How SURTREAT Surface-Applied Technology Helps Reduce Life-Cycle Costs, Extend Service Life, and Protect Infrastructure Investments
Every concrete structure represents a substantial capital investment.
Parking garages. Bridges. Marine facilities. Industrial plants. Commercial buildings. Condominiums. Public infrastructure.
Yet too often, maintenance strategies focus on repairing visible deterioration rather than addressing the conditions that caused it.
The result?
Repeated concrete patching and restoration
Escalating maintenance expenditures
Corrosion-related damage to embedded reinforcing steel
Facility closures and operational disruptions
Expensive structural rehabilitation
Premature replacement of otherwise serviceable infrastructure
The real cost of concrete deterioration isn't just the next repair. It's the cumulative cost of every repair that follows.
SURTREAT Solutions offers a different approach: preserve and strengthen existing concrete while mitigating the deterioration mechanisms that drive future repair costs.
1. Strengthen Existing Concrete Instead of Replacing It
SURTREAT's TPS II surface-applied technology uses Ion-Exchange Densification (IED) to improve the existing concrete matrix.
Through chemical interactions within the cementitious structure, the treatment is designed to:
Increase concrete density and reduce interconnected porosity
Improve resistance to water and chloride penetration
Enhance concrete strength where substrate conditions permit
Help protect embedded reinforcing steel against corrosion
Preserve existing structural materials and extend their useful life
The economic advantage: Improving and preserving existing concrete can defer costly demolition, reconstruction, material replacement, and associated labor.
Instead of automatically replacing deteriorating infrastructure, owners and engineers can evaluate whether treatment and targeted repairs will deliver a more economical long-term solution.
2. Reduce the Corrosion That Drives Expensive Repairs
Corrosion of reinforcing steel is one of the most costly causes of concrete deterioration.
As corrosion products expand, they can create internal stresses that contribute to cracking, delamination, and spalling.
Traditional repair programs often remove damaged concrete and patch affected areas—but the surrounding concrete may remain vulnerable to the same deterioration mechanisms.
SURTREAT addresses this challenge with complementary technologies:
TPS II: Surface-applied concrete densification and corrosion-inhibiting technology
TPS XII: Migrating corrosion inhibitor designed to protect embedded reinforcing steel
Repel WB: Penetrating, breathable water-repellent protection to help limit moisture intrusion
These technologies can be incorporated into a broader repair-and-preservation program.
The economic advantage: Reducing corrosion activity and moisture penetration can help slow recurring deterioration, potentially reducing the frequency and extent of future repairs.
3. Avoid the Expense of Unnecessary Demolition
Conventional rehabilitation can involve substantial labor, equipment, material removal, disposal, reconstruction, and extended facility downtime.
Surface-applied treatment offers an alternative for concrete that remains suitable for preservation.
Depending on the structure and its condition, SURTREAT technology may help owners:
Reduce the quantity of concrete requiring removal and replacement
Preserve structurally sound existing materials
Limit equipment and access requirements
Reduce construction-related disruption
Integrate preservation into scheduled maintenance programs
The economic advantage: Lower intervention intensity can mean lower direct construction costs and reduced indirect operating expenses.
Surface-applied treatment does not replace necessary structural repairs. It complements those repairs by helping preserve the concrete that remains.
4. Extend Maintenance Intervals—and Reduce Life-Cycle Costs
The lowest initial-cost repair is not necessarily the most economical solution.
Consider the difference between two maintenance strategies:
Reactive Maintenance
Wait for visible deterioration
Remove and patch damaged concrete
Reopen the facility
Repeat repairs as deterioration progresses
Eventually undertake major rehabilitation or replacement
Proactive Preservation
Assess concrete condition and deterioration mechanisms
Complete necessary structural repairs
Apply appropriate surface-applied preservation technology
Monitor performance
Schedule maintenance based on condition and risk
The objective is to reduce repeated interventions while extending the useful service life of the asset.
The economic advantage: Fewer major interventions, reduced downtime, and deferred capital expenditures can significantly improve whole-life asset economics when supported by actual field performance.
5. Protect Operations While Protecting the Structure
For many owners, the cost of repair extends far beyond the contractor's invoice.
A parking garage closure can mean lost parking revenue.
A bridge rehabilitation can require traffic restrictions and detours.
A condominium restoration project can disrupt residents and increase assessments.
An industrial facility shutdown can interrupt production.
Because SURTREAT technologies are surface-applied, treatment may be incorporated into targeted, phased maintenance programs.
The economic advantage: Where conditions permit, reduced disruption can preserve revenue, maintain access, and minimize indirect project costs.
6. Engineering Evidence Behind the Economic Case
SURTREAT's value proposition is supported by laboratory testing and field evaluations of its concrete preservation technologies.
Reported TPS II performance includes:
Increases in concrete compressive strength under documented test conditions
Reduced concrete porosity and permeability
Penetration into the concrete substrate
Reduced reinforcing-steel corrosion activity
Improved resistance to deterioration associated with moisture and chloride exposure
Military infrastructure experience: SURTREAT technology has been evaluated on reinforced-concrete structures in Okinawa, Japan, with reported reductions in corrosion activity and porosity.
Parking infrastructure experience: Corrosion-rate testing at the St. Louis Airport parking garage provides additional field evidence of corrosion mitigation.
Federal specification relevance: SURTREAT technology has been identified in materials associated with NAVFAC Unified Facilities Guide Specification UFGS 09 97 23.17, Corrosion Inhibitor Coating of Concrete Surfaces.
These results support the engineering rationale for preservation. Actual savings depend on structure condition, exposure, application scope, treatment effectiveness, and future maintenance requirements.
The Financial Question Every Owner Should Ask
What will this concrete structure cost to own over the next 10, 20, or 30 years?
The answer should account for more than the immediate repair budget:
Initial treatment and rehabilitation expenditures
Future maintenance frequency and costs
Major rehabilitation and replacement timing
Facility downtime and lost revenue
Construction inflation and future labor costs
Asset service life and capital preservation
A life-cycle cost analysis can compare conventional repair strategies against a repair-plus-preservation approach, including discounted future expenditures.
The objective is not simply to spend less today.
It is to spend less over the life of the structure while maintaining safety, performance, and serviceability.
PRESERVE THE CONCRETE. PROTECT THE INVESTMENT.
SURTREAT Solutions helps engineers, contractors, and infrastructure owners evaluate alternatives to repeated repair and premature replacement.
Our surface-applied technologies are designed to strengthen existing concrete, mitigate corrosion, reduce moisture intrusion, and support longer-lasting rehabilitation programs.
Before committing to another major concrete repair or replacement project, ask whether a preservation strategy could deliver better long-term value.
Request a SURTREAT Concrete Preservation & Life-Cycle Cost Review.
Let's evaluate your existing structure, identify applicable technologies, and explore opportunities to reduce future maintenance and rehabilitation costs.
JF Jad