FOOD INDUSTRY
Hygiene is extremely important in food products. Therefore, the exchangers used in food applications are produced entirely as stainless steel. The food material only comes into contact with stainless surfaces and special seals with FDA compliance certificates. Some of the systems used in this field are as follows:
1. Dairy Industry
- Pre-Vacuum Heating
- Raw Milk Cooling
- Post-Vacuum Heating
- Kaşar Milk Heating
- Cheese Milk Cooling
- Cream Cooling
- Whey
- Brine Heating
- Brine Cooling
- Ice Cream Mix Cooling
- CIP Exchanger
2. Alcoholic and Non-Alcoholic Beverages
- In Carbonated Beverages
- Cooling of Liquids Containing CO2
- Cola Syrup Cooling
- Liquid Sugar Pasteurization
- Liquid Sugar Cooling
- Heating and Cooling of Process Water
- Cooling in Filling Unit
- In Alcoholic Beverages
- Cooling of Liquids Containing CO2
- Wine Cooling
- Heating and Cooling in Process Preparation
- Cooling of Wine with Ethylene Glycol
- Pasteurization of Mash Products
- Evaporation Processes
- Heating and Cooling in Alcohol Vapor Condensation Process
3. Edible Oil Industry
- Heating and Cooling of Vegetable Oils
- Neutralization Unit Heating
- Crystallization Unit Heating
- Evaporation Processes
- Heating and Cooling of Process Water
4. Fruit Juice Industry
- Heating and Cooling of Fruit Juices Containing Fiber and Pulp
- Fruit Juice Pasteurization
- Preliminary Heating and Cooling Processes
- Cooling in Filling Unit
- Evaporation Processes
5. Beer and Yeast Industry
- Beer Pasteurization
- Wort Cooling
- Heating and Cooling of Process Water
- Yeast Cooling for Beer
- Heating and Cooling in Fermentation Unit
6. Tomato Paste, Sauce and Canned Food Industry
- Pre-Heating and Cooling in Pasteurization Unit
- Heating and Cooling of Process Water
- Ketchup Heating
- Cooling of Oil in Mayonnaise Production
- Heating and Cooling of Brine
7. Sugar and Starch Industry
- Heating and Cooling of Syrup
- Heating and Cooling of Molasses
- Heating and Cooling of Extraction Juice
- Heating and Cooling of Carbonation Process
- Heating of Crystallization Unit
- Pre-Heating of Clarification
- Heating and Cooling of Process Water
- Starch Milk Thermal Processes
- Evaporation
HVAC
HVAC, 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 commonly used in these areas. Our MIT product group is the most preferred brand in HVAC operations in high-rise buildings, solar energy systems, geothermal facilities, and pool water heating processes.
PETROCHEMISTRY and PHARMACEUTICALS
The chemical and pharmaceutical industries require heat exchangers that can operate at high temperatures and pressures. In addition to this requirement, these heat exchangers need to be designed to be suitable for the use of corrosive (hazardous), aggressive gases, and liquid flow. Meeting these needs, our MIT Plate Heat Exchangers provide suitable solutions for the petrochemical and pharmaceutical industries with welded and semi-welded constructions.
METAL INDUSTRY
Cooling systems are very important in metal production due to the high temperatures that occur during manufacturing. In this context, MIT heat exchangers are commonly used in the following cooling applications.
- Cooling of Molds in Foundries
- Cooling of Oils in Hydraulic Systems
- Cooling of Electrical Panels in Blast Furnaces
- Cooling of Process Water & Air Conditioning
- Metal Surface Treatments like Electrolysis and Anodizing
- Cooling of Furnaces and Electrical Units
AUTOMOTIVE INDUSTRY
MIT branded exchangers are the most preferred brand in the automotive sector in Turkey. Our heat transfer group products are used in the following operations in this sector.
- Heating and Cooling Applications in Surface and Painting Processes
- Cooling of Hydraulic Circuits in Press Machines
- Cooling of Electronic Circuits in Machinery
- Waste Heat Recovery Applications
ENERGY INDUSTRY
Plate heat exchangers have wide applications in many sectors that produce energy such as gas turbines, steam turbines, hydroelectric power plants, and wind turbines. MIT branded plate heat exchangers, with their product range that meets international standards and innovative designs resulting from long R&D studies, are the leading brand in the energy sector. Our products are used in the energy sector in the following operations.
- Cooling of Fuel Tanks
- Cooling of Cooling Oils
- Cooling of Reactor Jacket Waters
- Heat Recovery
MARITIME INDUSTRY
Ships are isolated vehicles that sail for long periods with their own resources, so self-sufficiency and efficient operation of all systems are vitally important. With our plate heat exchangers and complementary products, some of the areas we operate in the maritime sector are as follows.
- Central Cooling of Seawater
- Cooling of Main Engine Oil
- Cooling of Generator Oil
- Cooling of Cam Shaft
- Fuel Oil Heating
- Cooling of Water Distillation
TEXTILE INDUSTRY
In the textile industry, the heat of wastewater generated especially after dyeing, bleaching, hardening, and printing processes is an important source of energy. Nowadays, many textile companies reduce fuel consumption by using this waste heat with MIT Plate Heat Exchangers, prevent thermal pollution, reduce dyeing costs by shortening the dyeing time, increase operating capacity and efficiency.