2012•Guangzhou Chemical IndustryRequires access

Chromatography Simulated Distillation of Crude Oil Wide Boiling Fraction Distribution

LI Jing-rao

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Abstract

High temperature gas chromatographic simulated distillation was applied to rapid determine crude oil distillation,and this method had the advantages of low sample volume and fast,the analysis time was shortened to 18 minutes,and the maximum relative standard deviation was 0.79%.The analysis results obtained by this method were more accurate than that of the true boiling point distillation,and it realized the distribution could be detected under more than 538 ℃ by vacuum distillation to meet the crude oil processing requirement.

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What this paper is about

High temperature gas chromatographic simulated distillation was applied to rapid determine crude oil distillation,and this method had the advantages of low sample volume and fast,the analysis time was shortened to 18 minutes,and the maximum relative standard deviation was 0.79%.The analysis results obtained by this method were more accurate than that of the true boiling point distillation,and it realized the distribution could be detected under more than 538 ℃ by vacuum distillation to meet the crude oil processing requirement.

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Available abstract

High temperature gas chromatographic simulated distillation was applied to rapid determine crude oil distillation,and this method had the advantages of low sample volume and fast,the analysis time was shortened to 18 minutes,and the maximum relative standard deviation was 0.79%.The analysis results obtained by this method were more accurate than that of the true boiling point distillation,and it realized the distribution could be detected under more than 538 ℃ by vacuum distillation to meet the crude oil processing requirement.

Key concepts: Distillation, Boiling point, Fraction (chemistry), Boiling, Continuous distillation, Vacuum distillation, Chromatography, Crude oil

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