复杂浅水OBN综合地震采集与处理技术

Yaoping Yu, Wei Wang, Junkai Zhang, Minxue Luo, Liqing Tong, Junlong Zhang, Quancai Xiao
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引用次数: 0

摘要

2022年,BGP在里海进行了高密度三维地震采集项目。调查区域水深6.5m ~ 40m。它是一个复杂的海上油田,面临着许多作业挑战,众多密集分布的平台和海底输油管道,不同的水深造成海底火山,最终处理成像困难。本文旨在为这一具有挑战性的调查提供综合OBN采集和处理的结果。在现场采集方面,根据地质目标设计合适的几何形状,并考虑到海洋节点的灵活性,在拥挤的油田中优化现场作业方案;应用海量节点数据质量控制技术,为数据质量提供了有力保障。在数据处理方面,采用了综合地震处理策略,以确保对复杂的浅层数据进行最终成像,初步结果鼓励构造地震图像有利于解释。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Integrated OBN Seismic Acquisition & Processing Technology in Complex Shallow Water
In 2022, BGP carried out a high-density 3D seismic acquisition project in the Caspian Sea. The water depth ranges from 6.5m to 40m in the survey area. It is a complex offshore oil field with many operational challenges to face, numerous densely distributed platforms and subsea oil pipelines, the various water depth caused submarine volcano and difficult final processing imaging. This paper tends to present results of the integrated OBN acquisition and processing for this challenging survey. For field acquisition, a suitable geometry was designed to meet geological objectives, and field operational scheme was optimized considering in the congested oil field with flexibility of ocean nodes; The quality control technology of massive node data was applied, which provided a powerful guarantee for data quality. For data processing, integrated seismic processing strategy was performed to ensure final imaging for this complex shallow data and initial results have encouraged structural seismic images profitable to interpretation.
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