Efficient Rehabilitation for Stormwater Systems
Groundworks offers stormwater infrastructure rehabilitation using polyurethane to stabilize soils, seal leaking joints, and protect systems against groundwater infiltration. Ideal for drainage basins, culverts, spillways, and lift stations, our solution is fast, flexible, and minimizes downtime in high-traffic or remote locations.
Fast, Targeted Stormwater Stabilization
Groundworks’ polyurethane-based stormwater infrastructure rehab solution provides fast, targeted stabilization and sealing for stormwater structures. By sealing leaking joints, filling voids, and strengthening surrounding soil, our solution is designed for the specific needs of commercial, industrial, and government projects.
Polyurethane Injection for Stormwater Stability
Our stormwater infrastructure rehabilitation service uses polyurethane to seal leaking joints, fill voids, and stabilize soils around stormwater systems. The expanding polyurethane seeks out gaps, sealing leaking joints to prevent inflow and infiltration, which helps maintain system capacity during heavy rain events and prevents sediment collection in lines. Applied from within or around the structure, this flexible solution is ideal for high-traffic or remote locations, securing stormwater systems with minimal downtime.
Signs Your Stormwater System Needs Rehabilitation
Weaknesses in stormwater systems can lead to reduced capacity, erosion, and blockages. These signs indicate the need for stabilization and sealing.
- Persistent Inflow and Infiltration: Excess water inflow signals compromised seals.
- Visible Cracks or Leaks: Leaks along stormwater structures suggest structural issues.
- Soil Erosion Around Structures: Erosion near basins, culverts, and spillways indicates soil instability.
- Compromised Pipe Material: Cracks, holes, or degraded concrete in pipes and basins.
- Surface Depressions or Sinkholes: Depressions above stormwater lines or structures suggest voids or loss of soil support.
Benefits of Stormwater Rehab
Groundworks’ stormwater rehabilitation solutions strengthen critical infrastructure while minimizing disruptions, ideal for commercial, industrial, and government applications.
- No Excavation Required: Polyurethane injection is a minimally invasive solution, reducing downtime.
- Fast and Efficient: Quick installation minimizes operational impact.
- Strengthens Soil Stability: Expanding polyurethane fills voids and densifies soil, adding support around structures.
- Adaptable for Various Locations: Effective in both high-traffic areas and remote sites.
- Preserves System Capacity: Seals leaking joints to prevent groundwater infiltration, maintaining system function even during heavy rains.
Protect Your Stormwater Infrastructure with Groundworks’ Targeted Rehabilitation Solutions.
Products We Use
Polyurethane Injections
What We Do
We rehabilitate stormwater infrastructure using high-density polyurethane injection to seal leaks, fill voids, and stabilize surrounding soils. Our solutions restore structural integrity and prevent water infiltration.
How It Works
We inject high-density polyurethane into voids and weak areas around stormwater infrastructure. The foam expands to fill gaps, stabilize soils, and create a watertight seal, preventing leaks and restoring structural integrity.
Case Studies
Solutions for Diverse Industries
From government projects to industrial facilities and commercial developments, Groundworks delivers engineering-led foundation solutions to tackle the toughest challenges across a wide range of sectors.
Names You Know Trust Groundworks with Their Toughest Foundation Issues
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FAQs
Polyurethane expands to fill voids, seal leaking joints, and densify soil, preventing inflow, infiltration, and groundwater intrusion into stormwater systems.
Yes, it can be injected from within or around the structure, adapting to various site conditions and access requirements.
It provides a fast, minimally disruptive method to prevent groundwater infiltration, stabilize soil, and avoid sediment buildup, preserving system capacity.
By preventing groundwater infiltration and sealing leaks, polyurethane helps maintain stormwater system capacity and avoids sediment blockage.