Areas of Use / HVAC

HVAC, derived from the initials of Heating, Ventilating, and Air Conditioning, generally refers to heating, cooling, and ventilation systems. Plate heat exchangers are a frequently used heat transfer technology in these fields. Some HVAC systems where plate heat exchangers are utilized include:

Hot Water Supply
In residential and industrial settings, hot water supply is essential for comfort. MIT Plate Heat Exchangers can produce centralized or individual hot water. Compared to older systems, these systems are more hygienic, efficient, durable, economical, and compact. With minor revisions, these systems can restore performance without the issues of scaling and chlorine-induced deformation.

District Heating
District heating systems utilize hot water from sources such as geothermal resources and electricity generation plants to heat entire regions, districts, or even entire provinces. MIT Plate Heat Exchangers, specially designed according to the source type, are placed under buildings to produce hot water tailored to each building’s needs.

Underfloor Heating Systems
Increasingly popular as an effective, homogeneous, and decorative heating system, underfloor heating systems use MIT Plate Heat Exchangers to prevent corrosion of the heating source. They act as a protective barrier between the heated area and the heat source, ensuring high durability against corrosion, complete stainless steel structure, and custom design for specific needs, guaranteeing years of trouble-free operation.

Pressure Breaker
High-rise and multi-story buildings generate significant pressure due to their height. Sending this pressure directly to the heating or cooling system at the bottom without reducing it can strain and wear out the system excessively. Installing MIT Plate Heat Exchangers, which are resistant to high pressures, between the boiler room or cooling unit and the piping system, allows the primary circuit’s boiler-cooling system to operate comfortably at low pressures.

Pool Heating
Whether for swimming pools or thermal pools, maintaining specific temperatures is crucial. MIT Plate Heat Exchangers can be used with simple automation to regulate the temperature of pools. Their compact design minimizes space in the pool’s mechanical room, ensuring the pool remains at the desired temperature.

Central Heating Systems
In Turkey, new laws promote and sometimes mandate the use of centralized heating systems due to their efficiency and lower energy consumption compared to individual systems. MIT Plate Heat Exchangers can produce hot water required for heating residences using hot water from a centralized source, while also providing hot domestic water.