About the service
Integrated Asset Evaluation is the critical first stage where we unify complex subsurface data to quantify risk, establish certainty, and define value. We move beyond single-discipline analysis to create a cohesive, verified understanding of your reservoir. This ensures every investment decision is grounded in a robust technical foundation.
StratisRock provides full-spectrum geoscience consultancy across exploration, development, and production. Our in-house G&G team delivers the foundational data and insights needed to de-risk your investments and ensure project certainty.
Our Core G&G Expertise:
Integrated Subsurface Mapping: Comprehensive analysis including full-scale seismic interpretation, well correlations, and integrated regional sedimentary basin studies to define the asset’s architecture.
Quantitative Reservoir Characterisation: Advanced interpretation of 3D seismic data to determine critical parameters like rock fluid content, porosity, and lithology. We maximize the value extracted from every seismic trace.
Risk & Volumetric Assessment: Detailed geological and geophysical studies for Geologic Risk Assessment and accurate volumetric estimations for both greenfield and brownfield projects.
Prospect Maturation: Focused evaluation to define a prospect’s architecture and delineate prospective areas using advanced techniques like rock physics, AVO analysis, and seismic inversion.
Data Acquisition Programs: Designing and supervising customized logging and coring programs to optimally meet your data acquisition objectives and support formation evaluation.
Formation Evaluation (FE) is an integral, foundational service for every StratisRock project, from initial prospect appraisal to full field development. We deliver an integrated, multidisciplinary approach to accurately determine the physical properties and fluid content of your subsurface reservoirs.
Risk Mitigation and Certainty
We go beyond standard interpretation to provide confidence and minimize uncertainty in your reserves:
HC Plot Summaries: Creating comprehensive Hydrocarbon (HC) plots that effectively summarize petrophysical interpretations and key discoveries.
Uncertainty Evaluation: Employing robust analysis, including the investigation of various interpretation methods and logs.
Risk Quantification: Determining parameter ranges for Monte Carlo analysis to quantify risks and highlight the financial impact of specific petrophysical assumptions.
Optimized Programs: Our experienced team designs custom logging and coring programs that are optimally tailored to meet your strategic data acquisition needs.
Integrated Expertise & Quality Control
Our FE is built on seamless collaboration across critical disciplines to ensure robust characterization:
Integrated Inputs: Combining insights from Geology, Geophysics, Petrophysics, Rock Physics, Geomechanics, and Reservoir Engineering.
Detailed Characterization: Providing both detailed reservoir characterisation and quick-look evaluations in real time for rapid decision-making.
Rigorous Data QC: Performing detailed quality control at both the well site and interpretation centres for all acquired data.
Technical Support: Offering technical and operational support for well log acquisition, permeability estimation, and advanced core, fluid, and data integration.
Reservoir simulation is a core strength of the StratisRock engineering team. We leverage the latest technology and leading industry-standard software to build dynamic models that accurately predict reservoir performance, enabling you to optimize recovery and maximize asset profitability.
Advanced Modelling and Forecasting
We translate subsurface data into strategic action using comprehensive simulation capabilities:
Dynamic Model Creation: Building geologically realistic 3D Static models and upscaling them into robust Dynamic models for all fluid types, structures, and Enhanced Oil Recovery (EOR) techniques.
Comprehensive Simulation: Expertise in black-oil, compositional, thermal, and streamline-based simulation ensures we can handle the complexity of any reservoir.
Value-Driven Optimization: Our focus is on delivering high-impact projects that include accurate history matching and model calibration, leading to optimized development strategies and reliable economic forecasts.
Well Test Analysis
Accurate reservoir models require accurate well data. Our dedicated team provides specialized Well Test Analysis to ensure reliable data integration:
Pressure Transient Analysis (PTA): Expert interpretation of pressure transient data and simulation history matching to characterize near-wellbore reservoir properties.
Advanced Techniques: Utilizing Numerical Well Test Modelling and advanced analytical methods like deconvolution to resolve complex test results and inform your dynamic models.
Integrated Design: We design custom well test programs that are optimally suited to your data requirements for seamless reservoir model integration.