ROCKSERV experienced Petrophysists and industry leading technologies help you collect, interpret, and apply formation evaluation data to locate the optimal formation target either for single well or multi well projects, which include:
As the borehole image is one of the most important logging tools in terms of high resolution formation details and reservoir geological attributes.
Rockserv is now introducing a full suite of Borehole Image Services that includes:
– Data Orientation QC
– Data Processing
– Interactive Dip Picking
– Paleocurrent Analysis
– Fracture characterization
– InSitu Stresses Analysis
– ElectroFacies Analysis
– Sand Count , ThinBed Analysis
– Structural and Stratigraphic Analysis
– Depositional Environment Interpretation
Well logs interpretation services provide an insight into the formations and conditions in the subsurface, aimed primarily at detection and evaluation of possibly productive horizons.
Like:
Determination of saturation
Clean formations evaluation
Resistivity vs. porosity crossplots
Microresistivity vs. porosity crossplots
Rwa comparison
Resistivity-ratio methods
Flushed-zone method
Invaded-zone method
Quick look interpretation
Reservoir characterization is the process of preparing a quantitative representation of a reservoir using data from a variety of sources and disciplines.
Petrophysical evaluation was carried out using empirical correlations to estimate the petrophysical parameters of the reservoirs. Correlations established between desired rock properties and measured physical properties were used to derive rock properties such as porosity, water saturation, permeability, Net to gross etc. These properties were populated on the structural models to show heterogeneity within the reservoirs.
The primary purpose of core to log data integration is to reduce the uncertainty associated with formation evaluation. In so doing, advantage is taken of both the higher precision of core data and the larger scale of investigation of log data. It is particularly important that when tying logs back to core, the calibration algorithm is as well defined as possible. A basic requirement is the definiton of a common reference depth scale. A second requirement is to reconcile the different vertical resolutions by the depth averaging of core data, the signal enhancement of log data, or both. Essential to this process is the adoption of ‘key intervals’ as control zones for data integration. These procedures can result in a reduced uncertainty, which transmits through to reservoir appraisal through a better petrophysical definiton of constituent lithological units.
Routine and special core analyses are among our main services, incorporating options such as invasion studies, computed tomography scanning, capillary pressure, wettability, improved oil recovery solutions and reservoir condition measurements. Geological studies we offer can encompass aspects such as Sedimentological and petrological studies to provide:
– Textural core analysis and integration with the geologic framework.
– Determination and evaluation of porosity.
– Petrophysical rock types and water saturation.
– Applied capillary pressure and calibrating water saturation.
– Reservoir facies characterization.
– Pore geometry, clays, and the relationship to water saturation.
– Flow units and permeability prediction.