Hunting High and Low in Marine Seismic Acquisition; Combining Wide-Tow Top Sources with Front Sources

V. Vinje, T. Elboth
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引用次数: 2

Abstract

Summary Placing marine sources on the top of the seismic streamer spread improves resolution and reservoir inversion in shallow and intermediate depth targets. This is due to the abundance of near offset data and high illumination compared to conventional marine seismic. A drawback of this top source solution is the lack of long offsets, which are important for deeper imaging and AVO. In this paper, we present a combined solution with sources on both the top and in the front of the spread. We deploy the front sources from the streamer vessel, while a separate dedicated source vessel is towing the widely separated top sources on top of the spread. With successful deblending of the different sources, this solution could give an operationally efficient solution to the seismic imaging and inversion problem, for both shallow and deep targets, and providing both high and low frequencies. We will present the acquisition concept and describe the deblending strategy, to address the common challenge to any multiple-source blended acquisition.
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海洋地震采集中的高低寻优结合宽拖顶源与前源
将海洋震源置于地震拖缆传播的顶部,可以提高浅层和中深度目标的分辨率和储层反演。这是由于与常规海洋地震相比,近偏移数据丰富,光照高。这种顶源解决方案的一个缺点是缺乏长偏移量,这对于更深的成像和AVO很重要。在本文中,我们提出了一种混合的解决方案,在传播的顶部和前部都有源。我们从拖缆船部署前端源,而另一艘单独的专用源船将分散的顶部源拖到扩散的顶部。通过对不同震源的成功分离,该方法可以有效地解决浅层和深层目标的地震成像和反演问题,并提供高频和低频。我们将介绍采集概念并描述脱混策略,以解决任何多源混合采集的共同挑战。
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