Turnkey civil engineering solutions: heavy machine foundations, concrete structural rehabilitation, epoxy/polyurethane pressure grouting, plant bund walls, and site earthworks for refineries and power plants.
Engineered civil solutions designed to withstand extreme dynamic loads, chemical exposure, and heavy industrial environments.
Design and casting of vibration-resistant foundations for turbines, heavy pumps, compressors, crushers, and dynamic rotary machinery.
Structural concrete jacket strengthening, carbon fiber wrapping (CFRP), spall restoration, and chemical corrosion treatment for aging plant structures.
High-pressure epoxy injection for structural crack sealing, non-shrink cementitious baseplate grouting, and chemical-resistant bund lining.
Step-by-step engineering execution ensuring structural longevity and zero compromise on plant safety.
Bearing capacity analysis, soil resistivity testing, and site excavation preparation.
High-yield rebar fixing, rigid shuttering placement, and anchor bolt alignment checks.
Controlled placement of high-grade concrete with mechanical vibration and temperature checks.
Controlled hydration curing, Rebound Hammer testing, and Cube Compression QA/QC reports.
All concrete designs, earthworks, and structural restoration procedures comply strictly with ACI, ASTM, and British Civil Engineering Standards.
| Standard / Code | Scope / Application | Quality Control Requirement |
|---|---|---|
| ACI 318 / ACI 351 | Building Code & Dynamic Equipment Foundations | Vibration damping & structural load verification |
| ASTM C1107 | Packaged Dry, Hydraulic-Cement Grout (Non-Shrink) | Zero shrinkage under heavy dynamic baseplates |
| BS 8110 / BS EN 206 | Structural Use of Concrete & Mix Specifications | Compressive strength cube test verification |
| ACI 546R | Concrete Repair Guide & Surface Preparation | Substrate bond strength & resin adhesion test |
Common inquiries regarding our civil engineering and concrete rehabilitation services.
We use rapid-setting epoxy grouts and carbon fiber reinforcement (CFRP) techniques that achieve structural design strength within 24–48 hours, minimizing plant shutdown periods.
We strictly apply non-shrink cementitious or 3-component epoxy grouts (conforming to ASTM C1107) capable of handling continuous dynamic load and oil/chemical exposure.
Yes, all civil executions undergo standard QA/QC checks including concrete slump tests, 7/28-day cube compression tests, rebound hammer NDT checks, and soil compaction verification.