Trenchless Pipe Rehabilitation: CIPP vs Pipe-In Liner – Which Technology Should You Choose?
Trenchless pipe rehabilitation is one of the most efficient and modern methods for restoring and upgrading existing sewer, water, or industrial pipeline systems.
The two most widely used technologies today are:
CIPP (Cured-In-Place Pipe)
Pipe-In Liner – a fast, clean, and innovative solution.
Both offer long-term durability, reduced costs, and minimal disruption to existing infrastructure — but each has its own advantages and ideal use cases.

What Is CIPP (Cured-In-Place Pipe) Technology?
CIPP is a proven trenchless rehabilitation method that involves inserting a resin-impregnated liner into the existing pipe.
The liner is first inserted into the existing pipe and then cured in place using hot water, steam, or UV light. As a result, it hardens and seamlessly forms a new, structurally sound pipe within the old one.
Advantages of CIPP:
Service life of 50+ years
No need for extensive excavation
Suitable for large diameters and complex networks
Widely tested and used internationally
Pipe-In Liner – No Curing Required
The innovative Pipe-In Liner system introduces a major improvement: no curing time is required.
The liner is pre-formed and ready to install, allowing for extremely fast and clean rehabilitation with minimal downtime.Benefits of Pipe-In Liner:
No curing – immediate installation
Shorter project time and faster return to service
No resin handling, odors, or emissions
Ideal for urban areas, commercial buildings, and high-traffic zones
Long-lasting, high-performance solution
CIPP or Pipe-In Liner? The Right Choice Depends on Your Project.
Both technologies are professional trenchless pipe rehabilitation solutions:
CIPP is ideal for large-diameter pipelines, complex systems, and long runs.
Pipe-In Liner is perfect for quick interventions where speed and minimal disruption are key.
CIPP remains a reliable and time-tested technology.
Pipe-In Liner offers a faster, more efficient approach — with no curing and reduced downtime.


