Application of the penetration theory for gas-liquid mass transfer without liquid bulk: Differences with systems with a bulk

E.P. van Elk, M.C. Knaap, G.F. Versteeg

Research output: Chapter in Book/Report/Conference proceedingConference contributionAcademicpeer-review

Abstract

Frequently applied micro models for gas–liquid mass transfer all assume the presence of a liquid bulk. However, some systems are characterized by the absence of a liquid bulk, a very thin layer of liquid flows over a solid surface. An example of such a process is absorption in a column equipped with structured packing elements. The penetration model was slightly modified, so that it can describe systems without liquid bulk. A comparison is made between the results obtained with the modified model and the results that would be obtained when applying the original penetration theory for systems with liquid bulk. Both physical absorption and absorption accompanied by first and second order chemical reaction have been investigated.
Original languageEnglish
Title of host publicationIChemE Distillation & Absorption Conference 2006
PublisherInstitution of Chemical Engineers
Pages294-310
ISBN (Print)9780852955055
Publication statusPublished - 2006
EventIChemE Distillation and Absorption Conference 2006 - Rugby, United Kingdom
Duration: 4 Sep 20066 Sep 2006

Publication series

NameSymposium series
PublisherInstitution of Chemical Engineers
Volume152
ISSN (Print)0307-0492

Conference

ConferenceIChemE Distillation and Absorption Conference 2006
CountryUnited Kingdom
CityRugby
Period4/09/066/09/06

Fingerprint

mass transfer
penetration
liquids
gases
liquid flow
solid surfaces
chemical reactions

Keywords

  • Penetration theory
  • Mass transfer
  • Film
  • Liquid layer
  • Packed columns
  • Structured packing

Cite this

van Elk, E. P., Knaap, M. C., & Versteeg, G. F. (2006). Application of the penetration theory for gas-liquid mass transfer without liquid bulk: Differences with systems with a bulk. In IChemE Distillation & Absorption Conference 2006 (pp. 294-310). (Symposium series; Vol. 152). Institution of Chemical Engineers.
van Elk, E.P. ; Knaap, M.C. ; Versteeg, G.F. / Application of the penetration theory for gas-liquid mass transfer without liquid bulk : Differences with systems with a bulk. IChemE Distillation & Absorption Conference 2006. Institution of Chemical Engineers, 2006. pp. 294-310 (Symposium series).
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van Elk, EP, Knaap, MC & Versteeg, GF 2006, Application of the penetration theory for gas-liquid mass transfer without liquid bulk: Differences with systems with a bulk. in IChemE Distillation & Absorption Conference 2006. Symposium series, vol. 152, Institution of Chemical Engineers, pp. 294-310, IChemE Distillation and Absorption Conference 2006, Rugby, United Kingdom, 4/09/06.

Application of the penetration theory for gas-liquid mass transfer without liquid bulk : Differences with systems with a bulk. / van Elk, E.P.; Knaap, M.C.; Versteeg, G.F.

IChemE Distillation & Absorption Conference 2006. Institution of Chemical Engineers, 2006. p. 294-310 (Symposium series; Vol. 152).

Research output: Chapter in Book/Report/Conference proceedingConference contributionAcademicpeer-review

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T1 - Application of the penetration theory for gas-liquid mass transfer without liquid bulk

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AU - Knaap, M.C.

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N2 - Frequently applied micro models for gas–liquid mass transfer all assume the presence of a liquid bulk. However, some systems are characterized by the absence of a liquid bulk, a very thin layer of liquid flows over a solid surface. An example of such a process is absorption in a column equipped with structured packing elements. The penetration model was slightly modified, so that it can describe systems without liquid bulk. A comparison is made between the results obtained with the modified model and the results that would be obtained when applying the original penetration theory for systems with liquid bulk. Both physical absorption and absorption accompanied by first and second order chemical reaction have been investigated.

AB - Frequently applied micro models for gas–liquid mass transfer all assume the presence of a liquid bulk. However, some systems are characterized by the absence of a liquid bulk, a very thin layer of liquid flows over a solid surface. An example of such a process is absorption in a column equipped with structured packing elements. The penetration model was slightly modified, so that it can describe systems without liquid bulk. A comparison is made between the results obtained with the modified model and the results that would be obtained when applying the original penetration theory for systems with liquid bulk. Both physical absorption and absorption accompanied by first and second order chemical reaction have been investigated.

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van Elk EP, Knaap MC, Versteeg GF. Application of the penetration theory for gas-liquid mass transfer without liquid bulk: Differences with systems with a bulk. In IChemE Distillation & Absorption Conference 2006. Institution of Chemical Engineers. 2006. p. 294-310. (Symposium series).