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Fundamental Stage Design of Countercurrent Contact System: Solute Transfers between two Immiscible Solvents


Author(s): Chandrasekhar Garlapati
Affiliation: Professor & Head Department of Chemical Engineering, Pondicherry Engineering College, India chandrasekar@pec.edu
Year of Publication: 2017
Source: Journal of Applied Science and Engineering Methodology
     
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Citation: Chandrasekhar Garlapati. "Fundamental Stage Design of Countercurrent Contact System: Solute Transfers between two Immiscible Solvents." Journal of Applied Science and Engineering Methodology 3.3 (2017): 535-546.

Abstract:
The Kremser’s equations have been serving successfully for many years as limiting design and analytical criterion for idealized countercurrent absorption, desorption and extraction systems that contains immiscible solvents. The performance equations developed by the Kremser subsequently revisited by Mott Sounders and George Granger Brown, and elaborated the same, which is popularly known as Kremser - Sounders- Brown equations.


Keywords Absorption, Countercurrent stage Operation, Desorption, Immiscible solvents, Kremser-Sounder-Brown equation, Mole ratio co-ordinates


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@article{Fun1732755, author = {Chandrasekhar Garlapati}, title = {Fundamental Stage Design of Countercurrent Contact System: Solute Transfers between two Immiscible Solvents}, journal={Journal of Applied Science and Engineering Methodology}, volume={3}, issue={3}, issn = {2347-8586}, year = {2017}, publisher = {Scholarly Citation Index Analytics-SCIA} }

  • [1] A. Kremser, theoretical analysis of adsorption process, Natl. Petroleum News, 22(21), 1932, 42-48.
  • [2] M. Souders, and G. G. Brown, Fundamental design of absorbing and stripping columns for complex vapours, Ind. Eng. Chem., 24(5), 1932, 519-522.
  • [3] G. E. Goring, A modified Kremser equation for stagewise countercurrent processes, Separation Science, 5(2), 1970, 113-120.
  • [4] Chandrasekhar Garlapati."A Derivation to Overall Murphree Efficiency from Individual Efficiencies for a Special Case in Staged Operations"Journal of Applied Science and Engineering Methodologies 3 (1), 2017, 435-439
  • [5] R. E. Treybal, Mass Transfer Operations (New York: McGraw-Hill, 1982).
  • [6] G. S. Laddha and T. E. Degaleesan, Transport Phenomena in Liquid Extraction (New Delhi: Tata Mcgraw-Hill, 1976).
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