Heavy Oil Burner

ECCS Heavy Oil Burners are designed for efficient combustion of heavy fuel oils in demanding industrial heating systems. Built for durability and stable flame performance, they ensure reliable heat generation in furnaces, boilers, and process heating applications.

Heavy Oil Burner

ECCS Heavy Oil Burners are engineered to burn heavy fuel oil efficiently in industrial furnaces, boilers, and high-capacity heating equipment. These burners use advanced atomization methods to convert viscous heavy oil into fine droplets for effective combustion.

To ensure proper combustion, heavy oil is typically preheated before entering the burner. The atomized fuel mixes with combustion air to produce a stable and high-temperature flame suitable for industrial heating processes.

Designed for continuous industrial operation, ECCS burners integrate ignition systems, flame monitoring, and burner management controls to ensure safe, reliable, and efficient combustion performance.

Technical Specifications

  • Burner Type: Heavy Oil Industrial Burner
  • Fuel Type: Heavy Fuel Oil (HFO), Furnace Oil
  • Capacity Range: 200 kW – 15,000 kW (typical range)
  • Oil Preheating: Required for proper atomization
  • Atomization Method: Pressure jet / steam or air atomized
  • Ignition System: Electronic ignition transformer
  • Flame Detection: UV / flame rod sensor
  • Combustion Air: Forced draft fan
  • Control Compatibility: PLC / burner management system
  • Construction Material: Heat-resistant steel / stainless steel
Applications / Industries Served

Applications of Heavy Oil Burners

  • Industrial furnaces
  • Steam generation boilers
  • Metal heat treatment plants
  • Cement and refractory industries
  • Ceramic and brick kilns
  • Chemical processing plants
  • Asphalt and bitumen heating systems
  • Large industrial heating chambers
Key Benefits / Features

Key Features of ECCS Heavy Oil Burners

  • Efficient combustion of heavy fuel oils
  • High thermal output for large heating systems
  • Stable flame even in demanding industrial environments
  • Advanced atomization for improved fuel burning
  • Reliable ignition and flame monitoring systems
  • Suitable for continuous industrial operation
  • Integration with automated burner management systems
  • Durable construction for high-temperature applications
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