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<br />According to the American Society of Civil Engineers, <br />approximately 6 billion gallons of clean, treated drinking <br />water are lost each day in the United States due to pipe <br />deterioration. Additionally, much of the nation's drinking <br />water pipe infrastructure is long past its design life and <br />in need of repair. Complete replacement of these pipes <br />using conventional dig solutions can be time consuming <br />and very disruptive to traffic, citizens and the environment. <br />These problems can easily be avoided by choosing <br />Thermopipe -the non-disruptive, close-fit pressure <br />pipe rehabilitation system. <br />- Diameter ranges from 2.75 inches to 12 inches <br />- Independent fully structural internal pressure design <br />rating of 170 psi (230 psi for 4" thru 8" diameter) <br />- Stops leakage by bridging and sealing holes and faulty joints <br />- Rapid installation - up to 1,000 LF in just a few hours <br />- Drinking water approved <br />- Negotiates multiple bends <br />-Minimizes disruption <br />Thermopipe is a thin reinforced polyethylene <br />liner that is ideally suited for rehabilitation of <br />distribution water mains and other <br />pressurized piping systems of up to 12 <br />inches in diameter. Supplied as a factory- <br />folded "C" shape liner, the Thermopipe <br />is winched into the host pipe from a reel <br />and reverted with air and steam. <br />Once inflated and heated. the liner forms aclose-fit within <br />the host pipe, creating a jointless, leak-free lining system <br />able to independently carry the full system internal design <br />pressure. The installation process is simple and can usually <br />be complete within an 8-hour time period. <br />In aririifinn to nntahlp ~eratar rlictrihiitinn n <br />Sewer force mains <br />Fire water mains <br />Industrial pressure applications <br />Polyethylene matrix <br />encapsulates and surrounds <br />the polyester reinforcement <br />Polyester reinforcement <br />nopipe inserted Partially inflated <br />as C section <br />