Developed for oil and gas production applications, this advanced performance additive helps maximize production efficiency while minimizing equipment wear, energy consumption, and maintenance costs. By reducing friction throughout the production system, it contributes to smoother operation, longer equipment life, and improved overall reliability.

Progressive Cavity Pump (PCP) Applications

Designed specifically for progressive cavity pump systems, the formulation enhances operating efficiency while protecting critical pump components.

Key Performance Benefits

• Reduces operating torque by approximately 25–40%, allowing the pump to operate more efficiently.
• Supports increases in pump speed of 33% or more, enabling higher production rates and greater fluid throughput where operating conditions allow.
• Lowers electrical power demand by 20% or more through reduced mechanical resistance.
• Forms a durable lubricating layer on sucker rods, tubing, plungers, and other metal components to reduce friction and premature wear.
• Extends maintenance intervals and increases the service life of treated equipment.
• Conditions and lubricates the pump stator to promote smoother operation.
• Helps suspend sand and other abrasive solids, reducing damage to composite stator materials.
• Assists in keeping perforations cleaner, improving fluid flow while reducing the force required to lift production fluids.

Rod Pump Operations

In conventional rod lift systems, the additive helps improve efficiency and reduce operating costs by:

• Reducing torque and friction throughout the pumping system.
• Protecting moving components with a long-lasting lubricating film.
• Lowering electrical load by decreasing drag and mechanical resistance.
• Improving fluid movement through cleaner perforations.
• Reducing the frequency of well servicing and maintenance interventions.

Gas Condensate Production

For gas condensate operations, the additive helps protect surface pumping equipment operating under severe service conditions.

Performance Advantages

• Extends the service life of pumps exposed to gas condensate production environments.
• Reduces pump replacement frequency, maintenance downtime, and associated labor costs.

Promotes smoother and quieter pump operation for improved overall system performance.