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- Basic log analysis (1-2 days)
- Unconventional Reservoir Analysis – Tight Sand, Shale and Coal (1 -4 days)
- Cement Sheath Evaluation (1/2 day)
- Combining Petrophysics, Stimulation and Reservoir Performance to compare treatment practices to determine the optimal treatment design.
- Unconventional reservoirs, tight sand, coal and shale
- Log to core studies delivery proprietary models
- Reservoir characterization
- Volumetric analysis of hydrocarbon in place
- Mechanical rock property analysis
- Geomechanical stress state analysis
- Bypassed pay and resource potential
- Log normalization and curve re-construction
- Calculate the minimum horizontal stress from a Geomechanical consideration
- Basis for understanding fracture diagnoistics
- Wellbore failure analysis in hard rocks
- Calculate Mechanical Rock Properties and Index of Brittleness of all rock strata with or without dipole sonic data
- Uses measured sonic data to calibrate the model for specific areas or fields
- Identify Coal for completion
- Estimate Gas in Place
- Volumetric oil or gas in place in surrounding rock strata
- Identify potential water producing zones adjacent to the coals
- Mechanical Rock Properties and Index of Brittleness of rock strata
- Identify organic rich shale intervals
- Quantify organic properties and maturity
- Best place to frac or go horizontal
- Volumetric oil or gas in place
- Mechanical Rock Properties and Index of Brittleness
- Determine proprietary relationships between core and log analysis parameters
- Focused on determining the appropriate measurements to estimate Clay volume, Mineralogy, Porosity, Permeability and Rock Properties
- Deliverables include the specific equations used in the analysis
- Simplify completion decisions
- Evaluate each zone for their resource potential
- Mechanical Rock properties and Index of Brittleness
- Average reservoir characterization and rock properties for each zone
