Complementary Use of FWI in Earth Model Building Workflows in Complex Media

O. Zdraveva, M. Hegazy, Z. Chen, M. O’Briain
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Abstract

Summary Over the last 10 years, full-waveform inversion (FWI) established itself as an integral part of modern Earth model building (EMB) workflows. Recently, the industry witnessed the introduction of many types of FWI, differing either by the portion of the wavefield used in the inversion or by the nature of the objective function. We discuss the importance of different types of FWI in EMB workflows designed to address specific imaging challenges and achieve given interpretation objectives. We demonstrate the effects on model quality and project turn-around time from the complementary use of FWI in complex media, together with common image point Tomography (with or without borehole seismic constraints), salt geometry scenarios and extensive use of geologic constraints.
FWI在复杂介质中地球模型构建工作流中的补充应用
在过去的10年里,全波形反演(FWI)已经成为现代地球模型构建(EMB)工作流程的一个组成部分。最近,业界见证了许多类型的FWI的引入,这些FWI在反演中使用的波场部分或目标函数的性质上有所不同。我们讨论了不同类型的FWI在EMB工作流程中的重要性,这些工作流程旨在解决特定的成像挑战并实现给定的解释目标。我们展示了在复杂介质中补充使用FWI对模型质量和项目周转时间的影响,以及共同的图像点层析成像(有或没有井眼地震约束)、盐几何场景和广泛使用地质约束。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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