Drain Relining UV CIPP Construction renovation of potable water pressure pipes

Energy-saving and environment-friendly material for UV CIPP construction

Ten advantages of UV curing pipeline trenchless lining repair:

Penetration installation - this reduces the number of steps in the repair process. The lining is installed inside the existing pipe and inflated with compressed air. It then uses robotics to cure and harden the lining using ultraviolet light to create new pipes. Due to the lining design, no pre-lining pipe or grouting is required to prevent infiltration.

Small footprint - the lightweight portable device used in the UV curing process makes it easy to access difficult areas, which is critical for narrow and sensitive areas such as lakes and backyards.

Environmental protection and safety -The UV curing process does not use water, so you can leave the heavy water equipment at home. This can reduce the floor area and reduce the impact on Residents' property. Traditional steam and water treatment methods also produce gases, which need to protect workers and residents. Ultraviolet light avoids all these conditions.

Faster curing time - you can maintain approximately 5 feet of pipe per minute, although this depends on the liner thickness. This greatly reduces the time required to repair the pipeline, which means that the service downtime of local residents is reduced.

No excavation at all - when UV curing is used, all access to the pipeline is through manholes and through robots without excavation. Excavation can be an expensive and destructive process.

Easy inspection CCTV robot is used to inspect the lining for wrinkles or folds before curing. Conventional steam or hot water linings cannot be inspected for linings until the pipe has cured and hardened.

No damage to existing pipelines - there is no fear that the existing pipelines in the city will be damaged due to excessive heat used in other trenchless methods.

Minimal impact on sewers - stronger but thinner materials have the least impact on existing sewer capacity. High strength glass fiber performance enables thinner wall design, maximum hydraulic capacity, and reduced resin consumption.

Reduced health concerns - due to the tightness, the odor and impact of styrene resin are minimized, thus sealing and limiting the harm. Styrene, considered a carcinogen, has no possibility of sneaking into the sewer system.

Environmental protection - this is the value of UV curing. No remediation can improve efficiency and limit the release of styrene, thus promoting environmental protection projects.