Industrial Pipeline Rehabilitation

CIPP solutions for chemical plants, refineries, and process industries

Overview

About this application

Industrial process pipelines convey aggressive chemicals, heated fluids, and high-pressure streams that demand purpose-engineered rehabilitation. Vinyl ester chemistry, reinforced fiber liners, and high-temperature resin systems make CIPP a viable alternative to costly pipe replacement in chemical, refinery, pulp & paper, and food processing facilities.

Industrial Pipeline Rehabilitation
Recommended Methods

How we approach industrial pipeline

Different damage profiles, host materials, and operating conditions require different rehabilitation approaches. Here are the methods best suited for this application sector.

Inversion CIPP for Chemical Pipelines

Inversion CIPP using our Dry Felt Tube and vinyl ester resin handles chemically aggressive industrial wastewater, conveys process effluent, and rehabilitates corroded steel piping. Capable of all-weather construction with seamless monolithic structure ideal for industrial environments where downtime is costly.

Best for: Chemical industry; PVC/cast iron/steel/concrete host pipes
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Flexible Reinforced Tube for Pressure Service

For industrial pressure pipelines, the Flexible Reinforced Tube series delivers leak-tight, high-temperature-resistant rehabilitation with media compatibility ranging from -40°C to 125°C. Pipe wall thickness 5-10mm is engineered for the operating pressures typical of industrial process service.

Best for: Industrial pressure pipelines; high-temperature service
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Related Products

Recommended products for this application

Inversion Dry Felt Tube

Inversion Dry Felt Tube

Steam-cured felt tube, DN100–DN2000

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Flexible Reinforced Tube

Flexible Reinforced Tube

Pressure pipeline lining, DN100–DN1500

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Vinyl Ester Resin

Vinyl Ester Resin

Hydrolysis-resistant CIPP resin

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Project requirements for industrial pipeline rehabilitation?

Send us pipe diameter, length, host material, and conveyed media — we'll recommend the optimal liner system and curing method.

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