Service
Coreflood Study
Independent coreflood programs for chemical compatibility, formation damage and EOR efficiency.
Overview
Our independent coreflood programs generate the rock-and-fluid evidence operators need before committing to a chemical strategy or EOR pilot. We design, supervise and interpret floods on representative core material — quantifying compatibility, formation damage, regained permeability and incremental recovery under reservoir conditions.
Capabilities
What we deliver under Coreflood Study.
Formation Damage Assessment
Drilling, completion and workover fluid screening with regained-permeability quantification on preserved core.
Chemical Compatibility
Stimulation, scale and corrosion chemical compatibility with formation rock, brine and crude under representative P/T.
EOR Coreflood
Polymer, surfactant, surfactant–polymer (SP) and ASP floods to quantify incremental recovery, retention and adsorption.
Wettability & Special Core Analysis
Amott, USBM and contact-angle programs to support EOR mechanism studies and reservoir characterization.
Acid Coreflood
Pore-volume-to-breakthrough determination for matrix acidizing fluid systems in carbonates and sandstones.
Independent Interpretation
Vendor-agnostic interpretation linking lab results back to field design parameters.
Workflow
A repeatable, auditable process.
- 01Objective and acceptance-criteria definition
- 02Core selection and characterization
- 03Test matrix and protocol design
- 04Lab supervision and QA/QC
- 05Data interpretation and field linkage
- 06Final report and design recommendations
Deliverables
What you receive.
- Test protocol and quality plan
- Raw and reduced coreflood datasets
- Interpretation report with mechanism analysis
- Recommendations for field design parameters
Outcomes
Why operators engage us.
Related
Other services
Well Stimulation Job Design
End-to-end engineering for matrix acidizing, acid fracturing and diverter strategies — from candidate selection to post-job evaluation.
EOR & Reservoir Study
Screening, lab program design and field-scale modeling for chemical, gas and thermal EOR projects.
Scale Management
Integrated scale prediction, inhibitor selection, squeeze design and residual monitoring across the field life cycle.
Ready to scope a coreflood study project?
Send us your data — we will respond with a feasibility note and a recommended workflow.