Burners

How Does a Burner Work?

The basic operating principle of a burner is straightforward:

1. Fuel is supplied to the system.
2. A fan draws in ambient air.
3. Fuel and air are mixed in defined proportions to form a combustion mixture.
4. The ignition unit ignites the mixture and combustion begins.
5. Sensors and control systems continuously monitor combustion.

If an abnormal condition such as flame failure, excessive pressure, or excessive temperature occurs, the burner automatically shuts down, ensuring safety and efficiency.

Burner Types

Burners are classified according to fuel type and modulation characteristics:

• Liquid-Fuel Burners: Operate with liquid fuels such as diesel and fuel oil.

• Gas Burners: Use gaseous fuels such as natural gas, LPG, LNG, CNG, and biogas.

• Dual-Fuel Burners: Offer flexible operation with combinations such as natural gas and diesel or biogas and natural gas.

• By Modulation Type: Available as single-stage, two-stage, proportional modulating, and electronically modulated burners.

This variety makes it possible to meet the energy requirements of different industries.

Burner Brands Used

Ekotek Isı Teknolojileri develops systems compatible with Italian, German, Turkish, and other international burner brands. Riello, Baltur, CIB Unigas, Ecoflam, F.B.R. (FBR Bruciatori), Weishaupt, Saacke, Elco, Giersch GmbH, Gökçe Brülör, Ecostar, Selkoc Flam, ÜRET Brülör, Power Flame, Webster Combustion, Nu-Way, Oilon, Cuenod, Oertli, Bentone stand out for their high performance and reliability.

Environmentally Responsible and Efficient Combustion Technologies

Environmentally responsible technologies are central to modern burner design. Low-NOx and premix burners minimize harmful emissions. High-efficiency combustion systems can also reduce fuel consumption by 5% to 15%, providing significant economic and environmental benefits.

Safety Systems

Safety is one of the most critical aspects of burner operation. Standard safety equipment includes:

• Double safety gas valves,

• Pressure switches,

• Air pressure switches,

• Flame detectors,

• Flue-gas temperature sensors.

These components keep the system under continuous supervision and activate automatic shutdown and restart mechanisms in the event of a fault.

Industrial Burner Applications

Burners are used extensively in:

• Energy and heat generation (steam and hot-water boilers)

• Food industry (dryers, ovens, and cooking lines)

• Textile industry (steam and heating systems)

• Chemical and petrochemical plants

• Ceramics and metallurgy

The Fırtına Series, Anka Series, Atom Series, and hybrid systems developed by Ekotek Isı Teknolojileri integrate with different fuels and burners to offer a broad range of solutions.

Burners are strategic equipment that provide a reliable energy source for industrial production. By optimizing the fuel-air mixture, they deliver both energy savings and environmentally responsible solutions. Ekotek Isı Teknolojileri continues to provide burner solutions tailored to all industrial requirements through European-standard production and a worldwide service network.