EFFECT OF CO//2 AND H//2O IN THE METHANOL SYNTHESIS REACTION ON Cu-Zn-O.

Harold H Kung; George Liu; Dave Willcox

EFFECT OF CO//2 AND H//2O IN THE METHANOL SYNTHESIS REACTION ON Cu-Zn-O.

Harold H Kung, George Liu, Dave Willcox

Northwestern University

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution

Abstract

Methanol production over a copper-zinc oxide catalyst has been extensively investigated recently. Data indicated a strong dependence of the kinetics on the gas composition. The kinetics can be determined at well-controlled gas compositions, achieved either by using a differential flow reactor, or by using a batch reactor and performing initial rate measurements. This paper describes results of the latter approach.

Original language	English
Title of host publication	Annual Meeting - American Institute of Chemical Engineers
Publisher	AIChE
Publication status	Published - 1984

ASJC Scopus subject areas

Engineering(all)

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Kung, H. H., Liu, G., & Willcox, D. (1984). EFFECT OF CO//2 AND H//2O IN THE METHANOL SYNTHESIS REACTION ON Cu-Zn-O. In Annual Meeting - American Institute of Chemical Engineers AIChE.

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abstract = "Methanol production over a copper-zinc oxide catalyst has been extensively investigated recently. Data indicated a strong dependence of the kinetics on the gas composition. The kinetics can be determined at well-controlled gas compositions, achieved either by using a differential flow reactor, or by using a batch reactor and performing initial rate measurements. This paper describes results of the latter approach.",

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N2 - Methanol production over a copper-zinc oxide catalyst has been extensively investigated recently. Data indicated a strong dependence of the kinetics on the gas composition. The kinetics can be determined at well-controlled gas compositions, achieved either by using a differential flow reactor, or by using a batch reactor and performing initial rate measurements. This paper describes results of the latter approach.

AB - Methanol production over a copper-zinc oxide catalyst has been extensively investigated recently. Data indicated a strong dependence of the kinetics on the gas composition. The kinetics can be determined at well-controlled gas compositions, achieved either by using a differential flow reactor, or by using a batch reactor and performing initial rate measurements. This paper describes results of the latter approach.

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BT - Annual Meeting - American Institute of Chemical Engineers

PB - AIChE

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