3000-10000 Kw Duoblok Fuel Oil Burner

BRÜLÖR CC 802 AGP PNM is a natural gas burner with a duoblok structure developed for high-capacity industrial heating and process applications. With a wide capacity range of 3000 kW to 10000 kW, it offers strong, stable, and reliable combustion performance in large industrial boilers, energy production facilities, and continuously operating heavy industry processes. The duoblok design, with the fan and burner unit being separate, provides high air flow, flexible installation, and a more controlled combustion process.

Equipped with pneumatic proportional and electronic proportional control options, the CC 802 AGP PNM ensures high efficiency by precisely adjusting the fuel-air mixture under variable load conditions. The pneumatic proportional system stands out in challenging industrial conditions with its durable structure and long-lasting use; while the electronic proportional control offers more stable and energy-efficient combustion in applications requiring precise temperature and process control. The system operates at a gas pressure of 300 mbar, ensuring full compatibility with industrial natural gas infrastructures.

Thanks to its durable body structure, quality components, and safety-focused design, the CC 802 AGP PNM provides long-lasting and trouble-free use even under heavy working conditions. Its structure facilitates maintenance and service, supporting operational continuity and contributing to reduced downtime.

Technical Specifications

• Burner Type: Duoblok Natural Gas Burner

• Model: CC 802 AGP PNM

• Capacity Range: 3000 – 10000 kW

• Gas Pressure: 300 mbar

• Control Type: Pneumatic Proportional / Electronic Proportional

• Fuel Type: Natural Gas

• Application Area: Large industrial boilers, energy production facilities, high-capacity process heating applications

BRÜLÖR CC 802 AGP PNM is a powerful natural gas burner solution developed for industrial facilities requiring high power, meeting expectations for high efficiency, stable combustion, and reliable operation thanks to its proportional control options and duoblok structure.