NANO-MAGNETIC CATALYST CAO/NAY–FE3O4 FOR BIODIESEL PRODUCTION

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Haji Tabar Mahjoobeh; TAGHIZADEH MAJID

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Seminar Paper

Paper Information

Seminar: CONFERENCE ON EMERGING TRENDS IN ENERGY CONSERVATION
Year:2016 | Issue:5

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Information Seminar Paper

Title

NANO-MAGNETIC CATALYST CAO/NAY–FE3O4 FOR BIODIESEL PRODUCTION

Author(s)

Haji Tabar Mahjoobeh | TAGHIZADEH MAJID

Keywords

NANO-MAGNETIC CATALYST

CAO/NAY

TRANSESTERIFICATION

BIODIESEL PRODUCTION

CANOLA OIL

Abstract

NANO-MAGNETIC CATALYST CAO/NAY–FE3O4 WAS PREPARED FOR BIODIESEL PROCESS. AT THE FIRST, NAY NANOZEOLITE WAS SYNTHESIZED BY A HYDROTHERMAL METHOD AND THEN, THE AMOUNT OF ZEOLITE WAS ADJUSTED IN ORDER TO OBTAIN THE ZEOLITE/IRON OXIDE WEIGHT RATIO OF 3:1. THE OBTAINED ZEOLITE WAS THEN IMPREGNATED WITH CAO NANOPARTICLES. IT WAS FOUND THAT THE ACTIVITY OF CALCIUM OXIDE CATALYST INCREASED AFTER BEING SUPPORTED ON NANOZEOLITE. THE RESULTS SHOWED THAT THE CATALYST WAS FERROMAGNETIC, AND IT COULD BE RECOVERED BY MAGNETIC SEPARATION. CATALYST CHARACTERIZATION WAS CARRIED OUT BY X-RAY DIFFRACTION AND SCANNING ELECTRON MICROSCOPY. THE EFFECTS OF VARIOUS PARAMETERS SUCH AS THE CATALYST LOADING, THE MOLAR RATIO OF METHANOL TO OIL AND THE REACTION TIME ON THE ACTIVITY OF CATALYST WERE DETERMINED BY THE TRANSESTERIFICATION OF CANOLA OIL TO BIODIESEL. THE YIELD OF METHYL ESTERS (ME) WAS 95.1 OVER A CATALYST LOADING OF 5 WT.% (30 WT.% OF CAO ON MAGNETIC NAY), 8:1 METHANOL TO OIL MOLAR RATIO, AND A REACTION TIME OF 5 H AT THE REACTION TEMPERATURE OF 65OC.

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APA: Copy

Haji Tabar, Mahjoobeh, & TAGHIZADEH, MAJID. (2016). NANO-MAGNETIC CATALYST CAO/NAY–FE₃O₄ FOR BIODIESEL PRODUCTION. CONFERENCE ON EMERGING TRENDS IN ENERGY CONSERVATION. SID. https://sid.ir/paper/917546/en

Vancouver: Copy

Haji Tabar Mahjoobeh, TAGHIZADEH MAJID. NANO-MAGNETIC CATALYST CAO/NAY–FE₃O₄ FOR BIODIESEL PRODUCTION. 2016. Available from: https://sid.ir/paper/917546/en

IEEE: Copy

Mahjoobeh Haji Tabar, and MAJID TAGHIZADEH, “NANO-MAGNETIC CATALYST CAO/NAY–FE₃O₄ FOR BIODIESEL PRODUCTION,” presented at the CONFERENCE ON EMERGING TRENDS IN ENERGY CONSERVATION. 2016, [Online]. Available: https://sid.ir/paper/917546/en

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