MATHEMATICAL MODELING OF THE RESISTANCE TIME DISTRIBUTION IN AN AIRLIFT BIOREACTOR FOR PETROLEUM BIODESULFURIZATION

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JAMSHIDI M.; YAZDIAN F.; FARZI A.; HATAMIAN ZARMI A.S.; Boshagh S.

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Seminar Paper

Paper Information

Seminar: CHEMICAL ENGINEERING CONGRESS AND EXHIBITION
Year:2014 | Issue:8

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Title

MATHEMATICAL MODELING OF THE RESISTANCE TIME DISTRIBUTION IN AN AIRLIFT BIOREACTOR FOR PETROLEUM BIODESULFURIZATION

Author(s)

Keywords

INTERNAL AIRLIFT BIOREACTOR

MODELING

BODENSTEIN NUMBER

BIODESULFURIZATION

Abstract

THE RESISTANCE TIME DISTRIBUTION WAS MODELED IN AN INTERNAL AIRLIFT BIOREACTOR WITH A WORKING VOLUME OF AROUND 5 L. THE AXIAL DISPERSION COEFFICIENT WAS DETERMINED AT GAS AND LIQUID SUPERFICIAL VELOCITIES BETWEEN 0.015 TO 0.055 M/S AND 0.15 TO 0.55 M/S, RESPECTIVELY. EFFECT OF LIQUID AND GAS FLOW RATES ON LIQUID DISPERSION COEFFICIENT WAS INVESTIGATED. FURTHERMORE RESISTANCE TIME INCREASED WITH AN INCREASE IN AR/AD. IN MODELING, INTERNAL AIRLIFT BIOREACTOR WAS DIVIDED INTO SOME SECTIONS BY EMPLOYING A SET OF IDEAL BLOCKS FOR TUBULAR SECTIONS AND HEADSPACE. AXIAL DISPERSION MODEL WAS USED FOR TUBULAR SECTIONS OF THE INTERNAL AIRLIFT REACTOR, WHILE ONCE AN IDEAL CONTINUOUS STIRRED USED FOR SEPARATOR SECTION. FINALLY, BODENSTEIN NUMBER WAS ACHIEVED.

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APA: Copy

JAMSHIDI, M., YAZDIAN, F., FARZI, A., HATAMIAN ZARMI, A.S., & Boshagh, S.. (2014). MATHEMATICAL MODELING OF THE RESISTANCE TIME DISTRIBUTION IN AN AIRLIFT BIOREACTOR FOR PETROLEUM BIODESULFURIZATION. INTERNATIONAL CHEMICAL ENGINEERING CONGRESS AND EXHIBITION. SID. https://sid.ir/paper/915964/en

Vancouver: Copy

JAMSHIDI M., YAZDIAN F., FARZI A., HATAMIAN ZARMI A.S., Boshagh S.. MATHEMATICAL MODELING OF THE RESISTANCE TIME DISTRIBUTION IN AN AIRLIFT BIOREACTOR FOR PETROLEUM BIODESULFURIZATION. 2014. Available from: https://sid.ir/paper/915964/en

IEEE: Copy

M. JAMSHIDI, F. YAZDIAN, A. FARZI, A.S. HATAMIAN ZARMI, and S. Boshagh, “MATHEMATICAL MODELING OF THE RESISTANCE TIME DISTRIBUTION IN AN AIRLIFT BIOREACTOR FOR PETROLEUM BIODESULFURIZATION,” presented at the INTERNATIONAL CHEMICAL ENGINEERING CONGRESS AND EXHIBITION. 2014, [Online]. Available: https://sid.ir/paper/915964/en

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