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Condensation technology is an effective method in converting of natural gas to useful energy by combustion. The latent heat of water vapor in flue gas is incorporated to the system and the thermal efficiency is increased by the use of this latent energy. The condensing boilers discharges flue gas at low temperatures while operating.

Condensing boilers are operate with low flue gas temperatures. Mixing of the air and gas used in the energy production to obtain an efficient combustion before get inside the combustion chamber is named as premix.

Premix systems provide lower emissions values (NOx-CO) after combustion.

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Synchronized operation of more than one condensing boiler in central heating systems is called CASCADE system. In cascade systems, the boiler that manages the system is called MASTER, and the boilers working in connection with it are called SLAVE. The master boiler operates all boilers in the system according to the principle of equal aging and ensures that the service life of all boilers is extended. The biggest advantages of the cascade system compared to conventional systems are:

  • In case of malfunction or maintenance, operations in the relevant boiler can be performed without the need to stop the system.
  • In case of a mechanical failure in the master boiler, the master boiler continues to manage the system.
  • In the event of a malfunction in the control system of the master boiler, one of the slave boilers provides control of the heating system as a master by changing the parameter.

According to the mounting types;

  • Wall Hung Condensing Boilers
  • Floor Standing Type Condensing Boilers

According to the exchanger types;

  • Boiler with stainless steel heat exchanger
  • Boiler with Al-Mg-Si Alloy heat exchanger
  • Regular periodic maintenance provides to the boilers efficient working and the low fuel consumption.
  • Plant safety is provided
  • Loss of comfort is prevented by preventing possible malfunctions.
  • Environmental protection is ensured by keeping the pollutant emissions released into the environment under control.
  • Conducting regular annual periodic maintenance for the efficient working of boilers.
  • Adjusting weekly operating programs and comfort conditions for the efficient fuel consumption during the day and night conditions via control panel.
  • Keeping the building temperature to a minimum on weekends, when there is no work, or in certain periods, and bringing the building to the comfort temperature during working hours.
  • Ensuring continuity of the appropriate water conditions for the heating circuit.
  • Insulation of the buildings being in appropriate conditions.
  • Closing blinds and curtains to prevent heat loss at night. 

Before the commisioning; central heating system/installation water circuit should be cleaned with recommended solutions (flushing process) and after that it should be ensured that the central heating water is in suitable condition. In boiler room conversion processes, the primary circuit (boiler circuit) and secondary circuit (temperature zones) can be separated by using a plate heat exchanger to prevent the boiler circuit from being affected by the problems that may arise from the old installation.

15% more efficieny compared to conventional boilers due to the heat recovery thanks to the condensation technology.

Less fuel consumption with efficient combustion technology and low flue gas temperature.

Low electric energy consumption due to high modulation ratio and efficient circulation pump.

Less pollutant emmissions due to the reduced fuel consumption and efficient combustion.

For all the flue types BXY or CXY; “Y” denotes postion of the fan:


    1 – No fan, natural convection; negative flue stacks.

    2 – Fan after the heat exchanger

    3 – Fan before the burner

B23 = It is a chimney system, that takes the combustion air from the environment where the boiler is located and discharges the flue gas to the outside.

C13 = It is a chimney system, that takes the combustion air from outside and discharges flue gas to the outside environment via horizantal pipes.

C33 = It is a chimney system, that takes the combustion air from outside and discharges flue gas to the outside environment via vertical pipes

C43 = It is a chimney system, that takes the combustion air from the outside and discharges the flue gas to the outside with two separate pipes, which are connected to a main chimney.

C53 = It is a chimney system, that takes the combustion air from the outside with a horizontal pipe and discharges the flue gas to the outside with a vertical pipe.

C63 = It is a chimney system, that takes combustion air from outside and discharges flue gas to the outside via vertical pipes, and intended to be connected to separately certificated combustion air and flue gas system.

C83 = It is a chimney system, that is connected to the single or common duct system, which discarges flue gas via natural convection, and takes combustion air from outside.


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