Services
Thermal Corefloods
Non-Thermal Corefloods
Solvent Corefloods
Surfactant Corefloods
Polymer Corefloods
ASP Corefloods
Electrical EOR
Foam EOR
Variable Salinity EOR
Immiscible Gas EOR
Miscible Gas EOR
Acid EOR
Recovery Efficiency
Waterflood EOR
CBM Corefloods
Tight Corefloods
Relative Permeability
Wettability
Capillary Pressure
Thermal Conductivity
- Thermal Conductivity of Core
- Thermal Conductivity of Fluids
Formation Damage Studies
- Water Compatibility Test
- Permeability Alteration Test
- Permeability Regain Test
- Clay Swelling
- Acid Tests
- Wax Removal Test
- Asphaltene Elimination Test
- Mud Invasion Test
Bitumen & Oil Extraction
Surface Area Analysis
Adsorption Isotherms
Tight Core Analysis
Acidizing Evaluation
Asphaltene Precipitation
Imbibtion
Mud Invasion Studies
Conformance Evaluation
Rock / Fluid Interaction
Fluid Flow Phenomena
In Situ Upgrading
Phase Behavior Study
Electric & Di-electric Properties
Tailings Research
CT Scanning Core for Reservoir Characterization
CT Scanning Core During Corefloods (Flow Visualization & Fluid Distribution)
Micro-CT Scanning
Fluid Distribution
Reservoir Characterization with NMR
Oil & Water Cut in Fluids
T2CUTOFF Calibration
Logging Tool Calibration
Used in Carbonates/Oil Sands where T2 is N/A
Production Metering (Online Water Cut Meter for Heavy Oil & Bitumen)
Carbon Number Distribution (C6 to C120+) via SimDist
PVT
Pore Volume, Porosity and Permeability with Gas
Water Saturation (Sw=1, Dean & Stark, Karl Fischer)
Pore Size Distribution
Viscosity (High Temperature & Pressure)
Density (High Temperature & Pressure)
Total Acid Number (TAN)
pH & Conductivity
Ion Selective Electrode (ISE)
UV-Vis Spectrophotometer
Gas GC
GC-FID
Asphaltene Content (C7 Insoluable)
ICP
Anion Analysis
Microscopy of Emulsions
ISE NH4
Carbonate Ion
Surface Tension
Interfacial Tension (IFT)
Formation Factor
Pore Level Digital Core Analysis
Core Level Digital Core Analysis
Experiments to Calibrate Simulations & Models