High Heat Sink Jet Fuels. 2. Stabilization of a JP-8 with Model Refined Chemical Oil/Light Cycle Oil (RCO/LCO)-Derived Stabilizers
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- 作者：Maria Sobkowiak ; Caroline Burgess Clifford ; Bruce Beaver
- 刊名：Energy & Fuels
- 出版年：2007
- 出版时间：March 2007
- 年：2007
- 卷：21
- 期：2
- 页码：982 - 986
- 全文大小：97K
- 年卷期：v.21,no.2(March 2007)
- ISSN：1520-5029
文摘
JP-900 is the generic name given to a future jet fuel that will be required to handle an anticipated thermalstress 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 volumepercent of model refined chemical oil/light cycle oil (RCO/LCO)-derived compounds to a petroleum-derivedJP-8. Tetralin, tetralone, and tetralol were used as model hydroaromatic compounds, which, in principle, canbe obtained via the hydrotreatment of RCO/LCO blends. Our scouting results suggest that a jet fuel withimproved heat sink capabilities could likely be formulated by adding 1% v/v of hydroaromatic compounds toJP-8.
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 volumepercent of model refined chemical oil/light cycle oil (RCO/LCO)-derived compounds to a petroleum-derivedJP-8. Tetralin, tetralone, and tetralol were used as model hydroaromatic compounds, which, in principle, canbe obtained via the hydrotreatment of RCO/LCO blends. Our scouting results suggest that a jet fuel withimproved heat sink capabilities could likely be formulated by adding 1% v/v of hydroaromatic compounds toJP-8.