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Use of interferometric techniques for detecting subsidence in the oil fields of Kuwait using Synthetic Aperture Radar Data

机译:使用干涉技术通过合成孔径雷达数据检测科威特油田的沉降

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摘要

Subsidence in Burgan oil field of Kuwait has been studied by Interferometric technique using Synthetic Aperture Radar data.Repeat pass Interferometry is applied to the study area that accounts for infinitesimal changes in the topographic elevations.Subsidence of about 27 mm over a period of 3 years was estimated in Burgan oil field area.The study is significant since continued subsidence may result in reduction of porosity of host formation and may activate the sub-surface geological structures,which can compromise the integrity of the reservoir seal,leading to migration of hydrocarbons to other formations and areas.
机译:使用合成孔径雷达数据通过干涉技术研究了科威特Burgan油田的沉降,研究区域采用了重复通过干涉测量技术,该地形解释了地形高程的微小变化,为期3年的沉降约为27 mm。该研究具有重要意义,因为持续的沉陷可能会导致基质形成孔隙度的降低,并可能激活地下地质结构,从而损害储层的完整性,从而导致碳氢化合物向其他油气的运移。编队和地区。

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