Oil Burner

ECCS Oil Burners are designed for efficient combustion of liquid fuels in industrial heating systems. Built for reliable ignition and stable flame performance, they deliver consistent heat for boilers, furnaces, and process heating equipment.

Oil Burner

ECCS Oil Burners are industrial combustion systems designed to burn liquid fuels such as furnace oil, light diesel oil, or heavy oil in industrial heating equipment. These burners are commonly used in boilers, furnaces, and process heating systems requiring reliable heat generation.

The burner uses atomization technology to convert liquid fuel into fine droplets, allowing it to mix efficiently with combustion air. This process produces a stable flame and ensures efficient combustion for consistent heat output.

Engineered for industrial environments, ECCS oil burners integrate ignition transformers, flame monitoring systems, and burner control compatibility. This enables safe operation, improved fuel efficiency, and seamless integration with automated heating systems.

Technical Specifications

  • Burner Type: Industrial Oil Burner
  • Fuel Type: Furnace Oil, Light Diesel Oil, Heavy Oil
  • Capacity Range: 100 kW – 15,000 kW (typical range)
  • Atomization Method: Pressure jet / air or steam atomized
  • Oil Pressure: Typically 7–25 bar
  • 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 Oil Burners

  • Industrial furnaces
  • Steam generation boilers
  • Metal heat treatment plants
  • Ceramic and brick kilns
  • Food processing plants
  • Textile drying systems
  • Chemical processing plants
  • Industrial heating chambers
Key Benefits / Features

Key Features of ECCS Oil Burners

  • Efficient combustion of liquid fuels
  • Stable flame for consistent heat generation
  • Reliable ignition and flame monitoring systems
  • High thermal output for industrial heating processes
  • Compatible with automated burner management systems
  • Durable construction for industrial environments
  • Suitable for continuous industrial operation
  • Optimized fuel atomization for better efficiency
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