埃及西北沙漠巴哈里亚组地表和地下剖面烃源岩评价贡献

G. Attiaa, A. Abdou, S. Amir, D. Mousa
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引用次数: 0

摘要

目前的工作涉及确定Gebel El-Dist剖面和Salam-1X井的Bahariya组的生油能力和碳氢化合物潜力。这取决于使用LECO SC632和Rock Eval-6热解技术进行的有机地球化学分析。分析表明,Gebel - El-Dist研究样品有机质丰度差至中等,烃源性差。Tmax成熟度评价表明,研究样品热成熟度不成熟,未达到油气生成阶段。分析表明,研究的干酪根为III型干酪根,主要来源于陆生植物碎屑和水生有机质。预计生成的HC主要是天然气。研究的Salam-1X样品有机丰富度差到好,源电位差到好。研究样品为微成熟至热成熟,达到生油阶段。干酪根类型为混合型/混合型干酪根,主要来源于混合有机质。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
CONTRIBUTION TO SOURCE ROCK EVALUATION OF THE BAHARIYA FORMATION IN SURFACE AND SUBSURFACE SECTIONS, NORTH WESTERN DESERT, EGYPT
The present work deals with the identification of the generating capacity of oil generation and the hydrocarbon potentiality of the Bahariya Formation in Gebel El-Dist section and the Salam-1X well. This is depending on the organic geochemical analyses by using LECO SC632 and Rock Eval-6 pyrolysis techniques. The analysis shows that the studied samples of Gebel El-Dist are poor to fair organic richness, with poor hydrocarbon potentiality. The maturity evaluation using Tmax showed that the studied samples have immature thermal maturation not reaching the stage of oil and gas generation. Also, the analyses revealed that the studied kerogen is type III kerogen originated mainly from terrestrial plant debris and aquatic organic matter. The expected generated HC is mainly gas. The studied Salam-1X samples are poor to good organic richness, with poor to good source potiental. The studied samples are marginally mature to mature thermal maturation reaching the stage oil generation. The kerogen type is a mixture of type III/II kerogen derived mainly from mixed organic sources.
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