book.
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Chapter
Background
The information necessary to support the model development and the literature to back the various discussions in the book is presented here. This chapter presents information on the different organic solvents ...
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Chapter
Developed Model Application to Aqueous—Organic and Purely Organic Separation and Purification Systems
Reduced versions of the developed model are used to predict published membrane separation and purification trends of three organic systems involving polar and polar aprotic solvents. The model predicted the tr...
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Chapter
Introduction
This chapter presents the background behind the book with key considerations as well as what the book seeks to address as well as readers who will benefit from this book. In addition, it presents the outline o...
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Model Development and Effects of the Various Model Parameters
The step-by-step process involved in develo** the membrane performance prediction model is presented here. In the developed model, the membrane performance measured as the concentration of the solute in the ...
