Solutions
Enhanced Oil Recovery
Three complementary technologies for getting more from existing wells: near-wellbore stimulation, downhole heating and polymer flooding.
Near-wellbore stimulation
MPC Method
Patented near-wellbore stimulation that lifts output without fracturing.
Explore the MPC Method- In-situ temperatures
- up to 500°C
- Per job, including well activation
- 2–3 days
- OGDCL KAL-03, Pakistan
- 50 → 750 BOPD
Downhole heating · Cavitas Energy
THOR downhole heater
Downhole heating that doubles heavy-oil rates without steam.
Explore THOR- Heating range at the perforations
- 0–260°C
- Max power (863 HP)
- 644 kW
- Break-even (as stated by Cavitas)
- 4–8 weeks
Chemical EOR & water shut-off · eppok
Polymer flooding & water shut-off
Independent polymer-flooding and water shut-off expertise for mature waterfloods.
Explore polymer flooding- Oil per tonne of polymer, Nuraly field, Kazakhstan
- 200 t
- Large polymer-flood projects designed
- 7
- Founder’s chemical EOR experience
- 15 yrs
At a glance
Which approach fits your well?
| MPC Method | THOR downhole heater | Polymer flooding | |
|---|---|---|---|
| How it works | Staged thermal, chemical and gas-driven reactions | Fluids heated at the perforations | Polymer turns a waterflood into a viscous sweep |
| Where it acts | Near-wellbore zone | At the perforations | Between injector and producer |
| Suited to | Pores plugged by deposits and formation damage; applicable in wells with high water cut | Heavy oil | Mature waterfloods |
| Deployment | Standard workover rig or CTU; 2–3 days per job | Runs on the same permanent-magnet motor as an ESP; offered on a rental model | Screening, design, sourcing, training and field start-up |
Not sure which fits? Share your well data with our team.