The Global Cured-In-Place Pipe (CIPP) Market is valued to reach USD 2,512.4 million by 2023. Aging potable and sewage water structure, increasing awareness about the benefits of trenchless techniques coupled with high performance of CIPP over competing technologies are the major growth drivers of the CIPP market.
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Cured in place pipe (CIPP) is used for rehabilitation of sanitary sewers, pressurized water and gas pipelines. Under this process, the circular pipes are used that range between a few inches with a variety of irregular shaped pipes such as ovoids, box culverts and egg shapes. The lining then eliminates the need for pipe during the service and enables the configuration of CIPP which bypasses the pumping actions.
From the commercial aspect, urban areas in metro cities possess water infrastructure system that involves water pipelines and concealed sewers. Trenchless rehabilitation such as cured-in-place-pipe are now installed in various projects in order to lessen the urban environmental disturbance. CIPP are developed at high strength and are produced using composite materials such as fiber, polyester felt and unsaturated polyester resin. However, it is sorted that a combination of glass fibers with composite materials reflect better results in terms of mechanical properties. In the CIPP liner thickness design, flexural modulus turns out to be a major factor. As minimum values prescribed by the American Society for Testing Materials, glass fiber composites yield in a high value range.
Cured In Place Pipe Market Trends, Drivers and Opportunities:
Cured in place pipe (CIPP) market is highly driven by rising demand for replacement of mature pipelines. In addition, enormous spending by governing bodies for sewage treatment plants. Also, the market witness a significant rise in awareness of rehabilitation techniques. Development of new liners for different CIPPs sufficing the requirement is anticipated to contribute to the market development. In addition, trends such as growing segments are instrumental in contributing significantly. The demand for urban improvement projects such as rehabilitation is growing constantly as sewers witness constant aging and the major benefit of trenchless technology is to minimize the surface disruption in the creation phase.