INVESTIGATION OF THE EXPERIMENTAL DESIGN IN A STIRRED TANK EQUIPPED DUAL RUSHTON TURBINE BY RUSPONCE SURFACE METHODOLOGY

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FAKHERI FIRUZ; SADEGH MOGHADDAS JAFAR

مرکز اطلاعات علمی Scientific Information Database (SID) - Trusted Source for Research and Academic Resources

Seminar Paper

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Seminar: CHEMICAL ENGINEERING CONGRESS AND EXHIBITION
Year:2010 | Issue:13

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Title

INVESTIGATION OF THE EXPERIMENTAL DESIGN IN A STIRRED TANK EQUIPPED DUAL RUSHTON TURBINE BY RUSPONCE SURFACE METHODOLOGY

Author(s)

FAKHERI FIRUZ | SADEGH MOGHADDAS JAFAR

Keywords

MIXING TIME

RUSHTON TURBINE

TRACER

CONDUCTIVITY

RUSPONCE SURFACE

Abstract

KNOWLEDGE OF MIXING TIME IS OF FUNDAMENTAL IMPORTANCE FOR INVESTIGATION OF MIXING EFFICIENCY IN AGITATION SYSTEMS. THE OBJECTIVE OF THIS WORK IS THE OPTIMIZATION OF OPERATION CONDITANS TO REDUCE THE MIXING TIME. EXPERIMENTALLY, MIXING TIME CAN BE DETERMINED USING A CONDUCTIVITY METER. IN THIS STUDY THE PARAMETERS AFFECTING THE MIXING TIME IN A FIXED GEOMETRICAL CONDITION BY USING EXPERIMENTAL DESIGN HAS BEEN INVESTIGATED. A SECONDORDER POLYNOMIAL EQUATION WAS DERIVED FOR MIXING TIME BY USING RUSPONCE SURFACE METHODOLOGY, AND INDICATING THAT 96% OF THE VARIABILITY IN THE RESPONSE COULD BE EXPLAINED BY THE MODEL.

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APA: Copy

FAKHERI, FIRUZ, & SADEGH MOGHADDAS, JAFAR. (2010). INVESTIGATION OF THE EXPERIMENTAL DESIGN IN A STIRRED TANK EQUIPPED DUAL RUSHTON TURBINE BY RUSPONCE SURFACE METHODOLOGY. IRANIAN NATIONAL CHEMICAL ENGINEERING CONGRESS & 1ST INTERNATIONAL REGIONAL CHEMICAL AND PETROLEUM E. SID. https://sid.ir/paper/908861/en

Vancouver: Copy

FAKHERI FIRUZ, SADEGH MOGHADDAS JAFAR. INVESTIGATION OF THE EXPERIMENTAL DESIGN IN A STIRRED TANK EQUIPPED DUAL RUSHTON TURBINE BY RUSPONCE SURFACE METHODOLOGY. 2010. Available from: https://sid.ir/paper/908861/en

IEEE: Copy

FIRUZ FAKHERI, and JAFAR SADEGH MOGHADDAS, “INVESTIGATION OF THE EXPERIMENTAL DESIGN IN A STIRRED TANK EQUIPPED DUAL RUSHTON TURBINE BY RUSPONCE SURFACE METHODOLOGY,” presented at the IRANIAN NATIONAL CHEMICAL ENGINEERING CONGRESS & 1ST INTERNATIONAL REGIONAL CHEMICAL AND PETROLEUM E. 2010, [Online]. Available: https://sid.ir/paper/908861/en

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