Settlement Mitigation
Corrects differential settlement at approaches and abutments
industriesbridge infrastructure
Bridge Infrastructure
What is Bridge Infrastructure?
Bridge infrastructure includes abutments, approach slabs, piers, and foundations that support safe roadway and rail passage. These structures are constantly subjected to traffic loading, water influence, and soil movement, making stabilization and durability critical to long-term performance.
Challenges in Bridge Infrastructure
- Settlement and differential movement at approach slabs
- Erosion and void formation around abutments and piers
- Weak soils reducing load-bearing capacity of foundations
- Water infiltration causing structural deterioration
- Disruption to traffic and safety during traditional repair methods
Types of Polymers Used
High-Density Polyurethane Foams
- Expands to fill voids beneath approach slabs and abutments
- Provides lightweight stabilization without soil overload
- Cures quickly to reduce traffic downtime
Structural Polyurethane Resins
- Reinforces soils beneath piers and foundations
- Provides rigid, long-term load transfer support
- Extends service life of bridge structures
Hydro-Insensitive Polymers
- Performs reliably in saturated or water-bearing soils
- Controls erosion and prevents groundwater infiltration
- Maintains strength and stability in challenging subsurface conditions
Benefits of Bridge Infrastructure Solutions
Bridge stabilization solutions restore safety and reliability while minimizing traffic interruptions. Trenchless polymer injection reduces maintenance costs, protects against erosion, and extends the service life of critical structures.
Safer Bridges with Minimal Traffic Disruption
- Stabilizes abutments, approach slabs, and foundations
- Minimizes lane closures and traffic disruption
- Provides durable protection against settlement and erosion
- Extends the service life of bridge infrastructure
Key Applications
Approach Slabs
Corrects differential settlement and restores smooth transitions
Bridge Abutments
Stabilizes soils and eliminates voids behind retaining structures
Piers & Foundations
Strengthens support for vertical and lateral bridge loads
Roadway Transitions
Restores alignment where bridge decks meet connecting roads
Railway Bridges
Provides stabilization beneath tracks, embankments, and abutments
Pedestrian & Small-Span Bridges
Protects walkways and local crossings from settlement and erosion
Services & Solutions
Stabilization and repair methods commonly applied to bridges include:
Void Filling
Void Filling
Eliminates subsurface cavities and restores uniform support
Soil Stabilization
Soil Stabilization
Strengthens weak soils to improve load-bearing capacity
Waterproofing & Leak Sealing
Waterproofing & Leak Sealing
Blocks infiltration and erosion near structural elements
Retaining Wall Stabilization
Retaining Wall Stabilization
Protects walls supporting bridge embankments
Structural Reinforcement
Structural Reinforcement
Restores load-bearing performance in compromised assets
How Our Process Works
1
Investigation
Bridge soils and structures evaluated for settlement, voids, and erosion
2
Planning
Repair design and injection sequencing developed to minimize traffic impacts
3
Access
Small-diameter injection points installed with minimal surface disruption
4
Injection
Expanding polymers placed to stabilize soils and restore support
5
Monitoring
Real-time tracking ensures stabilization without overcorrection
6
Validation
Final inspection confirms restored alignment and structural performance
Get Started with Expert Support
Phone
800-240-7868Have a project in mind or need more details about our services? Connect with our team today to discuss your challenges and learn how URETEK solutions can deliver lasting results.