Petroleum System Study Field Development Plans Reservoir Characterization Reservoir Engineering E&P Acreage Evaluation
Gravity and Magnetic Modeling 2D/3D Seismic Interpretation Structural Modeling Geological Interpretation Volumetrics and Ranking Petrophysics Structure Restoration Fault Seal Analysis
Biostratigraphy Core Description Cyclo-Sequence Stratigraphy Sedimentology
Log & Map Digitizing Seismic Vectorization Composite Logs Drafting
Short Courses On Job Training Field Trips
NeuraLog WellCAD Geodes Lithotect RokDoc
Preface Clients ListCareers Contact Us

   

With RokDoc seismic data can be integrated with log data and pressure data. RokDoc has unparalleled rock physics modelling capabilities and Rock Physics Model Templates. The tools can be used to identify porosity and many other types of geological variations, based on seismic and well data. 

RokDoc Modules
Rock Physics Reservoir Characterization Pressure Prediction
Industry leading rock-physics, 2D modelling and well to seismic tie solution delivering easy to use solutions for both generalist and expert quantitative interpretation practitioners. Seamlessly combine core, log and seismic data into predictive models that can be used to characterise the seismic response in both conventional and unconventional settings, reducing interpretation cycle times and enhancing the accuracy and robustness of subsurface interpretations. Rapid model construction and assessment delivers better than ever understanding of subsurface uncertainty. Combine 3D and 4D seismic data with powerful rock physics enabled geostatistical and data driven modelling workflows to determine the spatial and temporal rock and fluid distributions from exploration to production settings. Incorporate and validate multiple geocellular models from external sources to develop and optimise engineering models for production forecasting and simulation. Operate in time and depth simultaneously, and perform probabilistic descriptions of the subsurface using powerful post processing tools and workflows for the effective communication of risk. Analyze direct and indirect (mudweights) pressure measurements to establish the subsurface pressure distribution and geological bases for the development of overpressure through geological time. Assess drilling data, image logs and lab data and perform dynamic and static measurement calibration to determine stress regimes and interpret historical drilling and production performance. Combine geopressure and geomechanical models with 3D elastic properties to understand risk and estimate and forecast drilling and production performance at undrilled leads and prospects across the drilling portfolio.
Outputs of log analysis, upscalingand inversion feasibility workflow Fluid substitution and rock physics modelling Pore pressure modelling
Stress/fracture identification, facies and sedimentology Wellbore stability 2D modelling
Lithology attribute map generated from pre-stack simultaneous inversion Basemap showing corner point grid N:G property overlaid with seismic grid and well locations 3D perspective of geomodel N:G and saturation alongside facies inversion and 4D anomaly