Applications

Gasketed plate heat exchangers separate two circuits cleanly. These are the places where our units work.

Engine And Power Plant Cooling

A gasketed plate heat exchanger separates the engine circuit from the plant or building circuit, so each side keeps its own water, pressure and treatment. It is the standard choice next to gas engines, generator sets and CHP plants.

Data Center Cooling

Plate heat exchangers isolate the facility water from the IT cooling loop, serve liquid cooling systems and make free cooling possible when the outside air is cold enough.

HVAC And Chilled Water

In buildings and campuses they separate chilled water and heating circuits, break pressure between floors and zones, and connect free-cooling equipment to the system.

Heat Recovery And CHP

The heat of engines and processes is passed on to heating networks, hot water and process circuits instead of being wasted. A plate heat exchanger is the clean interface between the two.

Marine And Offshore

On ships and offshore units a plate heat exchanger keeps sea water on one side and the engine or system circuit on the other, with plate and gasket materials chosen for the duty.

Industrial Process Cooling

Process liquids, oils and cooling water are kept apart, so that the process circuit stays clean and the cooling side can be serviced without stopping production for long.

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TECS Engineering factory, Menemen, İzmir