Prospects for using automation of satellite radar interferometry monitoring in conjunction with traditional methods of identifying residual reserves when developing oil and gas fields
UDC: 681.5:622.276
DOI: 10.33285/2782-604X-2022-11(592)-19-22
Authors:
POZDNYAKOV ALEXANDER P.1,
BAKHTIGAREEV GADEL G.1
1 National University of Oil and Gas (Gubkin University), Moscow, Russia
Keywords: identification of residual reserves, InSAR, tracer fluids, oil recovery coefficient, field development
Annotation:
This article continues the consideration of satellite radar interferometry technologies as a promising method for identifying residual oil reserves in the fields under development. Earlier, the presented article [2] considered the combination of two InSAR methods and the tracer method, the application of which allows us to obtain a new algorithm for identifying residual oil reserves in the fields under development to increase the oil recovery coefficient and the profitability of the project. Automation of this process will allow applying InSAR when developing 3D reservoir model using artificial intelligence. In the global oil and gas practice, the number of studies of oil and gas fields using satellite radar interferometry technologies is increasing every year. The use of this method is promising since InSAR allows analyzing changes of the developed fields relief over time. Studies of lateral and vertical displacements of the surface make it possible to obtain qualitative data on changes occurring in productive formations during deposits development.
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