Solid Control

EVAC

The Cyclone E-vac System represents a true advancement in downhole pump technology. Sand, grit, iron sulfide, and other fines which normally contaminate the produced oil and water can now quickly pass through the pump assembly. No longer are residual concentrations of these particulates allowed to collect between the barrel and plunger.

EVAC

The Cyclone E-VAC System is designed to address one of the most persistent challenges in pumping wells: the accumulation of damaging solids between the barrel and plunger. In conventional systems, small clearances allow fluid bypass, but also create a space where sand, formation fines, and other particulates can collect. Over time, this buildup leads to vertical scoring, accelerated wear, and increased friction across the pump assembly.

These conditions often result in stuck pumps, automatic shutdowns, or rod string failure. The operational impact includes increased well servicing, unplanned downtime, and higher replacement costs.

The E-VAC System introduces a different approach by actively removing solids from these critical areas during operation. During the downstroke, entrained particulates are directed inward through axial evacuation ports and into the center of the plunger, where they are carried into the tubing with produced fluids. At the same time, additional particulates are collected and redirected through the system, preventing accumulation in high-wear zones.

Radial ported vane technology within the system induces continuous rotational movement of fluids and solids. This rotation promotes more uniform wear across the barrel and plunger surfaces, reducing localized damage and extending pump life. When the pump is not in operation, settling solids are redirected away from sensitive areas, helping reduce the risk of stuck plungers and excessive wear during startup.

By reducing solids accumulation and improving wear distribution, the Cyclone E-VAC System supports more stable operation, fewer failures, and lower overall maintenance requirements. For best results, the complete Cyclone E-VAC System should be used as part of a fully integrated pump assembly.

Key Capabilities

Built for solids control in demanding downhole environments

The Cyclone E-VAC System is engineered to manage damaging solids and protect critical pump components during operation.

Removes sand, grit, iron sulfide, and fines from between the barrel and plunger

Reduces accumulation that leads to vertical scoring and accelerated wear

Directs particulates into the fluid stream for removal through the tubing

Promotes uniform wear through radial ported vane technology

Reduces friction-related stress across the pump and rod string

Minimizes risk of stuck pumps, shutdowns, and rod string failure

Technical Specifications

Engineered for integration into solids management systems

The Cyclone E-VAC System is designed to function as part of a complete downhole pump assembly focused on solids remediation.

Function

Solids evacuation and wear reduction within pump assemblies

Technology

Axial evacuation ports with radial ported vane rotation

Operation

Continuous solids removal during upstroke and downstroke cycles

System Integration

Designed for use as part of the complete Cyclone E-VAC System

Learn More About the Cyclone E-VAC System

Control solids. Protect your pump. Extend your run time.

The Cyclone E-VAC System is designed to reduce wear, minimize downtime, and improve overall pump performance in high solids environments. By managing particulates at the source, it helps operators maintain efficiency and reduce the cost of ongoing well servicing.

Solids Control and Pump Protection Solutions

Get the Full Technical Datasheet

Access detailed specs, performance data, and installation insights for this product.

Used by field operators to reduce downtime and improve performance.

Get Access to Datasheet

Access detailed specs, performance data, and installation insights of this system.

Used by field operators to reduce downtime and improve performance.

Get the Full Technical Datasheet

Access detailed specs, performance data, and installation insights for this system.

Used by field operators to reduce downtime and improve performance.

Get Access to Datasheet

Access detailed specs, performance data, and installation insights of this product.

Used by field operators to reduce downtime and improve performance.