A high-performance cured-in-place pipe (CIPP) solution only delivers results when it’s supported by the right tools for the job. In ultraviolet light-cured, glass-reinforced pipe (UV GRP) installations, precision isn’t solely dictated by the liner formulation or the curing profile. It’s also shaped by the configuration and reliability

When Idaho’s Ada County Highway District (ACHD) flagged a 42-inch corrugated metal culvert with severe flow-line corrosion, the risks were immediate and compounding. This wasn’t just another asset in need of attention. It was a pipe conveying a year-round creek beneath South Chipper Way, a blind-curved roadway

When it comes to trenchless pipeline rehabilitation, efficiency and minimal disruption are key factors for contractors, municipalities, and the surrounding community. Ultraviolet light-cured, glass-reinforced pipe (UV GRP) technology stands out for its streamlined installation process and compact jobsite footprint, making it a practical and cost-effective solution. 

Municipal infrastructure is aging fast, and the pressure to rehabilitate without disruption is only growing. Given the rising toll of extreme weather, trenchless pipeline rehabilitation is rapidly becoming a non-negotiable component of sustainable infrastructure planning. That’s why more municipalities are specifying ultraviolet light-cured, glass-reinforced pipe (UV GRP)

For contractors, efficiency, safety, and reliability are always top priorities on any project. That’s why ultraviolet light-cured, glass-reinforced pipe (UV GRP) technology is gaining attention across the trenchless rehabilitation industry. When it comes to UV GRP installation, contractors consistently find the process cleaner, faster, and more efficient

When it comes to rehabilitating large-diameter pipelines, contractors and municipalities face a unique set of challenges. Traditional methods can be time-consuming, disruptive, and costly due to heavy equipment needs, extensive bypass pumping, and prolonged downtime. Ultraviolet light-cured, glass-reinforced pipe (UV GRP) liners offer a smarter solution —

Storm events that used to be labeled “50-year” or “100-year” now seem to be occurring annually. This change is affecting the operational stability of municipal sewer systems. Sanitary and combined sewer networks are experiencing flows far beyond what they were originally engineered to handle. The issue isn’t

Stormwater management is a balancing act between urban development, regulatory requirements, and natural water cycles. As weather patterns shift and storms intensify, municipalities are tasked with maintaining performance standards using infrastructure that was never designed for this level of stress. Aging pipes, outdated materials, and limited access

In any infrastructure project, the materials you use are only part of the equation. A top-tier product can still yield poor results if it’s installed incorrectly. Nowhere is this more evident than in trenchless pipeline rehabilitation using ultraviolet light-cured, glass-reinforced pipe (UV GRP)  liners. These solutions are

In cured-in-place pipe (CIPP) rehabilitation, success on the job site doesn’t start with the liner but with training. Before a single foot of liner is installed, crews need to be equipped with more than just the right materials. They need knowledge, certification, and hands-on experience. According to