TertiaryWise helps operators identify where performance is being lost in secondary recovery and EOR injection systems — across fluids, surface networks, wells, perforations, and energy.
Field performance depends on how fluids, surface networks, wells, perforations, and energy interact. When these elements are reviewed separately, the real source of performance loss can be missed.
See How We Solve ItTertiaryWise connects rheology, surface hydraulics, wellbore response, perforations, and energy indicators into one integrated workflow.
Polymer viscosity curve evaluation
Network hydraulics & shear rate diagnostics
Friction losses & downhole shear rates
Pumps & Exergy (X_RF) indicators
One unified dashboard checklist
Use TertiaryWise to review field cases where injection performance, pressure response, polymer behavior, or energy use need connected analysis.
Evaluate injection patterns, water handling capabilities, and pressure conformance across wells.
Track polymer rheology, surface mechanical degradation, and filterability factors (FD).
Analyze pipeline shear rates, pressure drop distribution, valve friction, and routing hydraulics.
Assess downhole shear degradation, skin factor changes, and injection profile optimization.
Identify operational power losses, check pump efficiencies, and calculate the exergy cost factor (X_RF) of your entire fluid distribution network.
TertiaryWise combines rheology, shear-rate analysis, hydraulic response, wellbore mechanics, perforation indicators, and energy-efficiency metrics to support practical engineering decisions. We integrate these physics using our PAMA (Polymer Analytics & Modeling Architecture) engine to bridge laboratory rheology measurements with field operations.
Viscosity modeling under varying shear, salinity, and temperature conditions.
Predicting mechanical degradation of polymer chains across networks and chokes.
Pressure drop and flow distribution calculations in connected pipelines.
Hydraulics and perforation shear degradation downhole.
Exergy-loss metrics (X_RF) to pinpoint wasted pumping power.
TertiaryWise was created to transform complex field and laboratory data into practical engineering decisions for secondary recovery and EOR.
Complex fluids • Secondary recovery • Polymer EOR • Injection systems • Rheology • Energy efficiency
Request a technical demo customized for your field injection networks.