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首页> 外文期刊>Chemistry and Technology of Fuels and Oils >Modified Models for Prediction of Flash Point of Multicomponent Mixtures in Air Compressor Systems for Low-Temperature Oxidation Processes of Air Injection in Heavy Oil Reservoirs
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Modified Models for Prediction of Flash Point of Multicomponent Mixtures in Air Compressor Systems for Low-Temperature Oxidation Processes of Air Injection in Heavy Oil Reservoirs

机译:用于高温氧化过程中空气注射空气喷射过程中空气压缩机系统闪点的改进模型

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摘要

A number of experimental measurements of the flash point of multicomponent mixtures were performed. A number of various theoretical models with experimental data has shown that traditional calculation models do not take into account the effect of high vapor pressure on the flash point temperature. The authors, using the UNIFAC method, proposed a modified model for calculating the flash point of multicomponent mixtures at high pressure. Comparative analysis of the models showed that the modified model allows obtaining design data that are in good agreement with the experimentally measured parameters of the well for a wide range of compositions of the mixture. The purpose of this work is to propose a model for calculating the flash point of a multicomponent mixture in a compressor system with increasing pressure, which does not require verification by experimental measurements. The model also makes it possible to evaluate the parameters of safe operation of compressor systems during air injection LTO of heavy oil reservoirs.
机译:进行了多组分混合物的闪点的许多实验测量。具有实验数据的许多各种理论模型表明,传统的计算模型不考虑高蒸气压对闪点温度的影响。使用UNIFAC方法的作者提出了一种用于计算高压下多组分混合物的闪点的修改模型。对模型的比较分析表明,修改模型允许获得与井的实验测量参数良好的设计数据,用于众多的混合物组合物。本作作品的目的是提出一种用于计算压缩机系统中多组分混合物的闪点的模型,其压力增加,这不需要通过实验测量验证。该模型还可以评估压缩机系统的安全操作的参数,在重油储存器的空气喷射LTO期间。

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