Areas of Use / Energy

Exchangers are frequently used in the energy sector. They enable fast, effective, and economical solutions in areas such as geothermal plants, cooling of thermal power plants, integrated instantaneous water heaters with solar energy systems, and recovery of heat energy.

Geothermal Heating Systems
Turkey has been utilizing its rich geothermal resources for energy production, especially focusing on heating-oriented energy production. MIT is one of the most successful and preferred brands in this field, frequently using plate heat exchangers in geothermal-based residential heating systems and domestic hot water production.

Heat Energy Recovery Systems
Energy is one of the largest costs in all industries, particularly with increasing energy prices in recent years, accounting for between 20% to 40% of total production costs. Heat Energy Recovery Systems come into play by recovering the heat energy generated during production for reuse, thus mitigating energy wastage. The pivotal component in these systems are exchangers. MIT Plate Heat Exchangers prevent the waste of heat energy with their wide range of plates and gaskets suitable for every system.

Electricity Generation Plants
Thermal power plants are sources of high-temperature hot water during electricity generation. Cooling this hot water requires costly investments in additional systems. MIT Plate Heat Exchangers provide an alternative by cooling the water solely through the installation cost of the exchanger system. Furthermore, the heat energy extracted during this cooling process can be used to fully heat another region, achieving double-sided savings.

Solar Energy Systems
Plate heat exchangers can serve as instantaneous water heaters in solar energy systems, providing free energy for hot water supply and residential heating. Using MIT Plate Heat Exchangers ensures the system operates more efficiently and safely, thereby extending its lifespan.