Construction Services

Industrial Construction Services

Our construction capabilities provide a solid, high-performance foundation for industrial cooling towers. We manage all civil aspects of the project, ensuring that the infrastructure—from heavy RCC basins to precision foundations—is built to exact technical specifications and safety standards. Our civil engineering team specializes in long-life structures that withstand the chemical and moisture loads inherent in industrial cooling.

By integrating civil construction with our mechanical expertise, we eliminate the gap between different contractors, ensuring a perfectly aligned and robust installation from the ground up.

Construction Services Render

Civil Foundations

Design and construction of heavy-duty foundations for large-scale industrial loads.

Basin Construction

Specialized RCC basin construction with advanced leak-proof lining and water collection.

Structural Prefab

Prefabrication of composite elements for rapid and accurate on-site structural deployment.

Site Development

Full site preparation including grading and infrastructure integration for the plant.

Advanced Civil Engineering for Cooling Technology

Our construction methods prioritize structural longevity. We use M30 and M35 grade concrete with specialized additives to prevent water seepage and chemical erosion. Every basin we construct undergoes a rigorous 48-hour hydro-test to ensure zero leakage before any mechanical components are installed.

  • Heavy-duty pump house construction
  • Water collection sumps and channels
  • Specialized epoxy and bitumastic lining
  • Anti-vibration mechanical mountings
  • Earthquake-resistant structural design
  • Precision anchor bolt placement

Frequently Asked Questions

Timeline depends on the size of the tower, but generally, a standard RCC basin for a multi-cell tower takes 4-6 weeks from excavation to hydro-testing, including the necessary curing time.

Yes, we offer specialized refurbishment services where we can reline existing concrete basins with FRP or epoxy coatings to stop leaks and extend the structure's life.

All our civil designs follow IS (Indian Standards) for reinforced concrete and seismic loads, ensuring the cooling tower is stable even under extreme wind and earthquake conditions.

We usually utilize M30 or M35 grade reinforced cement concrete, enhanced with specialized moisture-resistant and chemical-neutralizing admixtures to prevent degradation from process water.

Our engineering team performs localized soil bearing capacity (SBC) tests. Based on the data, we design specialized deep-piling or reinforced raft foundations to ensure a rock-solid base for the tower’s operational mechanical load.

After full curing, the basin is filled to maximum operating level for 48 to 72 hours. We monitor for level drops or external dampness using precision markers to ensure a 100% leak-proof reservoir before handover.

Yes, our core construction teams are trained for rapid mobilization. We manage all on-site logistics, including heavy machinery transport, temporary utility setups, and labor accommodations in remote industrial corridors.

We follow extreme-load ductile detailing for all reinforced nodes. This ensures the basin, support columns, and mechanical deck act as a unified, flexible structure that can absorb and dissipate energy during seismic events without fracturing.

Explore More Services

Ready to start your project?

Nullam dignissim, ante scelerisque the is euismod fermentum odio sem semper the is erat, a feugiat leo urna eget eros. Duis Aenean a imperdiet risus.