10 CMH to 400 CMH Electricity
Closed Loop Cooling Tower
Electricity

Closed Loop Cooling Tower

Closed loop cooling tower efficiently cools fluids without direct air contact, minimizing contamination and water use.

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Closed Loop Cooling Tower stands out with its sealed system design that prevents fluid contamination and reduces water consumption while maintaining high energy efficiency. Its closed-loop design provides reliable industrial heat rejection and consistent energy savings. 

Closed Loop Cooling Tower delivers reliable, efficient cooling by isolating process fluids within a sealed coil, preventing contamination and reducing water consumption. Designed for consistent performance and long service life, it combines advanced heat exchange technology with corrosion-resistant construction to minimise maintenance and operating costs. Ideal for pharmaceuticals, data centres and manufacturing applications, it ensures stable operation, protects critical equipment and supports sustainable cooling across diverse industrial environments. 

Technical data

  • Product Capacity/ Performance Range: 10 CMH to 400 CMH
  • Energy Source: Electricity
  • Standards: CTI
  • Flexibility/Customisation Options: Available in Mixed and Counter Flow, modular capacity expansion, options for material of construction (SS304L(STD) and SS316L) and integration with BMS/SCADA systems. Material of construction (SS304L(STD) and SS316L) for tube bundle, for casing and basin (AZ150/AL-ZN-MG, SS304). Energy efficient motor, axial fan, mechanically enhanced tube bundle, efficient spray system ensuring no dry spots on tube bundle. Direct drive/belt/geared fan system. Walkways and ladder for easy access 
  • Temperature Range: Inlet Water: Up to 70°C
  • Approach: Min 2.5°C
  • Process Fluid Options: Water, glycol mixtures, brine and other process fluids

Product features

Sealed Closed-Loop Design
Prevents contamination, scaling and fouling of process fluids while reducing water loss
High Energy Efficiency
Advanced heat exchange technology ensures efficient cooling with minimal power consumption
Water-Efficient Operation
Reduces water usage by up to 30% compared to open cooling systems
Durable and Corrosion-Resistant Construction
High-quality materials extend equipment life and ensure reliable performance in demanding environments
Low Operating and Maintenance Costs
Accessible components, reduced chemical usage and simplified maintenance lower lifecycle costs
Modular and Scalable Configuration
Flexible design enables easy capacity expansion and seamless integration with existing systems
AI/ML-driven real-time integration and monitoring
EDGE Live continuously tracks equipment performance, detects anomalies, and enables preventive maintenance, reducing downtime and enhancing operational reliability
20 CMH Onwards Electricity
Hybrid Closed Loop Cooling Tower
Electricity

Hybrid Closed Loop Cooling Tower

Combines dry and wet cooling to deliver efficient heat rejection, minimising water usage, energy consumption, and environmental impact.

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Energy-efficient cooling solution integrating dry and wet modes for dynamic industrial heat rejection. 

A Hybrid Closed Loop Cooling Tower combines dry and wet cooling to deliver efficient, reliable performance with up to 80% water savings. A sealed, corrosion-resistant design prevents contamination, extends service life and minimises maintenance, while intelligent controls automatically switch between dry air cooling and enhanced wet cooling during peak loads to optimise water and energy use. Ideal for data centres, HVAC, manufacturing and process plants, it ensures year-round efficiency, lower operating costs, supporting sustainable and green building goals. 

Technical data

  • Product Capacity/ Performance Range: 20 CMH Onwards
  • Energy Source: Electricity
  • Compliance/Standards: CTI
  • Flexibility/Customisation Options: Counter Flow, modular capacity expansion, options for material of construction (SS304L(STD)&SS316L) and integration with BMS/SCADA systems. Material of construction: (SS304L(STD)&SS316L) for tube bundle, for casing and basin AZ150/AL-ZN-MG, SS304). Dry Coil (Copper with aluminium fins) Energy efficient motor, axial fan, mechanically enhanced tube bundle efficient spray system ensuring no, dry spots on tube bundle. Direct drive/belt/geared fan system. Walkways and ladder for easy access
  • Temperature Range: Inlet Water: Up to 90°C
  • Approach: Min 2.3°C
  • Process Fluid Options: Water, glycol mixtures, specialty process fluids

Product features

Advanced hybrid cooling technology
Delivers efficient performance across all climates, with dry-mode operation in cool conditions enabling up to 80% water savings
High Energy Efficiency
Automatic wet/dry switching optimises power consumption
Sustainable and Eco-Friendly
Reduced water, chemical usage and environmental impact
Reliable Closed-Loop Design
Prevents contamination, scaling and fouling of process fluids
Low Operating and Maintenance Costs
Smart controls, variable-speed fans and minimal chemical treatment
Durable and Scalable Construction
Corrosion-resistant materials with modular and expandable design
AI/ML-driven real-time integration and monitoring
EDGE Live continuously tracks equipment performance, detects anomalies and enables preventive maintenance—reducing downtime and enhancing operational reliability.
30 TR to 800 TR Electricity
Evaporative Condenser
Electricity

Evaporative Condenser

Evaporative condenser efficiently cools refrigerants by combining evaporation and heat exchange, reducing energy use and water consumption.

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Evaporative condenser uses evaporative cooling and efficient heat exchange to enhance refrigerant condensation while reducing water and power consumption. 

Evaporative Condenser provides highly efficient refrigerant condensation by combining evaporative cooling with advanced heat exchange technology. By spraying water over a heat exchange coil while drawing air through the unit, it achieves superior heat rejection with significantly lower energy and water usage compared to conventional air-cooled systems. Designed with corrosion-resistant materials and long-life components, it ensures reliable operation, reduced maintenance and extended service life. Ideal for refrigeration, HVAC, food processing and chemical industries, it supports sustainable, high-performance cooling for critical industrial applications. 

Technical data

  • Product Capacity/ Performance Range: 30 TR to 800 TR (per single unit)
  • Energy Source: Electricity
  • Flexibility/Customisation Options: Available in various materials (AZ150/SS304L(STD) and SS3161L), modular units for capacity expansion, multiple refrigerant compatibility (ammonia, HFCs) and connectivity with BMS/SCADA systems. Long life (SS304L(STD) and SS316L) tube bundle, for casing and basin-MOC options AZ150/AL-ZN-MG, SS304. Energy efficient motor and axial fan. Efficient spray system ensuring no dry spots on tube bundle. Direct drive fan system. Walkways and Ladder for easy access
  • Temperature Range: 35-45°C condensing temperature
  • Operating COP/Thermal Efficiency: High efficiency with reduced condensing pressure; system efficiency improves by 20–30% vs conventional water-cooled condensers 
  • Process Fluid Options: Compatible with ammonia, R-134a, R-404A and other industrial refrigerants

Product features

Advanced evaporative cooling technology
Enhances heat transfer efficiency while significantly reducing energy and water consumption
Energy-efficient operation
Lower condensing temperatures reduce compressor load and overall power usage
Water-Saving Design
Optimised evaporation process minimises water consumption compared to traditional systems
Durable and Corrosion-Resistant Construction
High-quality materials ensure long service life in harsh industrial environments
Low Operating and Maintenance Costs
Accessible design, fewer moving parts and reduced operating pressures lower lifecycle costs
Modular and Scalable Configuration
Flexible design allows easy capacity expansion and simplified installation
Seamless System Integration
Easily integrates with existing refrigeration and process systems, reducing downtime and installation effort
AI/ML-driven real-time integration and monitoring
EDGE Live continuously tracks equipment performance, detects anomalies and enables preventive maintenance—reducing downtime and enhancing operational reliability.
100 kW to 1000 kW Electricity
Adiabatic Cooling Tower
Electricity

Adiabatic Cooling Tower

Adiabatic cooling tower combines evaporative cooling with air circulation to efficiently reduce water temperature while saving energy and water.

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An adiabatic pre-cooling system combines evaporative cooling and air circulation to reduce heat effectively, lowering water and power consumption while ensuring reliable industrial operation. 

An Adiabatic Cooling Tower delivers efficient, sustainable cooling by combining dry air cooling with evaporative pre-cooling during peak ambient conditions. This intelligent approach significantly reduces water and energy consumption while maintaining reliable performance. With a compact, modular design and durable construction, it is ideal for HVAC, manufacturing, power generation and process cooling applications seeking cost-effective, environmentally responsible cooling solutions. 

Technical data

  • Product Capacity/ Performance Range: 100 kW to 1000 kW
  • Energy Source: Electricity
  • Standards: CTI
  • Flexibility/Customisation Options: Configurable for horizontal or vertical airflow, modular expansion, material choices and integration with BMS/SCADA systems. Material of construction Copper/SS304(STD)/SS316 (Tube), Aluminium Fins (with corrosion protection coating). Fin Type: Plain/Corrugated. Spray system: Adiabatic Pad cellulose. Fans: EC/AC fan
  • Temperature Range: Inlet Water: Up to 55°C
  • Operating COP/Thermal Efficiency: Up to 4°C
  • Process Fluid Options: Water, glycol solutions and other industrial process fluids

Product features

Intelligent Adiabatic Pre-Cooling Technology
Enhances cooling efficiency by pre-cooling inlet air during high ambient temperatures with minimal water usage
High Energy and Water Efficiency
Operates primarily in dry mode, reducing overall water and energy consumption by up to 95%
Modular and scalable design
Compact, space-saving units allow flexible installation and easy capacity expansion
Reliable Performance Across Conditions
Automatically adapts to ambient temperatures to maintain consistent cooling output
Durable and Corrosion-Resistant Construction
High-quality materials ensure long service life and dependable operation
Low Operating and Maintenance Costs
Simplified design and accessible components reduce downtime and servicing requirements
AI/ML-driven real-time integration and monitoring
EDGE Live continuously tracks equipment performance, detects anomalies and enables preventive maintenance—reducing downtime and enhancing operational reliability.
25 TR to 1000 TR Electricity
Industrial Refrigeration Unit
Electricity

Industrial Refrigeration Unit

Industrial refrigeration unit delivers reliable, large-scale cooling for critical processes, ensuring temperature control, energy efficiency, and product safety.

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The Industrial Refrigeration Unit delivers reliable, high-capacity cooling with precise temperature control for critical industrial processes. Featuring energy-efficient compressors, advanced controls and a robust design, it ensures continuous operation, optimised energy use and product safety in demanding environments. 

The Industrial Refrigeration System delivers temperatures ranging from –40 °C to +10 °C, featuring advanced inverter-driven compressors for variable capacity control and high energy efficiency. Smart control systems enable real-time monitoring and optimisation of cooling cycles, while eco-friendly low-GWP refrigerants minimise environmental impact. Built with durable, corrosion-resistant materials and a low-noise, modular design, it ensures long service life and operational flexibility, serving applications such as cold storage, food processing, pharmaceuticals and chemical manufacturing where precise temperature control is critical for product quality and safety. 

Technical data

  • Product Capacity/ Performance Range: 25 TR to 1000 TR per single unit (cooling capacity, scalable based on application)
  • Energy Source: Electricity, optional integration with waste heat recovery
  • Compliance Standards: ISO 9001, EN-378, ASHRAE, ISHRAE standards
  • Flexibility/Customisation Options: Smart automation ensures accurate regulation of temperature and pressure. Modular configuration enables scalable capacity expansion as needed. Compatible with BMS and SCADA platforms for centralised monitoring. Cascade system options available for applications requiring higher temperature differentials. Environmentally friendly refrigerants
  • Temperature Range: Evaporator Outlet: -35°C to +5°C; Condenser Outlet: depends on ambient and application
  • Operating COP/Thermal Efficiency: 0.8 to 5.0 based on application and environmentally friendly refrigerants
  • Process Fluid Options: Brine, glycol-water solutions, water

Product features

Inverter-Driven Compressors
Provides variable capacity control for energy-efficient operation
Advanced smart controls
Enables real-time monitoring, diagnostics and optimised cooling cycles
Eco-friendly refrigerants
Uses low-GWP refrigerants to minimise environmental impact
Modular design
Scalable and flexible configuration to meet diverse cooling requirements
Durable construction
Corrosion-resistant materials ensure long-lasting, reliable performance
Low-Noise Operation
Designed for quiet performance suitable for various industrial settings
Easy Maintenance Access
Simplified design facilitates quick servicing and reduces downtime
Seamless Integration with Existing Processes
Our industrial refrigeration systems are designed for smooth integration into existing facilities, enabling efficient cooling performance with minimal modifications-reducing installation time, operational disruption and overall lifecycle costs
AI/ML-driven real-time integration and monitoring
EDGE Live continuously tracks equipment performance, detects anomalies and enables preventive maintenance—reducing downtime and enhancing operational reliability.
50 kW to 3000 kW Electricity
Electrical Heat Pump
Electricity

Electrical Heat Pump

An electrical heat pump efficiently provides eco-friendly heating and cooling by transferring heat, reducing energy consumption and carbon emissions.

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The Electrical Heat Pump delivers reliable heating and cooling by efficiently transferring heat rather than generating it. As an eco-friendly HVAC solution, energy-efficient operation enabled by advanced inverter technology and a compact design ensures precise climate control, reduced power consumption and lower carbon emissions for sustainable industrial and commercial applications. 

The Electrical Heat Pump delivers high-temperature hot water up to 120 °C, combining advanced inverter technology for precise, energy-efficient climate control with a compact, modern design for versatile installation. It uses eco-friendly low-GWP refrigerants and compatible with renewable energy sources, enhancing sustainability. High seasonal efficiency ratings ensure long-term cost savings and reduced emissions, making it ideal for industrial and commercial applications. 

Technical data

  • Product Capacity/ Performance Range: 50 kW to 3000 kW (heating capacity per single unit)
  • Energy Source: Electric
  • Compliance/Standards: ISO, EN-378, ASHRAE, ISHRAE, AHRI standards
  • Flexibility/Customisation Options: Available in Air Source, Water Source and Dual Source types; modular design for capacity scaling; integration with SCADA; heating-only, cooling-only, or reversible models. Refrigerants: R134a/R1234ze/R1233zd/R245fa
  • Types: Air Source, Water Source, Dual Source
  • Temperature Range: Provides heating up to 120°C and incidental cooling up to -15°C
  • Operating COP/Thermal Efficiency: COP ranges from 1.5 to 6 depending on source and sink temperature
  • Process Fluid Options: Water, Brine or other standard heat transfer fluids depending on the application

Product features

Dual heating and cooling
Provides both reliable heating and cooling from a single compact unit
High Energy Efficiency
Utilises advanced inverter technology to optimise energy consumption and reduce operating costs
Wide Temperature Range Performance
Efficiently operates in diverse climates, maintaining comfort even in extreme weather
Eco-friendly operation
Uses low-GWP refrigerants, minimising environmental impact and supporting sustainability goals
Smart Controls and Connectivity
Compatible with programmable thermostats and smart home systems for convenient temperature management
Compact and modular design
Space-saving units that can be easily installed
Quiet Operation
Designed with noise reduction technology for minimal sound during operation
Low Maintenance Requirements
Durable components and simplified design reduce the need for frequent servicing
Seamless Integration with Existing Processes
Our electrical heat pumps are engineered to integrate smoothly with existing process infrastructure, enabling quick installation, minimal disruption and enhanced energy efficiency without the need for major system modifications
AI/ML-driven real-time integration and monitoring
EDGE Live continuously tracks equipment performance, detects anomalies and enables preventive maintenance—reducing downtime and enhancing operational reliability
400 kW and Above Electricity Steam Water
Hybrid Heat Pump
Electricity

Hybrid Heat Pump

Energy-efficient hybrid heat pump combines renewable and traditional energy sources for reliable heating and cooling, reducing costs and carbon footprint.

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The Hybrid Heat Pump delivers superior energy efficiency by seamlessly integrating renewable energy with conventional systems, ensuring consistent comfort, lower operational costs, and a reduced environmental footprint for residential and commercial applications.

The hybrid heat pump delivers high-temperature hot water up to 140 °C, combining smart energy switching, inverter compressor technology and advanced controls for maximum efficiency and comfort. Designed with low-GWP refrigerants and solar compatibility, it supports sustainable energy use. High SEER and SCOP ratings ensure year-round energy-efficient operation with reduced emissions, making it a future-ready solution for industrial and commercial applications. 

Technical data

  • Product Capacity/ Performance Range: From 400 kW and Above (heating capacity per single unit)
  • Energy Source: Electricity and Waste Heat (from steam, hot water, or exhaust sources)
  • Compliance/Standards: ISO, ASME, CE, ETL, EN-378, JIS, ASHRAE, ISHRAE, AHRI standards
  • Flexibility/Customisation Options: Configurable for multiple heat sources, modular expansion, heating-only or reversible models, integration with BMS/SCADA, and application-specific tuning
  • Temperature Range: Outlet Hot Water: up to 140°C and incidental cooling up to -15°C
  • Operating COP/Thermal Efficiency: Heating COP up to 1.7 (depending on source temperatures and load conditions); higher efficiency during simultaneous use of both energy sources
  • Process Fluid Options: Water, glycol-water mixtures or specific industrial heat transfer fluids

Product features

Dual Energy Source Compatibility
Seamlessly switches between electricity and gas/alternative fuels for optimal efficiency and cost-effectiveness
Smart control system
Integrated intelligent controls with programmable settings and smart thermostat compatibility for personalised comfort
Inverter Compressor Technology
Enables variable speed operation for precise temperature control, energy savings and quieter performance
High Seasonal Efficiency Ratings (SEER and SCOP)
Delivers exceptional performance in both heating and cooling modes, ensuring year-round energy efficiency
Eco-friendly refrigerant
Utilises low Global Warming Potential (GWP) refrigerants to reduce environmental impact
All-weather performance
Operates reliably across wide temperature ranges, making it suitable for various climate conditions
Seamless Integration with Existing Processes
Our hybrid heat pumps connect effortlessly with existing process systems, leveraging multiple heat sources for optimal efficiency—delivering quick installation, minimal downtime and maximum operational flexibility
AI/ML-driven real-time integration and monitoring
EDGE Live continuously tracks equipment performance, detects anomalies and enables preventive maintenance—reducing downtime and enhancing operational reliability.
30 TR to 500 TR Steam Water Electricity
Hybrid Chiller
Steam

Hybrid Chiller

A hybrid chiller combining absorption and compression technologies to deliver flexible, efficient cooling while optimising costs and reducing emissions.

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A Hybrid Chiller combines absorption and compression technologies to deliver flexible, efficient cooling while optimising costs and reducing emissions. 

The Hybrid Chiller integrates vapour absorption and vapour compression systems to deliver efficient and flexible cooling. It operates in heat-driven absorption mode and electricity-driven compression mode, automatically optimising performance under varying load and energy conditions. Designed for industrial and commercial facilities with fluctuating energy availability, it utilises renewable energy and waste heat to reduce operating costs, maximise energy recovery and support decarbonisation goals. Using natural and low GWP refrigerants, robust system design and AI-driven controls, the Hybrid Chiller ensures reliable, continuous cooling with high energy efficiency and reduced emissions. 

Technical data

  • Product Capacity/ Performance Range: 30 TR to 500 TR
  • Energy Source: Heat source such as steam at 0.5 Bar.g to 10.5 Bar.g, hot water at 90°C to 180°C, exhaust at 250°C to 600°C) + Electricity (grid or renewable)
  • Compliance/Standards: ISO, ASME, CE, ETL, JIS, ASHRAE Standards
  • Flexibility/Customisation Options: Available in heat-dominant, power-dominant, or balanced hybrid configurations; customisable chilled water temp range and load profiles
  • Temperature Range: Chilled Water Output: -40°C to -5°C
  • Operating COP/Thermal Efficiency: Power savings up to 55%
  • Process Fluid Options: Water, glycol mixtures (as per application requirements)

Product features

Dual-Mode Cooling
Combines vapour absorption and vapour compression for maximum flexibility
Smart Energy Switching
Automatically optimises between electricity and waste heat based on availability and cost
Eco-friendly refrigerants
Uses natural refrigerants with zero ozone depletion potential and low global warming potential
Cost-Optimised Operation
Reduces peak electricity demand and operating costs
High Reliability
Continuous cooling even during power or steam fluctuations
Modular and scalable
Customisable to match plant requirements and variable load demands
Quiet and Safe Operation
Low noise, low vibration and safe refrigerants
Resilient Industrial Performance
Ideal for industries with combined heat and power (CHP), waste heat, or renewable integration
Sustainability-Ready
Supports decarbonisation targets and green building compliance
AI/ML-driven real-time integration and monitoring
EDGE Live continuously tracks equipment performance, detects anomalies and enables preventive maintenance—reducing downtime and enhancing operational reliability.
ELT: 09/19/35/50/85 kW EHT: 34/78/153 KW Electricity
Aquanexa E-Series
Electricity

AquaNexa E-Series

High-COP (coefficient of performance) heat pumps delivering sustainable hot water with superior energy savings

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AquaNexa E-Series is an advanced air-to-water heat pump delivering high-COP, low-energy hot water generation. 

It is an advanced air-to-water heat pump designed for efficient and sustainable hot water generation. Delivering up to 4.3 kW of heat for every 1 kW of electricity consumed, it significantly reduces energy consumption compared to conventional systems. Its compact design, advanced components, and smart controls ensure reliable performance, lower operating costs, and seamless integration into modern facilities.

Technical data

  • Operating range:  
    • AquaNexa ELT:
      • Heating capacity: 9 kW to 85 kW, delivering hot water output ranging from 193 litres/hr to 1,815 litres/hr
      • Rated hot water output temperature: 55°C, maximum output: 60°C
    • AquaNexa EHT:  
      • Heating capacity: 34 kW to 153 kW, delivering hot water output ranging from 750 litres/hr to 3,440 liters/hr
      • Rated hot water output temperature: 75°C, maximum output: 80°C
  • Fuel type or energy sources: Ambient air (heat source), electricity (power input)
  • Refrigerant: Uses environmentally friendly refrigerants (R410a, R134a) ensuring zero greenhouse gas emissions 

Product features

Superior energy efficiency
Delivers up to 4.3 kW of heat per 1 kW of electricity, reducing energy consumption by up to 75% 
Reliable compressor technology
High-efficiency scroll compressor ensures consistent performance, longer service life, and low noise levels 
Optimised heat exchange
Shell-and-tube heat exchanger with fin-enhanced copper coils maximises heat transfer and water flow 
Efficient airflow management
Compact fan and precision-controlled electronic expansion valve optimise airflow and system efficiency 
Environmentally responsible operation
Uses refrigerants with built-in safety protections, including anti-freeze, compressor overheat, and refrigerant pressure safeguards 
Smart connectivity
BMS (building management system) compatibility enables remote monitoring, real-time data access, and energy optimisation
0.2 TPH to 6 TPH Electricity
Thermotron
Electricity

ThermoTron™

A key driver in the shift towards sustainable energy for industries

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ThermoTron™ is a medium-capacity electric steam boiler delivering ultra-clean, efficient process heat for decarbonising industries. 

It is a compact, medium-capacity electric boiler engineered for clean and reliable steam generation. Operating at over 99% efficiency with a high dryness fraction, it eliminates on-site emissions and fuel handling. When powered by renewable electricity, ThermoTron™ enables zero global emissions, supporting industrial decarbonisation while ensuring silent operation, minimal maintenance, and seamless system integration.

Technical data

  • Operating range: Steam output: 0.2 TPH to 6 TPH
  • Design pressure: 10.54 kg/cm²(g)
  • Fuel type: Electricity 

Product features

Ultra-high efficiency
Converts electricity to steam at over 99% efficiency with a 98% dryness fraction, ensuring consistent performance even at part load 
Zero local emissions
No combustion, air pollutants, hazardous residues, or pollution control equipment; enables zero global emissions when powered by renewable energy 
Plug-and-play design
Modular construction enables easy installation, compact footprint, and eliminates fuel storage and ash handling
Low maintenance and silent operation
No moving parts or refractory components, reducing wear, noise, and routine upkeep requirements 
Smart control and monitoring
Equipped with Thermowiz™ Nxt PLC and EDGE Live IIoT integration for real-time monitoring, diagnostics, and performance optimisation 
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R. D. Aga Road, Chinchwad,
Pune 411019, Maharashtra, India

Corporate Office Address

Thermax Limited
Thermax House,
14 Mumbai-Pune Road, Wakdewadi,
Pune 411003, Maharashtra, India

Corporate Identity Number

L29299PN1980PLC022787

Toll Free Number

1800-209-0115

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