HMX – a part of the A.T.E. Group – designs and manufactures energy-efficient, environment-friendly cooling solutions for commercial and industrial applications. The low carbon technologies are suitable for several applications and for most geographical locations across the globe.
These solutions are based on HMX’s proprietary Indirect Evaporative Cooling (IEC) technology. At the heart of HMX’s cooling solutions is DAMA – a modular and scalable sensible heat exchanger that can be used in systems ranging from 500 CFM to 2,00,000 CFM. DAMA has been extensively deployed by HMX in IEC applications for air cooling, with supplies of 100+ million CFM covering 20 million sq. ft. in 10+ countries.
Survey No : 251, Sarkhej Bavla Highway, Sari, Ahmedabad, Gujarat , India
Products
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HMX-IDEC (Indirect Direct Evaporative Cooling)
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HMX-IDEC (Indirect Direct Evaporative Cooling)
1. Stand-alone cooling solution based on 100% fresh air
2. Provides excellent thermal comfort to people in large buildings (commercial and industrial)
3. Prevents ingress of dust from outside and drives out contaminated air from inside the building
4. Consumes up to 70% less energy compared to air-conditioners
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HMX-Hybrid AHU (Based on Indirect Evaporative Cooling)
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HMX-Hybrid AHU (Based on Indirect Evaporative Cooling)
1. Drop-in replacement for conventional AHU.
2. Up to 21% energy savings compared to a conventional AHU.
3. Supplies up to 35% fresh air in buildings without increasing energy consumption.
4. Provides year round comfort.
5. Maintains a good level of oxygen rich air inside the building.
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HMX-TFA (Based on Indirect Evaporative Cooling)
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HMX-TFA (Based on Indirect Evaporative Cooling)
1. Pre-cooled make-up outdoor air to central air-conditioning units in commercial buildings, hospitality, healthcare.
2. Reduces load of fresh air up to 29% on centralized air-conditioning systems.
3. Maintains a good level of oxygen rich air inside the building.
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HMX-Smart AHU (Smart Air Handling Unit)
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HMX-Smart AHU (Smart Air Handling Unit)
1. Highly efficient operation with substantial power savings
2. Low life cycle costs due to low energy and low maintenance requirements
3. Robust and compact design allows flexibility in selection of installation location
4. Wireless compatibility for smart control and real-time monitoring through IoT
5. Capacities ranging from 700 CFM to 100,000 CFM
