High heat sink jet fuels. 2. Stabilization of a JP-8 with model refined chemical oil/light cycle oil (RCO/LCO)-derived stabilizers

Maria Sobkowiak; Caroline Burgess Clifford; Bruce Beaver

doi:10.1021/ef060422f

High heat sink jet fuels. 2. Stabilization of a JP-8 with model refined chemical oil/light cycle oil (RCO/LCO)-derived stabilizers

Maria Sobkowiak, Caroline Burgess Clifford, Bruce Beaver

Agricultural & Biological Engineering

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

17 Scopus citations

Abstract

JP-900 is the generic name given to a future jet fuel that will be required to handle an anticipated thermal stress of ∼900 °F (482 °C) for several hours. We report flowing rig scouting results, under approximate JP-900 conditions, examining the effect on both oxidative and pyrolytic stability of the addition of a few volume percent of model refined chemical oil/light cycle oil (RCO/LCO)-derived compounds to a petroleum-derived JP-8. Tetralin, tetralone, and tetralol were used as model hydroaromatic compounds, which, in principle, can be obtained via the hydrotreatment of RCO/LCO blends. Our scouting results suggest that a jet fuel with improved heat sink capabilities could likely be formulated by adding 1% v/v of hydroaromatic compounds to JP-8.

Original language	English (US)
Pages (from-to)	982-986
Number of pages	5
Journal	Energy and Fuels
Volume	21
Issue number	2
DOIs	https://doi.org/10.1021/ef060422f
State	Published - Mar 2007

All Science Journal Classification (ASJC) codes

General Chemical Engineering
Fuel Technology
Energy Engineering and Power Technology

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10.1021/ef060422f

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abstract = "JP-900 is the generic name given to a future jet fuel that will be required to handle an anticipated thermal stress of ∼900 °F (482 °C) for several hours. We report flowing rig scouting results, under approximate JP-900 conditions, examining the effect on both oxidative and pyrolytic stability of the addition of a few volume percent of model refined chemical oil/light cycle oil (RCO/LCO)-derived compounds to a petroleum-derived JP-8. Tetralin, tetralone, and tetralol were used as model hydroaromatic compounds, which, in principle, can be obtained via the hydrotreatment of RCO/LCO blends. Our scouting results suggest that a jet fuel with improved heat sink capabilities could likely be formulated by adding 1% v/v of hydroaromatic compounds to JP-8.",

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AB - JP-900 is the generic name given to a future jet fuel that will be required to handle an anticipated thermal stress of ∼900 °F (482 °C) for several hours. We report flowing rig scouting results, under approximate JP-900 conditions, examining the effect on both oxidative and pyrolytic stability of the addition of a few volume percent of model refined chemical oil/light cycle oil (RCO/LCO)-derived compounds to a petroleum-derived JP-8. Tetralin, tetralone, and tetralol were used as model hydroaromatic compounds, which, in principle, can be obtained via the hydrotreatment of RCO/LCO blends. Our scouting results suggest that a jet fuel with improved heat sink capabilities could likely be formulated by adding 1% v/v of hydroaromatic compounds to JP-8.

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High heat sink jet fuels. 2. Stabilization of a JP-8 with model refined chemical oil/light cycle oil (RCO/LCO)-derived stabilizers

Abstract

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