A Method for Controlled Oxidation of Lube and Hydraulic Oils and Investigation of the Effects on Oil Parameters: OilDoc 2015 Conference, Germany

Morten Henneberg, René Lynge Eriksen, Frank Müller

Publikation: Konferencebidrag uden forlag/tidsskriftPaperForskning

Resumé

A controlled laboratory set-up for oxidation of oil has been applied in order to gain reference measurements for oil degradation by FTIR spectroscopy. The method is presented for accelerated oxidation of three different base oils. The technique controls the factors triggering oil oxidation by adding heat, a catalyst in the form of an overwound carbon and copper steel wire, oxygen and water to the oil under the degradation process. The reference measurements are correlated with absolute parameters (TAN and viscosity) used in oil quality assessment in order to obtain a reference frame for oil quality estimation. The effect of the oxidation and nitration is studied from the knowledge of the absorption bands as well as indirectly from additive (oxidation inhibiter) absorption bands. We show how to estimate oxidation as well as TAN and viscosity with PLS from an oil sample using FTIR as reference set.
OriginalsprogEngelsk
Publikationsdato27. jan. 2015
Antal sider7
StatusUdgivet - 27. jan. 2015
BegivenhedOilDoc Conference and Exhibition - Bavaria, Tyskland
Varighed: 27. jan. 201528. jan. 2015

Konference

KonferenceOilDoc Conference and Exhibition
LandTyskland
ByBavaria
Periode27/01/201528/01/2015

Fingeraftryk

Oils
Hydraulics
Oxidation
Triacetoneamine-N-Oxyl
Absorption spectra
Viscosity
Nitration
Degradation
Steel
Copper
Carbon
Spectroscopy
Wire
Oxygen
Catalysts
Water

Citer dette

Henneberg, M., Eriksen, R. L., & Müller, F. (2015). A Method for Controlled Oxidation of Lube and Hydraulic Oils and Investigation of the Effects on Oil Parameters: OilDoc 2015 Conference, Germany. Paper præsenteret på OilDoc Conference and Exhibition, Bavaria, Tyskland.
Henneberg, Morten ; Eriksen, René Lynge ; Müller, Frank. / A Method for Controlled Oxidation of Lube and Hydraulic Oils and Investigation of the Effects on Oil Parameters : OilDoc 2015 Conference, Germany. Paper præsenteret på OilDoc Conference and Exhibition, Bavaria, Tyskland.7 s.
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abstract = "A controlled laboratory set-up for oxidation of oil has been applied in order to gain reference measurements for oil degradation by FTIR spectroscopy. The method is presented for accelerated oxidation of three different base oils. The technique controls the factors triggering oil oxidation by adding heat, a catalyst in the form of an overwound carbon and copper steel wire, oxygen and water to the oil under the degradation process. The reference measurements are correlated with absolute parameters (TAN and viscosity) used in oil quality assessment in order to obtain a reference frame for oil quality estimation. The effect of the oxidation and nitration is studied from the knowledge of the absorption bands as well as indirectly from additive (oxidation inhibiter) absorption bands. We show how to estimate oxidation as well as TAN and viscosity with PLS from an oil sample using FTIR as reference set.",
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Henneberg, M, Eriksen, RL & Müller, F 2015, 'A Method for Controlled Oxidation of Lube and Hydraulic Oils and Investigation of the Effects on Oil Parameters: OilDoc 2015 Conference, Germany', Paper fremlagt ved OilDoc Conference and Exhibition, Bavaria, Tyskland, 27/01/2015 - 28/01/2015.

A Method for Controlled Oxidation of Lube and Hydraulic Oils and Investigation of the Effects on Oil Parameters : OilDoc 2015 Conference, Germany. / Henneberg, Morten; Eriksen, René Lynge; Müller, Frank.

2015. Paper præsenteret på OilDoc Conference and Exhibition, Bavaria, Tyskland.

Publikation: Konferencebidrag uden forlag/tidsskriftPaperForskning

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AU - Henneberg, Morten

AU - Eriksen, René Lynge

AU - Müller, Frank

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N2 - A controlled laboratory set-up for oxidation of oil has been applied in order to gain reference measurements for oil degradation by FTIR spectroscopy. The method is presented for accelerated oxidation of three different base oils. The technique controls the factors triggering oil oxidation by adding heat, a catalyst in the form of an overwound carbon and copper steel wire, oxygen and water to the oil under the degradation process. The reference measurements are correlated with absolute parameters (TAN and viscosity) used in oil quality assessment in order to obtain a reference frame for oil quality estimation. The effect of the oxidation and nitration is studied from the knowledge of the absorption bands as well as indirectly from additive (oxidation inhibiter) absorption bands. We show how to estimate oxidation as well as TAN and viscosity with PLS from an oil sample using FTIR as reference set.

AB - A controlled laboratory set-up for oxidation of oil has been applied in order to gain reference measurements for oil degradation by FTIR spectroscopy. The method is presented for accelerated oxidation of three different base oils. The technique controls the factors triggering oil oxidation by adding heat, a catalyst in the form of an overwound carbon and copper steel wire, oxygen and water to the oil under the degradation process. The reference measurements are correlated with absolute parameters (TAN and viscosity) used in oil quality assessment in order to obtain a reference frame for oil quality estimation. The effect of the oxidation and nitration is studied from the knowledge of the absorption bands as well as indirectly from additive (oxidation inhibiter) absorption bands. We show how to estimate oxidation as well as TAN and viscosity with PLS from an oil sample using FTIR as reference set.

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Henneberg M, Eriksen RL, Müller F. A Method for Controlled Oxidation of Lube and Hydraulic Oils and Investigation of the Effects on Oil Parameters: OilDoc 2015 Conference, Germany. 2015. Paper præsenteret på OilDoc Conference and Exhibition, Bavaria, Tyskland.