Technology Advances in Constructing High Resolution Velocity and Absorption Models over 35,000km2 in the North Sea

V. Angelov, C. Purcell, T. Latter, A. Ratcliffe
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Abstract

Summary Building very large scale depth velocity models for imaging and interpretation purposes is a challenging task that pushes the boundaries of software and hardware processing capabilities ( Gabrielli et al., 2016 ). Here we demonstrate a model build over what we believe is one of the largest areas ever published (~35,000 km2), highlighting the application of high-end technology, with an attention to detail and a delivery schedule that just a few years ago would have only been possible on a small scale survey. We also examine how integrating large amounts of carefully selected and pre-processed well and stratigraphic data benefits the model building process.
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北海35000平方公里高分辨率速度和吸收模型的构建技术进展
为成像和解释目的建立非常大规模的深度速度模型是一项具有挑战性的任务,它推动了软件和硬件处理能力的界限(Gabrielli等人,2016)。在这里,我们展示了一个模型,我们认为这是有史以来最大的区域之一(约35,000平方公里),突出了高端技术的应用,注重细节和交付时间表,就在几年前,这只可能在小规模调查中实现。我们还研究了如何整合大量精心挑选和预处理的井和地层数据有利于模型构建过程。
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