Fatty acid methyl ester synthesis in the cold plasma reactor using CO2 and steam mixture

Shafira Nabilla; Sesia Fitri Anisa; Kania Zara; Setijo Bismo

doi:10.5109/4055232

Fatty acid methyl ester synthesis in the cold plasma reactor using CO₂ and steam mixture

Shafira Nabilla, Sesia Fitri Anisa, Kania Zara, Setijo Bismo

Department of Chemical Engineering

Research output: Contribution to journal › Article › peer-review

11 Citations (Scopus)

Abstract

The synthesis of FAME (biodiesel) and alkanes (C10 – C20) compounds from vegetable oil and methanol in non-thermal plasma DBD reactor was performed with satisfactory results. This mainly because catalyst was not needed, relatively low energy requirement, and the absence of glycerol by-products. In addition, maximum yield of methyl ester (88.97%) was attained at an optimal reaction condition of 40 °C temperature, 1:1 molar ratio for oil to methanol, 10.2 kV plasma voltage, and a time frame of 120 minutes..

Original language	English
Pages (from-to)	275-279
Number of pages	5
Journal	Evergreen
Volume	7
Issue number	2
DOIs	https://doi.org/10.5109/4055232
Publication status	Published - Jun 2020

Keywords

Biodiesel
Dielectric barrier discharge reactor
Non-thermal plasma

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10.5109/4055232

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abstract = "The synthesis of FAME (biodiesel) and alkanes (C10 – C20) compounds from vegetable oil and methanol in non-thermal plasma DBD reactor was performed with satisfactory results. This mainly because catalyst was not needed, relatively low energy requirement, and the absence of glycerol by-products. In addition, maximum yield of methyl ester (88.97%) was attained at an optimal reaction condition of 40 °C temperature, 1:1 molar ratio for oil to methanol, 10.2 kV plasma voltage, and a time frame of 120 minutes..",

keywords = "Biodiesel, Dielectric barrier discharge reactor, Non-thermal plasma",

author = "Shafira Nabilla and Anisa, {Sesia Fitri} and Kania Zara and Setijo Bismo",

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AU - Nabilla, Shafira

AU - Anisa, Sesia Fitri

AU - Zara, Kania

AU - Bismo, Setijo

PY - 2020/6

Y1 - 2020/6

N2 - The synthesis of FAME (biodiesel) and alkanes (C10 – C20) compounds from vegetable oil and methanol in non-thermal plasma DBD reactor was performed with satisfactory results. This mainly because catalyst was not needed, relatively low energy requirement, and the absence of glycerol by-products. In addition, maximum yield of methyl ester (88.97%) was attained at an optimal reaction condition of 40 °C temperature, 1:1 molar ratio for oil to methanol, 10.2 kV plasma voltage, and a time frame of 120 minutes..

AB - The synthesis of FAME (biodiesel) and alkanes (C10 – C20) compounds from vegetable oil and methanol in non-thermal plasma DBD reactor was performed with satisfactory results. This mainly because catalyst was not needed, relatively low energy requirement, and the absence of glycerol by-products. In addition, maximum yield of methyl ester (88.97%) was attained at an optimal reaction condition of 40 °C temperature, 1:1 molar ratio for oil to methanol, 10.2 kV plasma voltage, and a time frame of 120 minutes..

KW - Biodiesel

KW - Dielectric barrier discharge reactor

KW - Non-thermal plasma

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JO - Evergreen

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IS - 2

ER -

Fatty acid methyl ester synthesis in the cold plasma reactor using CO₂ and steam mixture

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Keywords

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