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作 者:李延钧[1] 陈义才[2] 张艳云[1] 廖前进[3] 孙晓明[3]
机构地区:[1]西南石油学院,成都610500 [2]成都理工大学,成都610059 [3]中国石油大港油田分公司,天津300283
出 处:《石油实验地质》2005年第4期419-424,共6页Petroleum Geology & Experiment
基 金:四川省重点学科建设项目(SZD0414)。
摘 要:热压模拟实验是研究烃源岩生烃能力最直接的方法.该文分别选取黄骅坳陷中北区板桥、歧口和北塘凹陷第三系沙三段烃源岩样品进行热压模拟实验,分析和对比了生烃产物、油气产率和相态特征.结果表明黄骅中北区沙三段烃源岩的生烃能力都较高,最大总产烃率可达300~350 kg/t.板桥凹陷深层烃源岩在成熟-高成熟阶段主要生成凝析油气,北塘凹陷和歧口凹陷深层烃源岩在成熟阶段主要生油,高成熟阶段主要生成凝析油气.同时,通过实验压力的改变探讨了压力对生烃产率、生烃产物组成和相态的影响,阐明超压作用改变了传统的生烃模式,使油相出现和存在的深度、范围增大,扩大了找油领域.The heat-press simulation experiment is the most direct method for studying the ability of hydrocarbon-generating in source rock. This paper selects by examinations respectively three rock samples in the Member 3 of the Shahejie Formation of Banqiao, Qikou and Beitang Depression to do the heat-press simulation experiments, analyzing with contrasted to the hydrocarbon outcomes, the oil-gas production rate and its phase characteristic. The result shows that three source rocks are all the highly ability of hydrocarbon generating, the biggest hydrocarbon-generating rate can amount to 300-350 kg/t. The source rock in deep of Banqiao Depression mainly produces condensation oil-gas during mature-high mature stage, while the source rock in deep of Qikou and Beitang Depression pruduces oil during mature stage, and produces condensation oil-gas during high mature stage. On the experiment, by changing the experiment pressure to study its influence on hydrocarbon-generating rate and outcome constitution and hydrocarbon generating phase. In the end, the author clarified that superpressure changes the traditional hydrocarbon-generating mode, enlarging depth and scope of existing oil phase, and extending frontier areas to look for oil.
关 键 词:热压模拟实验 烃源岩 油气产率 生烃产物 沙三段 黄骅坳陷
分 类 号:TE122.1[石油与天然气工程—油气勘探]
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