四川盆地川中地区盐亭-潼南海槽台缘带二叠系长兴组储层特征及成因探讨

李秋芬; 苗顺德; 李永新; 王铜山; 李军; 江青春; 翟秀芬

doi:10.3799/dqkx.2018.313

四川盆地川中地区盐亭-潼南海槽台缘带二叠系长兴组储层特征及成因探讨

doi: 10.3799/dqkx.2018.313

1.
中国石油勘探开发研究院, 北京 100083
2.
中海油有限责任公司研究总院, 北京 100028

基金项目:

中石油股份公司重大科技项目 2018A-0104

国家重大专项 2017ZX05008

详细信息

作者简介:
李秋芬(1979-), 女, 博士, 主要从事沉积地质学、层序地层学研究

中图分类号: P618
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出版历程
- 收稿日期: 2018-04-11
- 刊出日期: 2018-10-20

Reservoir Characteristics and Genesis of the Changxing Formation on the Margin of Yanting-Tongnan Trough, Central Sichuan Basin

1.
Research Institute of Petroleum Exploration and Development, PetroChina, Beijing 100083, China
2.
CNOOC Research Institute Co. Ltd., Beijing 100028, China

摘要

摘要: 四川盆地长兴组发育优质生物礁滩储层，是重要的勘探层系.目前，缺少对其储层特征和成因的研究.以岩石特征分析为基础，结合区域地质研究、镜下鉴定、阴极发光、Sr、Fe、Mn元素和C、O、Sr同位素等地球化学特征分析，对盐亭-潼南海槽台缘带礁滩体储层岩石学特征、地球化学特征等展开了系统研究.受盐亭-潼南海槽台缘带控制，川中地区礁滩体呈规律性展布.海槽东侧广安-公山庙台缘带主要发育生物礁，以生物礁滩复合体中的礁顶滩及礁内滩白云岩为主要储集岩，储集空间主要为粒间孔及生物格架孔，白云岩化程度高；其单层厚度薄，分布广.海槽西侧生物礁不发育，以生屑滩为主，储层以生屑灰岩为主，孔隙主要为粒间溶孔、晶间孔、溶缝等；储层单层厚度较薄，累计厚度较大，分布范围比较广.埋藏白云石化是盐亭-潼南海槽台缘带白云岩储层的主要成因，埋藏期封存于长兴组地层中被淡水改造了的海水及来自于飞仙关组底部泥页岩的压实水是礁滩储层白云石化的主要流体来源；长兴末期存在的区域性暴露剥蚀叠加埋藏溶蚀改造是岩溶储层的主要成因.盐亭-潼南海槽台缘带优质储层受海槽台缘带、埋藏白云石化、长兴末期暴露剥蚀叠加埋藏溶蚀改造多因素共同控制，储层累计厚度较大，分布广，为规模有效储层.
- 盐亭-潼南海槽 /
- 长兴组 /
- 白云石化 /
- 成因模式 /
- 石油地质
Abstract: The Permian Changxing Formation is considered as one of the key exploration strata in Sichuan Basin, which develops high-quality reef-bank reservoirs. At present, there is a lack of study on the reservoir characteristics and formation. Based on the study of regional geology, rock characteristic analysis, microscopic identification, cathodoluminescence image detection, combined with determinations of trace elements and isotopes such as Sr, Fe, Mn and C, O, Sr, the petrological and geochemical characteristics of reef-shoal reservoirs on the margin of the Yanting-Tongnan trough are systematically investigated in order to reveal the genesis of the reservoir. The reef-shoal complexes are regularly distributed in the central part of Sichuan under the control of the platform margin of Yanting Tongnan trough. The reefs are mainly distributed in the Guang'an-Gongshanmiao platform margin, east of the trough, with bioclastic shoal dolostone in the reef-shoal complex as the main reservoir rock. The porosity types of the shoal reservoir consist mainly of intergranular pore and bio-framework pore with high dolomitization degree. The bioclastic dolostone is thin and widely distributed. In comparison, bioclastic shoal rather than the reefs is developed in the western side of the trough, and the bioclastic limestone is the main reservoir rock with dissolved intergranular pores, intercrystalline pores and dissolved fractures. Despite its thin single layer, the cumulative thickness of the reservoir is large and its distribution is wide. It was indicated that buried dolomitization is the main origin of dolomite reservoir in Yanting-Tongnan area, and the seawater sealed in Changxing Formation during burial period which is mixed by meteoric water and compacted porewater possibly from the bottom of Feixianguan Formation shales are the mainsources of the dolomitization fluids. Regional exposure in the late stage of Changxing formation carbonate sedimentation and buried karst are the main reasons for the formation of karst reservoirs. The high quality reservoirs in Yanting-Tongnan trough are controlled by the platform margin zone, buried dolomitization, exposure dissolution during the end of Changxing period and buried karst. And the reservoirs are supposed to be effective reservoirs due to the large scale of their large cumulative thickness and wide distribution.
- Yanting-Tongnan trough /
- Changxing Formation /
- dolomitization /
- genetic model /
- petroleum geology

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图 1 四川盆地长兴组沉积时期岩相古地理图

据Li et al.(2012)修改

Fig. 1. Lithofacies palaeogeographic framework of Changxing age in Sichuan Basin

下载: 全尺寸图片幻灯片

图 2 盐亭-潼南海槽台缘带长兴组白云岩储层特征

a.细-中晶白云岩, 晶间孔及晶间溶孔发育, 广3井, 单偏光, 铸体片, 蓝色为铸体, ×25;b.残余棘屑含灰白云岩, 溶蚀孔发育, 孔内局部充填方解石, 涧水沟剖面, 单偏光, 铸体片, 红色为铸体, ×25;c.残余生屑白云岩, 粒间溶孔发育, 和尚梁剖面, 单偏光, 铸体片, 蓝色为铸体, ×25;d.生物礁白云岩, 体腔孔发育, 广3井

Fig. 2. Reservoir characteristics of the dolomite in Changxing Formation on the margin of Yanting-Tongnan trough

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图 3 盐亭-潼南海槽台缘带长兴组生屑滩灰岩储层特征

a.生屑灰岩, 磨溪1井, 单偏光, 染色片, ×25;b.残余生屑含灰细晶白云岩, 磨溪3井, 单偏光, 染色片, ×25;c.泥晶生屑灰岩, 见苔藓虫, 蓬莱18井, 单偏光, ×25;d.泥晶生屑云质灰岩, 蓬莱18井, 单偏光, 染色片, ×25

Fig. 3. Reservoir characteristics of the bioclastic limestone in Changxing Formation on the margin of Yanting-Tongnan trough

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图 4 盐亭-潼南海槽台缘白云岩Sr同位素特征

底图据 McArthuretal.(2001)

Fig. 4. Sr isotopic characteristics of dolomites in the Changxing Formation on the margin of Yanting-Tongnan trough

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图 5 盐亭-潼南海槽台缘白云岩、灰岩Sr同位素分布

全球Sr同位素引自 Veizeretal.(1999)

Fig. 5. Sr isotopic distribution of dolomites and limestones in the Changxing Formation on the margin of Yanting-Tongnan trough

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图 6 盐亭-潼南海槽台缘白云岩、灰岩C、O同位素分布特征

Fig. 6. C、O isotopic distribution of dolomites and limestones in the Changxing Formation on the margin of Yanting-Tongnan trough

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图 7 盐亭-潼南海槽台缘白云岩、灰岩Fe/Mn比值

Fig. 7. Fe/Mn of dolomites and limestones in the Changxing Formation on the margin of Yanting-Tongnan trough

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图 8 盐亭-潼南海槽台缘白云岩阴极发光图

a.细晶白云岩, 和尚梁剖面, 单偏光, ×25;b.细晶白云岩, 和尚梁剖面, 阴极发光, ×25;c.细晶白云岩, 广3井, 单偏光, ×25;d.细晶白云岩, 广3井, 阴极发光, ×25

Fig. 8. Cathodoluminescence of dolomites in the Changxing Formation on the margin of Yanting-Tongnan trough

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图 9 研究区长兴组顶部野外露头特征

Fig. 9. Outcrop characteristics of the top of Changxing Formation

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图 10 溶蚀储层岩石特征

a.溶扩缝, 方解石半充填, 广3井; b.溶积泥, 广3井; c.岩溶角砾岩, 广3井; d.溶逢, 广3井, 单偏光

Fig. 10. Petrologic charateristics of karst reservoir

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图 11 磨溪1井测井综合图

Fig. 11. Logging image of Well Moxi 1

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图 12 长兴组礁滩优质储层成因模式

据杜金虎等(2010)修改

Fig. 12. Genetic model of high-quality reservoir in Changxing Formation

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图 13 长兴组地震属性图

a.弧长属性; b.平均绝对振幅属性

Fig. 13. Seismic attribute map of Changxing Formation

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