Building Rehabilitation
Building Rehabilitation refers to the process of restoring, strengthening, and upgrading an existing structure to improve its safety, durability, and functional performance. Over time, buildings deteriorate due to aging, environmental exposure, structural defects, or lack of maintenance. Rehabilitation ensures the building remains safe for occupancy and extends its overall lifespan.
Why Rehabilitation Is Necessary
Buildings require rehabilitation for several reasons:
Structural Damage: Cracks, corrosion of reinforcement, settlement, and weakened members.
Aging & Wear: Natural deterioration of concrete, steel, and waterproofing systems.
Leakage & Dampness: Moisture ingress leading to damage and unhealthy conditions.
Corrosion of Steel: Rusted reinforcement reducing structural capacity.
Environmental Factors: Pollution, weathering, and chemical exposure.
Code Compliance: Upgrades required to meet current safety and structural standards.
Pre-Redevelopment Assessment: Necessary for older buildings undergoing feasibility checks.
Rehabilitation ensures the building continues to perform safely, efficiently, and in line with modern engineering expectations.
We provide a complete range of professional rehabilitation solutions tailored to the condition of each structure.
Beam, column, and slab strengthening
Crack filling and epoxy grouting
Jacketing for beams/columns
Polymer-modified mortar repairs
Concrete patchwork and restoration
Anti-corrosive coating for reinforcement
Cathodic protection solutions
Rust removal and application of corrosion inhibitors
Terrace waterproofing
Toilet, bathroom, and tank waterproofing
Sealant and membrane-based solutions
PU injection for severe leakage
FRP wrapping (Fiber Reinforced Polymer)
Steel plate bonding
Micro-concrete jacketing
Load enhancement solutions
Earthquake resistance upgrades
Removal of loose plaster
Replastering with high-strength mortar
Crack repairs and wall sealing
Structural painting and coating
Rehabilitation planning is supported by accurate NDT results such as:
UPV, Rebound Hammer Test
Core Cutting
Half-Cell Potential
Carbonation test
Rebar scanning
This ensures every repair is based on scientific evidence.
✔ Improves safety and structural stability
✔ Increases building life by 15–30 years
✔ Prevents leakage, cracks, and corrosion
✔ Reduces long-term maintenance costs
✔ Enhances building aesthetics and value
✔ Ensures compliance with building regulations
✔ Strengthens weak structural elements
We follow a systematic and engineering-driven approach:
Site Inspection & Structural Audit
NDT Testing & Condition Assessment
Preparation of Detailed Audit Report
Repair Methodology & Cost Estimate
Execution With Certified Materials
Quality Monitoring & Supervision
Final Inspection & Handover
This process ensures transparency, accuracy, and long-lasting results.
Experienced structural engineers
Use of industry-approved rehabilitation techniques
High-quality materials and certified workmanship
Transparent assessment and reporting
Long-term performance guarantee* (as per scope)