Heat Exchanger

Steam Exchanger

Steam Exchanger is a type of exchanger that can be used in almost every sector. They are produced for needs such as providing hot water and heating process fluids. Designed and manufactured with high temperature and pressure in mind, they can be produced in various materials, shapes, and sizes according to project and process requirements.

Steam exchangers are manufactured according to various international standards. The main design standards used are EN 13445-3 for Non-Fired Pressure Vessels and ASME Section I & II.

Steam exchangers are important heat transfer devices used in industrial facilities and energy production systems. Generally designed for applications such as steam production, heat recovery, or process heating, these exchangers provide high efficiency and reliable performance.

The body is made of materials resistant to high pressure and temperature and forms the outer body of the exchanger. The tube bundle consists of corrosion-resistant metal pipes through which steam passes to transfer heat. Collectors close the ends of the pipes and regulate the entry and exit of steam into the exchanger.

Steam or water flows through the pipes or plates of the exchanger, running along the heat transfer surface. The heat carried by the steam or water is transmitted to the heat transfer surface of the exchanger and is then absorbed and transferred by the other fluid, which is either water or steam. Steam exchangers contribute to energy savings by increasing energy efficiency in processes.

Steam exchangers have a wide range of applications in energy production facilities, the chemical industry, food processing plants, and other industrial facilities. They are commonly preferred to enhance energy efficiency in steam boilers and optimize heat recovery in processes.

Hot Oil Heat Exchanger

Hot Oil Heat Exchangers address the same areas of use and sectors as steam and hot water heat exchangers. They are heat exchangers produced for needs such as meeting the need for hot water and heating process fluids. They are used as heating fluids especially in processes requiring high temperatures. They can be produced in various materials, shapes and sizes according to project and process requirements.

Hot Water Heat Exchanger

Hot Water Heat Exchangers address the same areas of use and sectors as steam heat exchangers. They are heat exchangers produced for needs such as meeting the need for hot water and heating process fluids. They can be produced in various materials, shapes and sizes according to project and process requirements.

Shell and Tube Heat Exchanger

Shell and Tube Exchanger is a device that enables heat exchange between different fluids without them coming into contact with each other. Shell and tube exchangers, which find a wide range of applications from industrial processes to energy production, are designed to provide efficient and reliable heat transfer.

In our production process, shell and tube exchangers are designed and manufactured using materials that meet high-quality standards. There is an outer shell surrounding the inner pipes. Heat transfer occurs as one fluid passes through the pipes while another fluid flows over the outer shell.

Shell and tube exchangers are generally used to transfer heat for fluids at high pressures and high temperatures. These exchangers provide an ideal solution for increasing process efficiency, saving energy, and reducing production costs.

We design customizable shell and tube exchangers for various industrial applications. Designed to meet your heat transfer needs and ensure optimal performance, these exchangers undergo strict testing to ensure long life and reliability.

Our shell and tube exchangers are important tools for businesses looking to enhance the efficiency of industrial processes, optimize energy consumption, and reduce environmental impact. With our commitment to quality design and manufacturing, we are here to provide our customers with the best heat transfer solutions.

Shell and tube exchangers are produced according to various international standards. The main design standards used are EN 13445-3 for Non-Fired Pressure Vessels and ASME Section I & II.

Sea Water Exchanger

Sea Water Heat Exchangers are heat exchangers where seawater is used for cooling process fluids in maritime, iron and steel industries. Considering the corrosive effects of sea water, they are manufactured from materials resistant to sea water. They can be produced in various shapes and sizes according to project and process requirements. Cleanliness plays an important role in seawater heat exchangers. Reduced heat transfer and increased pressure losses directly affect the efficiency of the exchanger. In order to clean the heat exchanger periodically, heat exchangers are designed in accordance with TEMA standards.

Oil Cooler

Oil Coolers are heat exchangers used for cooling machine oils, lubricating oils, cooling and hydraulic oils in the machinery, energy, marine, petro-chemical, iron and steel industries. They can be produced in various materials, shapes and sizes according to project and process requirements.

Condenser

Condenser is widely used in HVAC-air-conditioning, food, chemical, biomass sectors. They are heat exchangers used for condensing refrigerants in the gas phase, condensing the moisture and gases in the gases. They can be produced in various materials, shapes and sizes according to project and process requirements.

Evaporator

Evaporators are widely used in HVAC-air conditioning, food, chemical industries. They are heat exchangers that can work with many different fluids. They can be used in evaporation of water, partial evaporation systems for fluid separation, used to switch refrigerants from liquid phase to gas phase. They can be produced in various materials, shapes and sizes according to project and process requirements.

Boiler

Boilers are products that are generally used in factories and central heating systems to meet the need for hot water and storage. Boilers are also used in fuel tanks to reduce the viscosity of the fuel. They can be produced in various materials, shapes and sizes according to project and process requirements.