PRODUCT GALLERY
See the KT Series
View 01
Front View
Lohabour Cooling Towers are designed to provide reliable and energy-efficient heat rejection for industrial chillers, HVAC systems, process cooling plants, and centralized thermal infrastructure. Engineered for continuous operation, they ensure stable condenser water temperatures, reduced energy consumption, and long service life in demanding industrial environments.
In a water-cooled system, the cooling tower is responsible for removing heat from the condenser water loop and rejecting it safely into the atmosphere. Stable cooling tower performance directly affects chiller efficiency, operating costs, and overall plant reliability.
Lohabour Cooling Towers are engineered with high-efficiency fill media, low-noise axial fans, corrosion-resistant structures, and optimized water distribution systems to deliver dependable performance across a wide range of industrial applications.
Optimized fill media and airflow design maximize condenser water cooling performance and improve overall chiller efficiency.
Aerodynamically designed axial fans deliver high airflow with reduced vibration and sound levels.
FRP (fiberglass reinforced plastic) construction offers excellent resistance to corrosion, UV exposure, and industrial environments.
Precision water distribution ensures uniform cooling performance across the entire fill section.
Every tower is built and tested with reliable industrial-grade components including:
Covering 6.2 m³/h to 468 m³/h across Compact, Medium Industrial and Large Plant model groups.
A complete range of factory-assembled cooling towers covering capacities from small process systems to large industrial cooling plants.
Ideal For
Ideal For
Ideal For
This evaporative cooling process allows the water temperature to approach the ambient wet-bulb temperature, significantly improving system efficiency.
Optimized PVC fill increases the contact area between air and water, improving heat transfer efficiency.
Aerodynamically designed fans provide high airflow with reduced vibration and sound levels.
Fiberglass reinforced plastic (FRP) construction offers excellent resistance to corrosion, UV exposure, and industrial environments.
Precision water distribution ensures uniform cooling performance across the entire fill section.
Industrial motors and direct-drive or belt-drive configurations provide reliable 24/7 operation.
Removable panels and accessible internal components simplify inspection, cleaning, and servicing.
Select the tower based on the required condenser water flow rate (m³/h).
Standard design conditions:
Verify installation area, height restrictions, and service access requirements.
For growing facilities, select a model with additional capacity margin or allow space for parallel towers.
| Application | Recommended Models |
|---|---|
| Small Chillers | KT-08 ~ KT-20 |
| Injection Molding | KT-15 ~ KT-40 |
| HVAC Systems | KT-40 ~ KT-100 |
| Industrial Plants | KT-80 ~ KT-200 |
| Central Cooling Plants | KT-175 ~ KT-600 |
Primary heat rejection for industrial and commercial chiller plants.
Cooling for injection molding, machining, extrusion, and production equipment.
Heat rejection for commercial building cooling systems.
Reliable cooling for reactors, condensers, and process equipment.
Stable thermal infrastructure for temperature-sensitive production.
Cooling for process water and refrigeration systems.
Support for high-efficiency water-cooled data center infrastructure.
Enhanced corrosion resistance for demanding water chemistries.
Additional protection for structural steel components.
Further reduced sound levels for noise-sensitive sites.
Fan speed modulation for part-load energy savings.
Automated basin water level management.
Maintains basin water level as evaporation and drift occur.
Alternative airflow arrangement for space-constrained installations.
Supports reliable operation in cold-climate installations.
Structural reinforcement for seismically active regions.
Configured to match international power standards on request.
Optional instrumentation for remote performance monitoring.
The KT Series is an open circuit cooling tower, where condenser water is directly exposed to the airflow for maximum heat rejection efficiency.
The most important parameter is the required water flow rate (m³/h), followed by the entering and leaving water temperatures and the local wet-bulb temperature.
Yes. The FRP structure is designed for outdoor installation and long-term exposure to weather and industrial environments.
Routine maintenance includes checking water quality, cleaning the fill media, inspecting the fan and motor, and verifying water distribution performance.
Yes. Multiple KT Series towers can be installed in parallel for larger cooling capacities or future system expansion.
Our engineering team can help you select the correct cooling tower based on water flow rate, temperature conditions, chiller capacity, installation environment, and future expansion requirements. Whether you need a compact tower for a single chiller or a high-capacity cooling tower plant for a large industrial facility, Lohabour can provide a complete engineered solution.