Trenchless Technologies (Jacking and Re-Lining)

Trenchless Technologies with Jacking and Re-Lining Methods

SUPERLIT pipes offer excellent solutions for renewing pipelines that have reached the end of their service life or require replacement through trenchless technology. These methods include re-lining pipes installed inside previously laid pipelines and pipes placed in tunnels created underground using special machines through the jacking method. Jacking and re-lining methods improve the infrastructure quality of existing urban areas without disrupting city life or traffic flow.

Advantages of Jacking and Re-Lining Methods:

Requires Lower Thrust Force: The jacking method requires lower force during the pipe pushing process, leading to energy and cost savings.

Easy Installation: SUPERLIT GRP pipes offer easier installation compared to other connection systems.

Less Excavation and Lower Machinery Costs: Jacking and re-lining methods require minimal excavation, which reduces project costs.

Angular Deviation Capability: The couplings offer the possibility of angular deviation, making pipe direction adjustments more flexible.

No Need for Trenching: Trenchless technology eliminates the need for trenching, minimizing environmental impact.

Installation Possible in Adverse Weather: The jacking method can be safely applied even in adverse weather conditions.

No Need for Water Level Precautions: Installation can be carried out without harming the vegetation or interfering with the water level.

No Need for Large Storage Areas: Pipe installation with jacking and re-lining methods can be done without requiring large storage areas.

Minimal Noise and Pollution: Noise, pollution, and vibration disturbances, as well as traffic impact, are minimized.

With the advantages provided by SUPERLIT's trenchless technologies, infrastructure projects can be completed faster, more economically, and in an environmentally friendly manner. Jacking and re-lining methods offer an ideal solution for both new projects and the renewal of existing pipelines.

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