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To start, rock physics modeling was done on the available well log data from wells in the area to model how fluid substitution in the reservoir would change elastic properties such as P-wave velocity, S-wave velocity and density within the reservoir. By analyzing the differences between these repeated surveys we are able to infer changes due to production. Time-lapse seismic analysis involves the use of repeated seismic surveys which are acquired in the same area. Time-lapse seismic analysis has proven to be one of the best methods which is capable of monitoring production-related changes beyond the wells.
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Therefore, it is important to model the reservoir changes in CHOPS fields in order to determine how to increase the recovery of the heavy oil. In addition to causing fluid changes in the reservoir during the period of production, the CHOPS technique causes changes in the mass of the reservoir rock during the production time due to the simultaneous extraction of sand and oil. In this technique, high viscosity heavy oil is extracted with sand by using cavity pumps.
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HampsonRussell Advanced 3D Viewer – Advanced 3D Viewer is an add-on utility that offers enhanced 3D visualization and facilitates interactive display of results from HampsonRussell's GeoSI, LithoSI, ProAZ and Attributes packages.Cold heavy oil production with Sand (CHOPS) is one of the major techniques which is applied in heavy oil production fields, especially in Canada.Geoview also includes a set of pre-loaded process workflows that can be easily customized and shared with other users, as well as batch and chained processing tools for improved efficiency. HampsonRussell Geoview – Geoview is a single intuitive interface that allows users to access their project data and processes from one centralized location.When input to processes such as AVO analysis, the conditioned gathers will result in more accurate and reliable results than the input of unconditioned gathers. HampsonRussell Gather Conditioning – Gather Conditioning removes noise, provides consistent fold, time-aligns reflection events and can be used to correct the background amplitude decay with offset calibrated using synthetic gathers generated from well logs.It addresses the challenges of differences in event times, frequencies and reflectivity between PP and PS seismic volumes.
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HampsonRussell ProMC – ProMC is an easy-to-use and intuitive work environment offers interpreters the ability to handle the increased number of seismic and attribute volumes inherent in a multicomponent project.A range of anticipated reservoir scenarios can be modeled to predict the seismic response to reservoir changes. HampsonRussell Pro4D – Pro4D performs time-lapse modeling and interpretation for seismic data matching.
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