中东海上勘探多井分布式光纤三维VSP采集技术

Qingfeng Li, Jilong Zhao, Yangshuan Fan, D. Huang, G. Yu
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引用次数: 0

摘要

随着分布式光纤声传感技术在井内地震勘探领域的发展,越来越多的油田选择在井内预先安装光纤进行井内地震数据采集或流体检测。2022年,ADNOC在波斯湾完成了世界上第一个多井DAS VSP和OBN联合采集调查,光纤放置在油管外,依靠海上高密度OBN采集调查,共完成了13口DAS VSP采集井。DAS VSP原始数据间距为1 m,采样间隔为1 ms,海上气枪错开分布,密度为25 m × 25 m。本研究将重点研究多井DAS VSP数据采集区域的确定、不同井尺长度下的数据分析以及原始数据的质量控制。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Multi-Well Distributed Fiber Optic 3D VSP Acquisition Technology for Offshore Exploration in the Middle East
With the development of distributed fiber optic acoustic sensing technology in the field of borehole seismic surveys, more and more oil fields choose to pre-install fiber optics in the well in advance for borehole seismic data acquisition or fluid detection. In 2022, ADNOC completed the world’s first multi-well DAS VSP and OBN joint acquisition survey in the Persian Gulf, with the fiber placed outside the tubing, relying on the offshore high-density OBN acquisition survey, completing a total of 13 wells for DAS VSP acquisition. The DAS VSP raw data spacing interval is 1 m, the sampling interval is 1 ms, and the offshore air guns are staggered at a density of 25 m × 25 m. This study will focus on the determination of multi-well DAS VSP data acquisition area, data analysis for different Gauge Length, and raw data quality control.
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