Cooling Towers
Pultruded FRP counter-flow and field-erected towers, thermal selection, structural engineering, air-inlet protection, upgrades and performance improvement. Typical medium-size range: 1,000–18,000 m³/hr.
Integrated Thermal & Utility Engineering
Cooling Circuit, HVAC & Critical Utility Systems
One coordinated system—from process heat load to heat rejection, controlled air and water chemistry—engineered for reliable, efficient operation.
Discuss Your RequirementExplore CapabilitiesReliabilityRedundancy and uptime aligned to process criticality
Energy PerformanceOptimised approach temperatures, flow and controls
Water EfficiencyCycles, blowdown and recovery considered together
MaintainabilitySafe access, isolation and serviceability by design
System Thinking
The complete thermal circuit—not isolated equipment
YWT India integrates water-side, air-side and control systems so each component performs as part of the whole facility.
Process Heat LoadIT, tool, production or building load
Chillers & Heat ExchangeHeat transfer and temperature control
Pumps & HydraulicsFlow, pressure, balancing and redundancy
AHUs & Process UsersConditioning, filtration and heat removal
Cooling TowersEfficient heat rejection to atmosphere
Controls & Water QualityBMS integration, dosing and monitoring
Capabilities
Integrated engineering across the circuit
Our scope can be configured for a new facility, expansion, retrofit, performance improvement or recurring operational support.
Chillers & Heat Exchangers
Application-based selection and integration of water- or air-cooled chillers, plate/shell heat exchangers, decoupling and heat-recovery opportunities.
Pumping & Hydraulics
Primary/secondary and variable-flow concepts, pump head validation, pressure-drop review, balancing, isolation, redundancy and low-loss distribution.
AHUs & Air-Side Systems
Energy-efficient AHUs from 500–100,000 CFM with chilled-water, hot-water or DX coils, filters, dampers, cross-flow heat exchangers and BMS-ready controls through Humidist.
Process Exhaust & Ventilation
Application-specific heat removal, make-up air and exhaust concepts for data-centre support spaces, semiconductor facilities and allied process industries, supported by qualified associates.
Water Chemistry & Recovery
Make-up quality, cycles of concentration, dosing, blowdown, side-stream filtration, reuse and recovery integrated with operating conditions.
Automation & Visibility
Instrumentation philosophy, PLC/BMS/SCADA integration, alarms, trending and operating logic for stable and measurable performance.
Audit & Optimisation
Thermal, hydraulic, energy and water-performance assessment with prioritised actions for reliability, efficiency and lifecycle cost.
Retrofit & Lifecycle Support
Capacity enhancement, equipment replacement, controls improvement, commissioning, performance validation, troubleshooting and O&M support.
Industries
Designed around operational criticality
Data Centres
Semiconductor & Solar
Pharma & Cleanrooms
Power, Metals & Process
Food, Chemical & Allied Industries
Mission-Critical Design
Reliability is engineered in
- N+1 or higher redundancy where the risk assessment requires it
- Equipment and circuit isolation without unnecessary facility interruption
- Part-load efficiency, sequence control and operating-mode optimisation
- Maintainable layouts with safe access and practical service zones
- Water quality, scaling, corrosion and biological control built into the design
- Commissioning criteria and measured performance baselines
Delivery Model
From load validation to lifecycle support
- Site survey and heat-load validation
- Concept, basic and detailed engineering
- Equipment selection and package integration
- Installation coordination and commissioning
- Functional testing and performance verification
- Training, documentation and ongoing optimisation
Cooling Towers with YWCT
YWT India and YWCT combine cooling-tower technology, thermal and structural engineering, project execution and local after-sales support.
View cooling-tower solutions →Energy-Efficient AHUs with Humidist
Our associate capability covers modular air-handling solutions with broad airflow range, multiple coil options, heat recovery and BMS-ready controls.
Download Humidist AHU brochure →Frequently Asked Questions
Planning an integrated utility system
Can YWT assess an existing cooling circuit?
Yes. The assessment can cover heat load, approach temperatures, flow, pump head, cooling-tower performance, chiller operation, water quality, controls and operating practices.
Do you work on both new plants and retrofit projects?
Yes. The delivery model supports greenfield systems, brownfield expansion, capacity enhancement, equipment replacement and performance optimisation.
Can the solution be integrated with the facility BMS?
Yes. Instrumentation, operating sequences, alarms, trends and interfaces can be developed for integration with the site BMS or SCADA architecture.
How is redundancy decided?
Redundancy is selected after reviewing load criticality, acceptable downtime, operating modes, maintenance needs and project standards. It is not applied as a one-size-fits-all rule.
Plan the cooling circuit as one system
Share your heat load, temperatures, flow, operating hours and uptime requirement. We will help define a reliable and resource-efficient system architecture.
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