With over 40 years of soil stabilization experience, we have been the soil stabilization contractor of choice for industrial, government, commercial, agricultural, and residential properties.
Shenandoah's work withstood Hurricane Ian
In October of 2021, Shenandoah Construction was contracted by Lee County Department of Transportation to remediate seawall issues on the Sanibel Island Bridge Span A.
Sept. 28, 2022 Ian made landfall in southwest Florida as a Category 4 Hurricane with max winds of 150 mph.
Seawall still standing. The material did its job.
Common Causes for Soil and Subsoil Failures and Destabilization
Both natural and man-made causes can lead to weak soils beneath structures. The original soil material/composition may not have been packed properly before construction, or nearby drilling or excavation may result in compromised soil quality. Regardless of the cause, weak soils and subsoils result in subsidence, generally caused by the extraction of groundwater, which leads to the formation of voids in the base and subbase soil beneath the structure. Symptoms of weak soils under government, commercial, industrial, or residential properties include:
- Foundation Settlement
- Cracks in Slabs and Foundations
- Heaves and Dips in Slabs, Roadways and Parking Lots
- Leaks and Cracks in Underground Utility Pipes and Structures
- And More
There can also be evidence of soil subsidence in adjoining and nearby properties.
Soil subsidence is a common problem in Florida. The stability of any structure or concrete slab is based mostly on the soil properties it is built upon. Florida’s sandy, limestone soils and geological conditions can cause voids in soil underneath foundations, concrete slabs, roadways, and structures. Under overbearing weight, the supporting soils will become inadequate to support the structures built upon them. When settlement occurs, it can destroy the value of the property/structure and even render it unsafe.
Learn More Here > https://floridadep.gov/fgs/sinkholes/content/subsidence-incident-reports
Soil Stabilization Methods
Shenandoah is a licensed affiliate of Uretek. Uretek’s (UDI) 2 stage deep injection polymer process has led the industry since the 1980’s. Commonly known as chemical grouting, UDI’s two stage deep injection polymer process, is a form of compaction & permeation grouting and soil stabilization for structures and water/fluid control, including:
Structural Chemical Grouting
In granular soils, chemical grouting fills the voids and pockets in soils and subsoils then bonds them together, stabilizing and lifting the soils and structure while creating a significant increased weight bearing capacity. This method it widely used for government, infrastructures, industrial, commercial, and residential buildings, and properties. Structural chemical grouting is also used to repair fractures in concrete and rock. When the grout is injected into the cracks and fractures it fills the voids with a powerful grabbing adhesive. It repairs the integrity of the concrete structure and rock and creates a waterproof bond.
Water Control Chemical Grouting
Is most often used to stop water flow in soils and subsoils. Injection points are laid out in a well-defined grid/curtain, then under pressure, chemical grout is injected into the grid pattern which allows it to interconnect. This fills the voids in the soil and creates an underground curtain/wall that prevents water/fluid migration. Water control grouting is widely used as a cost-effective way to stop leaks in underground utilities, storm drain & sewer systems, tunnels, underground tanks/structures, elevator shafts, manhole catch basins and nearly any underground structure. Underground grout curtain/walls are created at water flow points to stop the leaks and water/fluid flow into the structure. The job can be completed inside or outside the structure depending on accessibility.
Specializing in Soil Stabilization
Shenandoah has been the soil stabilization contractor of choice for industrial, government, commercial, agricultural, and residential properties. Some of our projects have included:
- Bridge Approach/Departure
- Bridge Transition Realignment
- Commercial Foundation/Slab Lifting & Leveling
- Culvert Repair & Restoration
- Embankment Restoration & Stabilization
- Industrial Foundation/Slab Lifting & Leveling
- Mechanically Stabilized Earthen Walls Restoration
- Railroad Bed Restoration & Stabilization
- Roadway Lifting & Stabilization
- Seawall/Bulkhead/Retaining Wall Restoration & Repair
- Sinkhole Repair
- Soil Compaction/Densification & Stabilization
- Subsurface Injectable Barrier Walls
- Underground Municipal/Community Utilities
- Water Inflow – Infiltration Mitigation
What are The Benefits of Shenandoah’s Chemical Grouting & Soil Stabilization Process?
Weight Bearing Capacity Restored or Increased
Material Reaches 90% of Strength in 15 Minutes, Assets can be Used Immediately
Precision Pavement Leveling Often up to 1/8” Tolerance with Rapid Polymer Expansion
Use of Small 5/8” Injection Holes, No Deconstruction Reconstruction
Low Pressure Injection of Polymer down to Base and Subbase Soils
One-Time Cost-Effective Method for Long Lasting Restoration
Contact Shenandoah your Local Statewide Expert in Soil Stabilization
When it comes to polymer chemical grouting, soil stabilization and preserving your real estate assets don’t settle for anything than the best. With decades of hands-on experience, the professionals at Shenandoah have the geotechnical experience and skills to inspect and complete your job correctly, on time and budget. Our outstanding customer service, excellent craftmanship, use of only the best in industry materials and equipment and highly experienced team members ensure that your soil stabilization project meets and exceeds all expectations. Contact us today for additional information.
Shenandoah/Uretek Soil Stabilization
Our Inspection, Restoration, and Maintenance, (IRM) Program has helped maximize the performance of our customers sanitary and stormwater systems for over 40 years.