Gas-liquid mass transfer coefficients in organic oxidations

A. K. Suresh; G. C. Jagirdar; T. Sridhar; O. E. Potter

Gas-liquid mass transfer coefficients in organic oxidations

A. K. Suresh, G. C. Jagirdar, T. Sridhar, O. E. Potter

Research output: Chapter in Book/Report/Conference proceeding › Conference Paper › Other

Abstract

Organic oxidations, which typically involve mass transfer with chemical reaction, are used commercially to produce a host of chemicals. While mass transfer limitations have often been suspected in these reactions, no information is available on mass transfer coefficients under the usual conditions. This paper describes the measurement of mass transfer coefficients under reaction conditions by two methods. The data from the two methods are satisfactorily self consistent and show up some deficiencies of existing correlations in predicting mass transfer coefficients under the conditions.

Original language	English
Title of host publication	Gas-liquid mass transfer coefficients in organic oxidations
Publisher	Steering Committee of the Third Australasian Conference on Heat & Mass Transfer
Pages	307-314
Number of pages	8
ISBN (Print)	0958997608
Publication status	Published - 1 Dec 1985

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Suresh, A. K., Jagirdar, G. C., Sridhar, T., & Potter, O. E. (1985). Gas-liquid mass transfer coefficients in organic oxidations. In Gas-liquid mass transfer coefficients in organic oxidations (pp. 307-314). Steering Committee of the Third Australasian Conference on Heat & Mass Transfer.

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Gas-liquid mass transfer coefficients in organic oxidations. / Suresh, A. K.; Jagirdar, G. C.; Sridhar, T.; Potter, O. E.

Gas-liquid mass transfer coefficients in organic oxidations. Steering Committee of the Third Australasian Conference on Heat & Mass Transfer, 1985. p. 307-314.

Research output: Chapter in Book/Report/Conference proceeding › Conference Paper › Other

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N2 - Organic oxidations, which typically involve mass transfer with chemical reaction, are used commercially to produce a host of chemicals. While mass transfer limitations have often been suspected in these reactions, no information is available on mass transfer coefficients under the usual conditions. This paper describes the measurement of mass transfer coefficients under reaction conditions by two methods. The data from the two methods are satisfactorily self consistent and show up some deficiencies of existing correlations in predicting mass transfer coefficients under the conditions.

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