Reducing Imaging Depth Distortions in the Central North Sea with High Resolution Velocity Model Building

J. Tatat, P. Hayes, G. Jones, M. Townsend
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Abstract

Summary The Central North Sea is a mature basin containing a large number of fields, some of which have been in production for decades. Advances in seismic acquisition and data processing over the life of these fields have brought about improvements in seismic image quality and therefore the understanding of the reservoirs. Here we apply some of the latest imaging techniques such as joint tomography using both reflection and refraction pick data and Q Full-Waveform Inversion (Q-FWI) in a challenging geological setting, to help overcome some prevalent subsurface issues. These include the imaging problems introduced by shallow channels and gas, which induce distortion at reservoir depth.
用高分辨率速度模型建立降低北海中部成像深度畸变
北海中部是一个拥有大量油田的成熟盆地,其中一些油田已经生产了几十年。在这些油田的生命周期中,地震采集和数据处理的进步带来了地震图像质量的提高,从而提高了对储层的认识。在这里,我们应用了一些最新的成像技术,例如在具有挑战性的地质环境中使用反射和折射拾取数据的联合层析成像和Q全波形反演(Q- fwi),以帮助克服一些普遍存在的地下问题。这些问题包括浅层通道和天然气带来的成像问题,这些问题会引起储层深度的畸变。
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