Support growth by providing education, research, code/standard development and advocacy to existing and emerging markets on the safe and sustainable deployment of plastic piping systems in key energy infrastructures

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Polyethylene Pipes represent the material of choice for most gas distribution applications in North America and throughout the world. For US applications their use is governed by 49 CFR 192 which prescribes the design of plastic piping. In Canada the operation is regulated through CSA Z662. Polyethylene pipe for gas distribution applications range from ½" diameter through 24" diameter. Typical pressure capabilities are up through 80psi for MDPE pipes and up through 125 for HDPE pipes.

Where pressure ratings are higher than polyethylene is regulated to operate, certain polyamide piping systems have been approved for use in regulated gas distribution applications.

  • Natural Gas Distribution
  • LPG systems
  • Propane Gas Piping
  • Yard Gas Piping


Plastic Pipes are widely used throughout oil and gas gathering applications due to the combination of chemical resistance, flexibility and durability. Polyethylene pipes are in use in applications both above and below ground where the temperatures and pressures can be tolerated. Typical pressures are up to 300 psi with temperatures up to 140F.

Recently composite pipe structures have become widely accepted in Oil & Gas Gathering applications. The composite pipes can be composed of a wide range of thermoplastic pipe materials that may be reinforced with thermoset plastics, metals or other reinforcing materials. Composite pipes can be designed to operate at higher temperatures than polyethylene and at pressures up to over 1000 psi.

  • Oil and Gas Gathering
  • Produced Water
  • Brine & Salt Water Service
  • Hydro Fracturing
  • Sour Service CO2 and H2S