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Powering One of the World’s Largest Lift Irrigation Projects: LOVEJOY Couplings in the Kaleshwaram Project

Written by Dinesh Patil | Jun 21, 2026 12:05:01 PM

The Kaleshwaram Lift Irrigation Project (KLIP) is recognized as one of the world’s largest and most ambitious multi-stage lift irrigation projects. Built across the Godavari River in Telangana, the project was designed to address critical irrigation, drinking water, and industrial water supply requirements across multiple districts in the state.

Behind this engineering marvel lies a massive network of barrages, pump houses, tunnels, reservoirs, and ultra-high-capacity pumping systems operating under demanding conditions. Supporting this critical infrastructure are heavy-duty power transmission solutions engineered for reliability, torque performance, and long operational life. Among these solutions, high-capacity LOVEJOY vertical couplings supplied for the project played a vital role in ensuring efficient power transmission between massive motors and pumps.

About the Kaleshwaram Lift Irrigation Project (KLIP)

The Kaleshwaram Lift Irrigation Project was developed to lift and distribute water from the Godavari River through a sophisticated chain of pumping stations and reservoirs across Telangana. KLIP is widely regarded as a benchmark infrastructure project due to its massive pumping capacities and advanced hydraulic engineering.

Project Highlights

  • Project Objective: Irrigation, drinking water supply, and industrial water distribution
  • Location: Jayashankar Bhupalpally, Peddapalli, Siddipet, and surrounding districts, Telangana
  • Commissioning: Major phases operational from 2019
  • EPC Contractor: Megha Engineering & Infrastructures Ltd. (MEIL)

The Challenge: Ultra-High Torque Vertical Pump Drives

One of the most critical requirements in the project involved transmitting extremely high torque from large vertical motors to pumping systems operating continuously under severe load conditions. The application demanded:

  • Exceptional torque transmission capability
  • High reliability under continuous operation
  • Misalignment accommodation
  • Long service life
  • Stable performance in vertical mounting configurations

To meet these requirements, heavy-duty LOVEJOY LFG Vertical Couplings were selected.

LOVEJOY Coupling Solution for KLIP

Customer & Application Details

Pump OEM: Xylem Water Solution India Pvt. Ltd.
Application: Motor to Pump – Vertical Mounting
Motor Rating: 40,000 kW at 200 RPM
Transmitted Torque: 1909.9 kNm

Coupling Hardware Supplied

Coupling Model: LOVEJOY LFG 224/8089 SPL Vertical Coupling
Coupling Rating: 62,000 kW at 200 RPM
Torque Capacity: 2960.3 kNm

Why Heavy-Duty Couplings Matter in Lift Irrigation Projects

Large lift irrigation projects involve continuous-duty pumping, massive inertia loads, high starting torque, vibration, and dynamic loading. In such demanding environments, coupling reliability directly impacts:

  • Pump efficiency
  • System stability
  • Maintenance intervals
  • Overall project uptime

Heavy-duty vertical couplings help ensure smooth torque transmission while minimizing stress on connected equipment.

Engineering Reliability for Critical Infrastructure

The successful deployment of LOVEJOY couplings in the Kaleshwaram Lift Irrigation Project highlights the importance of advanced power transmission technology in modern infrastructure projects. From mega irrigation systems to power generation, water treatment, mining, and heavy industry, precision-engineered couplings continue to play a vital role in enabling efficient and reliable industrial operations.

Conclusion

The Kaleshwaram Lift Irrigation Project stands as a landmark achievement in India’s infrastructure and water management sector. Supporting such a large-scale initiative required dependable engineering solutions capable of operating under extreme power and torque conditions.

The deployment of LOVEJOY LFG Vertical Couplings for the project demonstrates the capability of advanced coupling technology in handling some of the most demanding industrial applications in the world.