Capture the downstroke.
The descending rod string drives hydraulic flow, accelerating the flywheel.
AL PRO / PRO-LIFT
High efficiency.
Lower power
consumption.
State of the art rod pumping in a compact wellhead installation.
01 / ENERGY RECOVERY
Recover energy.
Power the next stroke.
A mechanical flywheel stores energy from the descending rod string and returns it on the upstroke.
Reduce motor demand.
Stored rotational energy helps lift the rod string on the next upstroke.
No accumulators.
Mechanical simplicity: energy storage is handled by the rotating flywheel.
Small footprint.
A compact wellhead cylinder and enclosed power unit take up less space than large pump jacks and belt systems.
Lower installation cost.
Pro-Lift offers a lower-cost installation compared with large pump jacks and belt systems.
02 / PRECISION + INTELLIGENCE
Precision motion control.
AI informed.
State of the art control brings precision to every stroke.
PRECISION MOTION CONTROL
- Stroke lengthPrecisely controlled travel.
- Stroke speedControlled motion throughout the stroke.
- Stroke profileShape acceleration and deceleration.
- Stroke positionControl top and bottom positions.
- Custom travel profilesAddress challenging downhole conditions.
AI informed.
The system optimizes for wellhead economics, not just rod load.
State of the art.
With this level of control, production engineers have endless ability to alter the pump motion downhole to address challenging conditions.
03 / PLATFORM OVERVIEW
Precision motion.
Long-stroke capability.
| Unit | Stroke length | Stroke rate* | Max polish rod load** |
|---|---|---|---|
| 30-168-50-RHT | 168 in | 5.5 SPM | 30,000 lb |
| 30-240-50 | 240 in | 4 SPM | 30,000 lb |
| 30-320-75 | 320 in | 4 SPM | 30,000 lb |
* Depending on peak and minimum polish rod load (PPRL and MPRL). ** Constant load profile.
04 / START A CONVERSATION
Let’s talk
about your well.
Discover high efficiency rod pumping with Pro-Lift.