PNEUMATIC PUMPS

Blackhawk positive-displacement piston pumps feature an all-weather pneumatic drive motor above the wellhead, connected with high-quality downhole components. The pumping action is similar to that of an oilfield pump jack.

How Pneumatic Piston Pumps Work

Above the wellhead:

A drive motor is matched to one of three power sources — pneumatic, electric or solar. The motor pushes and pulls a durable, flexible drive rod connected to a reciprocating piston near the bottom of the well.

Our pneumatic pumps are reciprocating rod, positive-displacement piston pumps powered by industrial-quality compressed air. The motor is at surface grade, above the wellhead for easy installation and maintenance. Power to the pump is direct from surface through the sucker-rod assembly. The fluid inlet is at the pump bottom intake and removes fluid to 0 submergence depth.

PNEUMATIC

HOW IT WORKS VIDEO

CONTACT US

Below the wellhead:

Low-flow pumping action pulls liquid from the well without disturbing the formation:

  • The flexible fiberglass drive rod, enclosed in a riser-pipe cylinder, connects the motor to the piston in a pump barrel.
  • As the motor pulls up the rod, the piston creates suction at pump intake.
  • Liquid is pulled through a strainer into the foot valve.
  • Stainless-steel balls in the reciprocating piston and foot valve open naturally to allow liquid into the piston, then close to prevent liquid from returning.
  • The pumping action lifts liquid up the riser pipe with each stroke; the liquid exits a discharge tee above the wellhead.
Image of an industrial pneumatic cylinder with a metal base and vertical design. It includes a motor attached to the side, a black cable connecting components, and features a top-head drive pump. The background is solid blue.

ATLAS 2.5
PNEUMATIC

The Atlas 2.5 Pneumatic Piston Pump®

is Blackhawk’s most powerful pneumatic reciprocating piston pump. It is designed for difficult and heavy-duty applications, including hot and/or harsh environments, remediation, high discharge pressure, deep wells, angled or horizontal pumping, winter running and extended duty.

Key Applications

I&O Manual

A manual for installation, maintenance and troubleshooting of the Atlas Pneumatic Pump.

Product Sheet

An overview of the Atlas Pneumatic Pump.

Technical Data Sheets

Model 101 maintains steady flow to depths of 813 feet (248 meters).

Model 102 maintains steady flow to depths of 359 feet (109 meters).

    Model 103, at 11.0 gpm (41.6 lpm), has the most powerful lift of the Atlas line and maintains steady flow to depths of 137 feet (41.7 meters).

  • Technical Data Sheet
A high-precision scientific instrument with a vertical metallic column mounted on a circular base, featuring a central control unit and intersecting horizontal components, each capped with transparent cylindrical casings. Equipped with a top-head drive pump, it stands against a solid blue background.

V-2
PNEUMATIC

The V-2 Pneumatic Piston Pump™

is Blackhawk’s most versatile pneumatic reciprocating piston pump. It is designed for the broadest range of pumping applications and environments, including hot or harsh landfill leachate, gas-well dewatering, condensate-recovery sump, hydrocarbon remediation, and groundwater pump applications.

Key Applications

I&O Manual

A manual for installation, maintenance and troubleshooting of the V-2 Pneumatic Pump.

Product Sheet

An overview of the V-2 Pneumatic Pump.

Reconditioning Guide

A poster with specifics on maintenance and reconditioning a V-2 Pneumatic Pump.

V-2 Drive Motor Assembly

A poster with specifics on V-2 Drive Motor Assembly.

Technical Data Sheets

Model 101 maintains steady flow to depths of 555 feet (169 meters).

At 11.0 gpm, Model 103 has the most powerful lift of the V-2 line and maintains steady flow to depths of 84 feet (25.6 meters).

An industrial machine component with a cylindrical base, vertical metal column, and attached rectangular and cylindrical parts features a top-head drive pump. The device has various connectors and wiring, all set against a solid blue background.

EDGE
PNEUMATIC

The Edge Pneumatic Piston Pump™

The Edge Pneumatic Piston Pump™ is Blackhawk’s most economical pneumatic reciprocating piston pump, comparable in price to popular airlift models, yet more powerful. It is designed as a rugged, reliable everyday pump suited to several environments including landfill leachate, gas-well dewatering and floating-product remediation.

Key Applications

I&O Manual

A manual for installation, maintenance and troubleshooting of the Edge Pneumatic Pump.

Product Sheet

An overview of the Edge Pneumatic Pump.

Technical Data Sheets

Model 101 maintains steady flow to depths of 281 feet (85.6 meters).

Model 102 maintains steady flow to depths of 119 feet (36.2 meters).

Image of a vertical industrial machine component with metallic parts and a pressure gauge attached, set against a blue background. The top-head drive pump appears to be a fluid or gas control mechanism, featuring cylindrical shapes and a sturdy base.

NEPTUNE
PNEUMATIC

Neptune Pneumatic Caisson Sump Piston Pump™

The Neptune Piston Sump Pump is a high performance positive displacement piston jack pump that is specially designed to pump hot, viscous, oily liquids from harsh saltwater industrial environments. With shallow or deep recovery capabilities, the lightweight Neptune Piston Sump Pump uses an active recovery process that draws product from a specified depth, at a specified rate and can be set at 0 to 11 US GPM (LPM 41.6) flow range.

Key Applications

  • Salt Water Environments

The Neptune Piston Sump Pump features a pneumatic drive motor that is mechanically driven from the surface. Constructed of high grade stainless steel, the Neptune Piston Sump Pump operates effectively in aggressive saltwater environments and features high efficiency, superior wear resistance, and constant pumping speeds. The Neptune Piston pumps fluids down to the bottom of the piston inlet, draws down to zero with steady controlled flow rates.

Top Head Drive Motor

  • Drive motor is on top of sump.
  • Generates up to 380 PSI of power equivalent to 880′ TDH.
  • Heavy duty compact driver fits into enclosed vault.
  • Down hole environment (e.g., temperature, corrosion, pressure, vacuum, etc.) does not affect pump performance.
  • Air system shutdown does not impact pump.

Controlled Pumping

  • Controls drawdown of liquid.
  • Matches pumping rate to yield of product in well or sump.
  • Increases sump life.
  • Gently handles product, without emulsification.
  • Measured metered flow.

Air Lines Outside of Sump

  • Compressed air is not in sump.
  • Compressed air does not contact liquid being pumped.
  • Biological or encrustation build up is reduced or eliminated.
  • Foamy liquid discharge is reduced.

Best Drawdown Capability in Industry

  • Draws liquid to bottom intake, independent of liquid head.
  • Pump does not need to be submersed to operate.
  • Pump operates vertically or horizontally.
  • Pumps thick, heavy, viscous liquids.

Safe, Clean, Healthy Operation

  • Top head drive feature keeps operator free from contaminates.
  • Inspection and maintenance are healthy and safe.
  • Pump discharge exhaust air is free of contaminants.

I&O Manual

A manual for installation, maintenance and troubleshooting of the Neptune Pneumatic Pump.

Technical Data Sheets

Model 101 maintains steady flow to depths of 281 feet (85.6 meters).

 
Blackhawk logo