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Surface Deformation Monitoring As a Cost Effective MMV Method

机译:表面变形监测作为成本效益MMV方法

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In order for CCS to be accepted by industry and the public, long-term and cost effective containment assurance is critical. While seismic-based imaging methods have the ability to identify changes in large volumes of rock, the methods are expensive and there is a long delay between acquisition and processed results. Surface Deformation Monitoring (SDM) has the potential to provide near real-time notification of subsurface CO2 leakage while the CO2 is located deep in the earth. Some SDM techniques can image areas of 10,000 km2 or more monthly at a fraction of the cost of a seismic shoot. While SDM techniques may not be appropriate for every sequestration project, they should be evaluated in the MMV design because of their large cost/benefit advantage.
机译:为了通过行业和公众接受的CC,长期和成本效益的遏制保证至关重要。虽然基于地震的成像方法具有识别大量岩石中的变化的能力,但方法昂贵,获取和处理结果之间存在长延迟。表面变形监测(SDM)具有在CO2位于地球深处的近实时通知地下CO2泄漏的电位。一些SDM技术可以在地震射击成本的一小部分上每月图像的图像区域为10,000平方公里或更高。虽然SDM技术可能不适合每个隔离项目,但由于其较高的成本/效益优势,应在MMV设计中进行评估。

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