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Paper Title

PRESSURE DROP IN FIXED, EXPANDED AND FLUIDIZED BEDS, PACKED COLUMNS AND STATIC MIXERS - A UNIFIED APPROACH

Authors

Keywords

  • Pressure Drop
  • Fixed Beds
  • Expanded Beds
  • Fluidized Beds
  • Packed Columns
  • Static Mixers
  • Unified Approach
  • Force Balance
  • Energy Balance
  • Generalized Prediction
  • Ergun Equation
  • First Principles
  • Spherical Particles
  • Hydrodynamics
  • Flow Resistance
  • Particle Packing
  • Bed Expansion
  • Fluid Flow
  • Pressure Drop Correlation
  • Chemical Engineering
  • Reactor Design

Article Type

Research Article

Research Impact Tools

Issue

Volume : 14 | Issue : 4-5 | Page No : 321-371

Published On

August, 1998

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Abstract

On the basis of force and energy balance, a generalized approach has been developed for the prediction of pressure drop in fixed, expanded and fluidized beds, packed columns and static mixers. It has been shown that the Ergun type equation can be derived from first principles. i) Pressure drop in fixed, fluidized and expanded beds: Spherical particles

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