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Major companies rely on our souring solutions
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Laboratories digitally transformed by our technology
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PVT characterizations projects
SOURING AND GEOCHEMISTRY
Unlock the power of souring mitigation with our cutting-edge technology
Water injection remains a key EOR method, but without the right support, it can lead to significant issues. Through advanced simulation and expert support, our solution empowers engineers to manage and mitigate the risks associated with H₂S formation before it impacts operations. By modeling souring potential from the early design phase, we help you minimize costly operational challenges, protect equipment corrosion, ensure safer conditions, and sustain the value of your oil.
Trust us to prevent reservoir souring, safeguard your operations and unlock smoother, more efficient oil recovery.
EXPLORE
Technology and expert services
Microbiological souring modeling
Model and evaluate souring potential based on biomass growth and extensive experimental data
History matching and forecasting
Reproduce H2S production behavior and better predict future levels using our assisted history matching technology
Sensitivity analysis and uncertainty quantification
Forecast H2S production and quantify the risks associated with different water injection strategies
Mitigation methods
Understand and assess mitigation methods such as biocide and nitrate injection
Full 3D reservoir model
Our technology is compatible with major reservoir simulators so you can use your best model available
Equation of State modeling
Complete fluid characterization and EOS modelling for one or multiple samples.
Heavy fraction characterization
Heavy fraction characterization with exponential/gamma distribution for finer molecular weight adjustments
CO2 modeling
Enhance modeling of CO2 and impurity systems using tuned EOSs such as Span-Wagner, GERG and EOS-CG.
Manual and automatic tuning
Adjust EOS parameters automatically or manually.
Quality Checks
Run automated quality checks to analyze PVT reports and fluid model parameters for physical and thermodynamic consistency.
Black-oil and PVT table export
Access fluid phase behavior and export representative PVT Tables to OLGA, Eclipse, IX, Prosper.
Water modeling
Access water properties after equilibrium for different brine solutions.
Gas and Mineral Precipitation
Access gas and mineral precipitation after equilibrium is reached
Scaling Potential
Access scaling potential for gas, water and mineral systems.
Lab Data
Standardize experiment results, digitize records with backups, audit changes, and trace equipment and samples.
Inventory Management
Manage equipment inventory, stock control for Samples, Chemicals and Protective Equipment.
Equipment Management
Manage all equipment events for maintenance, calibration or experiment reserves.
Rock/Fluid Subsample Requisitions
Request subsample for rock and fluids, manage sample requisitions, track all subsamples and trace back all transactions.
HSSE Module
Manage reported deviations, action plans, risk maps, legal documents and safety operation procedures versions.
Audit Log and Access Control
Audit all events and control all user permissions.
Coreflooding experiment interpretation
Coreflooding experiment results analysis for physical consistency
Manual and Assisted History Matching
Inverse modeling of relative permeability curves and capillary pressure
Uncertainty Quantification
Quantify uncertainty around optimal relative permeability and capillary pressure
Analytical Methods
Compute capillary pressure from centrifuge experiments
Core flooding and geochemistry simulation for wettability
Analyze relative permeability and capillary pressure considering local contact angles
Simulation for tuned injection water composition
Improve recovery factor with screening and coreflooding simulations for optimal brine composition
PVT Experiments QCs
Quality checks for Composition, Differential Liberation, Constant Composition Expansion, and DL–CCE continuity
Quality Checks for Composition
Quality check for material balance, Hoffman test, equilibrium ratios
Quality Assurance: Differential Liberation Experiment
Data quality check and corrections for density balance, K values, Z factor, global composition and residual oil composition
Quality Constant Composition Expansion
Check data quality and correct to respect material conservation, Z factor, Y function, extended Y function and density
OSDU
Import and export samples, experiments or fluid models to OSDU database
OFFERS
Discover our taylor-made solutions for reservoir engineering
EOS Characterization Consulting
Quality check for physical and thermodynamic consistency of PVT Experiments
Optimized PVT Table for tuned EOS in various formats
Sensitivity analysis for EOS parameters
Common EOS, CO2 modelling, C7+ characterization, and more.
Souring consulting
Microbiological souring modeling
History matching and forecasting
Sensitivity analysis and uncertainty quantification
Mitigation methods
EOR
Low Salinity Water Tuning
Analyze relative permeability and capillary pressure considering local contact angles
Improve recovery factor with optimal brine composition
Rock and fluid database and analysis
Deploy Rock and Fluid Platform
Data standardization, digitalization and integration
Want more information?
We are here to answer any questions you may have, and create an effective solution to accelerate your design process.