Industrial applications include subseismic fault modeling, fractured reservoir modeling, interpretation and validation of fault connectivity and reservoir compartmentalization, depleted area and fault reactivation, and pressurized wellbore stability.
From Fig. 9, we find that the inverted elastic impedance profiles based on the fast MCMC method with four different angles are highly precise, which agree with the results from the oil-bearing reservoir logging interpretation.
In the through- and in-diffusion tests with solution reservoirs, test interpretation of different phases often makes use of simplified analytical solutions.
Although NGR values calculated using well data (1-D) are generally used as acceptable approximations of the reservoir NGR, the interpretation of the shape and lateral extension of sedimentary features solely based on vertical data is rather difficult.
Therefore, conductive aquifers in the study area, including hydrous coalbed methane (CBM) reservoirs, were suggested to be the interpretation signs for reservoir characterization.
These transforms are used in seismic interpretation for reservoir properties, and seismic forward modeling in what-if scenarios.
Therefore, intensive reservoir monitoring and data interpretation should be the cornerstone of any prudent reservoir-management practice.
In addition, this chapter explains seismic interpretation, geology, reservoir and production engineering, integrated and field studies, and general applications.
One of the widely used electrical conductivity models is the empirical Archie's law that has a practical application in well-log interpretation of reservoir rocks.
Fig. 1 Location of KGF with direction of the Citepus and Kendang fault and reservoir boundary from MT interpretation.
