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Chemistry - Industrial Chemistry and Chemical Engineering | Fluid Dynamics of Packed Columns - Principles of the Fluid Dynamic Design of Columns for Gas/Liquid

Fluid Dynamics of Packed Columns

Principles of the Fluid Dynamic Design of Columns for Gas/Liquid and Liquid/Liquid Systems

Mackowiak, Jerzy

Translated by Hall, C.

2010, XXI, 355 p.

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  • Describes the basic design principles of columns equipped with modern lattice packings and structured packed beds, as generally used in industry
  • Based on more than 10,000 experimental pressure drop data, in excess of 1,200 flooding point data and approx. 1,100 liquid hold-up data for nearly 200 different types of packings
  • Provides support to experts as well as graduate students in their daily work

This book provides support to engineers as well as graduate students in their daily design work within the industry or for the development of new plants. It investigates the key issues relating to the fluid dynamic design of packed columns used in rectification, absorption and stripping (desorption) under vacuum, normal pressure and up to 100 bar and liquid-liquid-extraction, which are relevant in waste air and wastewater technology. The author presents a standardised model, which is valid for any type of packing and can be used to calculate the gas velocity at flooding point as well as the liquid hold-up and the pressure drop throughout the entire operating range for random packings, stacked packings elements, tube columns and structured packings with different flow channel angles. The book also contains packing parameter data for approx. 200 random and structured packings. In addition to outlining the fundamental principles of fluid dynamics, it presents numerous examples of practical application.

Content Level » Professional/practitioner

Keywords » Absorption - dumped packing - extraction - flooding - fluid dynamics - hold-up modelling - pressure - pressure drop - stacked packing - structured packings - tube column

Related subjects » Industrial Chemistry and Chemical Engineering - Mechanics - Pollution and Remediation

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