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Modern techniques for the renovation of pressurized water pipes
The rehabilitation of pressurized water pipes is a key aspect of infrastructure maintenance. In times of increasing environmental awareness and technological advances, modern, efficient and sustainable methods are more in demand than ever. In this blog article, we shed light on modern techniques for the rehabilitation of pressurized water pipes.
Pressurized water pipes IBG HydroTech GmbH
Pressurized water pipes are a crucial part of the municipal infrastructure and ensure a reliable supply of drinking water. However, wear, damage or corrosion can occur over time, making rehabilitation necessary. Modern technology offers various approaches to meet these challenges and extend the life cycle of this important infrastructure.
CIPP (Cured-In-Place-Pipe) Procedure
One of the most popular modern approaches to rehabilitating pressurized water pipes is the CIPP process. This involves inserting a resin-soaked liner into the damaged pipe and curing it using UV light or hot water. This creates a new, robust inner coating that extends the service life of the pipe. CIPP is a fast, efficient and cost-effective solution that often requires no major construction work.
Robot-assisted refurbishment
Robot-assisted methods are another innovative technique for the rehabilitation of pressurized water pipes. These robots are equipped with various tools that allow repairs and inspections to be carried out without the need for full access to the pipe. This method is particularly helpful in complex or difficult to access pipe systems and minimizes disruption to regular operations.
Burst restoration
Burst repair is a method in which a new pipe is “burst” into the old pipe. This method is particularly suitable for large-diameter pipes and is especially effective in eliminating large cracks and breakthroughs. Burst rehabilitation requires minimal excavation work and therefore causes less disruption and costs than conventional methods.
The techniques used to rehabilitate pressurized water pipes have evolved considerably in recent years, offering a range of solutions that are both efficient and environmentally friendly. From CIPP to robot-assisted rehabilitation to burst rehabilitation: there are a variety of methods to extend the service life of our pressurized water pipes and preserve the water infrastructure for future generations. The focus here is primarily on the sustainability and efficiency of these methods.