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The influence of water on the thermal simulation experiment of hydrocarbon generation and expulsion

机译:水对碳氢化合物发电热仿真实验的影响

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摘要

Thermal simulation experiment of hydrocarbon generation and expulsion is an important method for the study of source rock evolution. The role played by water in organic material evolution was clarified by summarizing the effect of water on different pyrolysis systems. According to the results, the hydrous experiment has a better hydrocarbon generation rate than the anhydrous experiment in the closed system. In the semi-open system, high-pressure water vapor has good effect to gas generation, while near-critical water (NCW) improves the oil and total hydrocarbon productive rate. So, it is inferred that NCW improves the conversion of kerogen to hydrocarbon reactions, and increases the dissolving capacity of hydrocarbons.
机译:碳氢化合物产生和排出的热仿真实验是源岩进化研究的重要方法。 通过总结水对不同热解系统的影响,阐明了有机物质演化中的水中的作用。 根据结果,碳实验具有比封闭系统中的无水实验更好的烃产生率。 在半开放系统中,高压水蒸气对气体产生良好,而近乎临界水(NCW)可提高油和总烃生产率。 因此,推断NCW改善了基因对烃反应的转化,并增加了烃的溶解能力。

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