Download Advanced Distillation Technologies: Design, Control and by Anton A. Kiss PDF

By Anton A. Kiss

ISBN-10: 111999361X

ISBN-13: 9781119993612

Distillation has traditionally been the most strategy for setting apart combos within the chemical method undefined. besides the fact that, regardless of the flexibleness and frequent use of distillation approaches, they nonetheless stay super strength inefficient. elevated optimization and novel distillation innovations can carry massive advantages, not only when it comes to considerably decrease strength use, but additionally in lowering capital funding and bettering eco-efficiency. whereas more likely to stay the separation expertise of selection for the following couple of many years, there isn't any doubt that distillation applied sciences intend to make radical adjustments which will meet the calls for of the energy-conscious society.

Advanced Distillation applied sciences: layout, regulate and functions gives a deep and wide perception into built-in separations utilizing non-conventional preparations, together with either present and upcoming procedure intensification applied sciences.

It includes:

  • Key ideas in distillation technology
  • Principles of layout, keep an eye on, sizing and economics of distillation
  • Dividing-wall column (DWC) – layout, configurations, optimum operation and effort effective and complicated control
  • DWC functions in ternary separations, azeotropic, extractive and reactive distillation
  • Heat built-in distillation column (HIDiC) – layout, apparatus and configurations
  • Heat-pump assisted purposes (MVR, TVR, AHP, CHRP, TAHP and others)
  • Cyclic distillation expertise – suggestions, modeling method, layout and regulate issues
  • Reactive distillation – basics, apparatus, functions, feasibility scheme
  • Results of rigorous simulations in Mathworks Matlab & Simulink, Aspen Plus, Dynamics and customized Modeler

Containing plentiful examples and commercial case experiences, it is a distinct source that tackles the main complicated distillation applied sciences – the entire manner from the conceptual layout to functional implementation.

The writer of Advanced Distillation Technologies, Dr. Ir. Anton A. Kiss, has been provided the Hoogewerff Jongerenprijs 2013. discover extra (website in Dutch)...

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Additional info for Advanced Distillation Technologies: Design, Control and Applications

Example text

Moreover, compared to stage-to-stage column-composition-profile calculations, residue curves are mathematically much easier to work with and they can provide a great deal of insight into the separation of a mixture. However, despite the current increased computing power, checking the separation feasibility for applications involving mixtures that form two liquid phases is still a relatively complex task. In such heterogeneous systems, RCMs can be used to exploit the two-liquid-phase behavior to facilitate a desired separation.

The following sections present several approaches to finding the optimal design of distillation columns, as well as a consistent set of methods and relationships for sizing distillation equipment, estimating equipment cost, and specifying energy costs at different temperature levels. Note that the equations, correlations, and parameter values are collected from several very useful books: Douglas (1988), Turton et al. (2003), Dimian (2003), and Luyben (2011). , reflux ratio or reboiler duty). As the total number of stages is increased, the capital investment in the column shell increases due to the increased height.

The feed F has a composition located at point (z1, z2) that lies on a straight line joining D and B. 23) This straight-line relationship is very useful in representing what is going on in a ternary distillation system, giving a visual representation of the mass balance of the distillation column. 9b demonstrates the use of these rules in a ternary diagram (showing the liquid split envelope) combined with a residue curve map (RCM) for the conceptual design of an azeotropic distillation system: ethanol–benzene–water.

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