Services
Stabilization
Overview
Turning poor soils into buildable ground
In addition to its wide range of civil construction skills, a key component in Kolb’s ongoing success has been the ability to strategically expand and enhance its suite of services. Kolb has combined many soil stabilization techniques, including cement, lime, and fly-ash stabilization, mine grouting, and roller-compacted concrete (RCC), into its growing range of construction specialties. The result is weak, wet, or unsuitable ground treated in place and engineered into a stable, load-ready foundation.
Full scope
Every stabilization method, under one contract
Soil stabilization isn’t one technique. It’s the right chemistry and method matched to your soils and loads. Kolb self-performs the full range, so the solution fits the site instead of the other way around.
Soil Stabilization
Lime, cement, and fly-ash treatment that dries, strengthens, and stabilizes weak subgrades in place.
- Lime, cement & fly-ash treatment
- Subgrade improvement & strengthening
- Moisture conditioning & drying
- Geo-synthetic material placement
- Structural & retaining walls
Mine Grouting
Filling and grouting abandoned mine voids to create stable ground for what’s built above.
- Void filling & mine grouting
- Highway & roadway subsurface support
- Commercial & industrial site preparation
- Alternative energy development sites
Roller-Compacted Concrete (RCC)
High-strength, fast-placing RCC for dams, embankments, and heavy-duty surfaces.
- Dam raising & construction
- Industrial staging areas
- Roadways & embankments
- River detention structures
Reclamation & Moisture Conditioning
Reclaiming and reconditioning in-place materials to cut undercut, haul-off, and import.
- Full-depth reclamation
- Moisture conditioning & drying
- Dewatering & water removal
- Increasing soil bearing capacity
Capabilities
What our stabilization crews deliver
Lime & Cement Treatment
Chemical treatment that dries wet soils and builds lasting strength and bearing capacity.
Subgrade Improvement
Weak, unsuitable subgrades reworked and compacted into stable, buildable foundations.
Moisture Conditioning
Drying, dewatering, and moisture control that get soils to optimum for compaction.
Reclamation & Grouting
Full-depth reclamation, mine grouting, and RCC placement for tough ground conditions.
How we work
Right chemistry, proven in the field.
One team tests the soils, designs the mix, and treats the ground to a documented, engineered standard.
01
02
03
04
Problems we solve
Hard soils are where we do our best work
01
Poor or unstable soils
Wet, soft, or unsuitable soils get treated in place with lime, cement, or fly ash, engineered into ground that holds load instead of hauled off and replaced.
02
Excess moisture
Saturated subgrades are dried and moisture-conditioned to optimum, so grading and compaction stay on schedule through wet conditions.
03
Costly undercut & haul-off
Reclaiming and stabilizing material in place cuts truckloads of undercut and import, saving cost, keeping soils on site, and reducing traffic.
04
Schedule & weather delays
Stabilization creates an all-weather working platform fast, so the next trades keep moving instead of waiting on the ground to dry out.
Where others undercut and haul away, we stabilize in place.
Safety
Safety is a culture, not a number.
For us, safety is more than an EMR figure. It’s how every crew shows up, every day. From daily planning and hazard analysis to ongoing crew training, we build safety into the work so our people go home safe and your project stays on track.
Daily hazard analysis
Every crew plans the work and the risks before it starts.
Ongoing safety training
Continuous training keeps our people sharp and certified.
Documented compliance
Full reporting and inspection coordination on every job.
Selected work
Ground we've stabilized
Linville Dam Embankment Improvement
Embankment improvement and soil stabilization for a dam project.
Indiana US Interstate 69
Subgrade stabilization and earthwork along a major interstate corridor.
Bear Run Lead Track
Ground stabilization supporting rail, bridge, and tunnel construction.