1 / 54
文档名称:

精细油藏描述技术在板桥油田的应用研究.pdf

格式:pdf   大小:2,147KB   页数:54
下载后只包含 1 个 PDF 格式的文档,没有任何的图纸或源代码,查看文件列表

如果您已付费下载过本站文档,您可以点这里二次下载

分享

预览

精细油藏描述技术在板桥油田的应用研究.pdf

上传人:wh7422 2016/8/27 文件大小:2.10 MB

下载得到文件列表

精细油藏描述技术在板桥油田的应用研究.pdf

相关文档

文档介绍

文档介绍:硕士研究生毕业论文蔓 791750 论文题目:精细油藏描述技术在板桥油田的应用研究专指导教师: 里量丛高丝王猩蚯副指导教师: !士丝丝高丝三垂竖中国石油勘探开发研究院二Oo五年五月摘要近几年,国内油藏精细描述技术不断发展成熟。作为一项综合应用技术,由于其对开发后期油田的生产针对性强,能较好的解决生产中的问题,目前己逐渐发展成为老油田调整挖潜不可缺的手段。本文针对大港复杂断块,从精细地层对比、精细构造解释到单砂体、流动单元分布等方面进行了分析研究,并以大港板桥油气田为研究对象,通过精细油藏描述,加深了地质认识,搞清了油气分布情况,特别是剩余油分布,结合凝析气藏室内实验及矿产试验,提出了有效的挖潜措施。概括起来,本文主要取得了以下成果: ①重新进行了四性关系研究,建立了不同区域、不同油组的解释模型,提高了油气层的识别能力,射孔挖潜效果显著; ②通过精细油藏描述后,新增探明石油地质储量219万吨, 亿立方米; ③编制了综合调整方案,方案实施后水驱状况已得到明显改善,%。以上成果的取得,使板桥油气田在勘探增储不足的情况下,连续几年保持了50 万吨油气当量不降的目标,也进一步证明精细描述技术在老油田调整挖潜方面发挥着十分重要的作用。关键词: 精细油藏描述油气层识别复杂断块油气田调整挖潜 ABSTRACT Recently detailed reservoir characterization in China has proved to be a continuously developing and maturing an integrated application technology,it has progressively e a necessary tool for development adjustment and tagging potential proposals in the mature oil fields,because of its production—specific target for the late development stage and effective capability of resolving production—related puzzles. prehensive study is made on detailed strategraphic correlation, deta儿ed structural interpretation,single sand body and flow unit distributions of plex faulted blocks in Dagang oil orl the deep insights into plexity ofBanqiao oi1/gas reservoirs inDagang field by virtue of detailed reservoir characterization, oi卜water distribution is clearly described,especially remaining oil distribution. Incorporation with the lab and field experiments of gas condensate reservoirs leads to adjustment and tagging potential main achievements in this work are summarized as below: (1)The four—property(including lithology,permeability,porosity, saturation,resistivity)correlations are renewed,and the corresponding interFlretation models are established for different oil一bearing regions and hydrocarbon identification capability of oil一/gas—bearing layers is re—perforation productions are very encouraging· (2) By use of detailed reservoir characterizati