HVAC, which is formed from the initials of the English words "Heating, Ventilating, Air Conditioning", generally refers to heating, cooling and ventilation systems. Plate heat exchangers are a heat transfer technology that is frequently used in these areas. Some HVAC systems using plate heat exchangers are as follows.
Hot Domestic Water Supply
Domestic and industrial hot water is indispensable for comfort. With MIT Plate Heat Exchangers, your domestic water can be produced centrally or individually. Compared to the old systems, with this system, which is more hygienic, more efficient, longer-lasting, more economical and more compact, your system can reach its old performance with minor revisions instead of completely replacing the system in case of problems such as calcification and excessive chlorine-induced deformation.
District Heating
A region, a district, or even a whole province can be heated by using hot water from sources such as regional heating centers, geothermal resources, and electricity generation facilities. The area to be used is divided into sub-zones according to the need, and MIT Plate Heat Exchangers, specially designed according to the type of source, are placed under the buildings and hot water is produced according to the needs of each building.
Floor Heating Systems
MIT Plate Heat Exchangers, which are used to prevent the heating source from being affected by corrosion in floor heating systems, which are increasingly used as an effective, homogeneous and decorative heating system, act as a protective wall between the heated area and the heating source. MIT Plate Heat Exchangers guarantee years of trouble-free use of the system, thanks to its high resistance to corrosion, complete stainless structure and customized design.
Pressure Cracker
In multi-storey and high-rise buildings, serious pressures occur due to the height of the system. Sending this pressure caused by the system to the heating-cooling system at the bottom, as it is, without reducing the pressure, causes the system to be overloaded and worn out. In addition, the initial investment cost is very high since it is necessary to install the installation with high pressure resistant armatures. In these systems, MIT Plate Heat Exchangers, which are resistant to high pressure, to be placed between the boiler room or the cooling group and the installation, meet the pressure coming from the system within itself, allowing the boiler - cooling system in the primary circuit to operate comfortably at low pressures.
Pool Heating
Whether it is a swimming pool or a thermal pool, all pools must be between certain temperatures. MIT Plate Heat Exchangers can be used with the help of a simple automation to keep the pools between the desired temperatures. MIT Plate Heat Exchangers, which take up very little space in the engine room of your pool thanks to their compact structure, ensure that the pool they are used in is kept at the desired temperature.
Central Heating Systems
The use of central heating systems is encouraged within the framework of the new laws enacted in our country, and in some cases it is compulsory. The reason for this is that central systems are more efficient and consume less energy compared to individual uses. With MIT Plate Heat Exchangers, hot water required for heating the houses can be produced with hot or hot water coming from a central source, and at the same time, domestic hot water can be supplied.
