Our Services
Expertise Area
Structural Strengthening & Concrete Repair
Advanced structural strengthening, corrosion prevention, and concrete repair services for reinforced concrete structures in power plants and industrial towers.
The Problem
Deterioration Mechanisms in Structures
Cooling towers are exposed to continuous high humidity, thermal cycles, and chemical effects. Structural performance degradation begins after 15–20 years.
Carbonation88%
Chloride Attack72%
Thermal Cycles65%
Biological Agents55%
* Frequency of damage types encountered in industrial cooling towers (HUBYAPI database)
20+
Years Experience
50+
Rehab Projects
30%
Avg lifespan extension
0
LTA Record
Methods
Strengthening Techniques We Apply
Structural
Carbon Fiber (CFRP) Reinforcement
High-strength carbon fiber strips are bonded with epoxy resin. Improves capacity by 40–80% without adding weight.
Repair
Epoxy Injection
Cracks are filled with high-pressure epoxy resin to restore original structural integrity.
Protection
Protective Coating Systems
Elastomeric coatings and penetrant silanes protect concrete against water/chloride for 20-30 years.
Corrosion
Corrosion Prevention
Reinforcement rusting is stopped with inhibitor coatings and cathodic protection systems.
Repair
Concrete Surface Repair
Damaged concrete is removed and restored with polymer-modified repair mortars.
Diagnosis
Condition Assessment
Schmidt hammer, ultrasonic pulse velocity, and endoscopic testing for comprehensive diagnosis.
Process
Project Workflow
01
Structural Assessment
In-depth diagnostic report prepared with Schmidt hammer and carbonation depth tests.
02
Engineering Design
CFRP backup or hybrid strengthening programs are designed based on diagnostic findings.
03
Implementation
Work programs executed while facility remains active.
04
Quality Control
Every stage documented; comprehensive as-built reports delivered to the client.
Evaluate Your Structure
Contact our engineering team for a free preliminary assessment. We examine the condition on-site.