Flame Arrested Burners
BelGAS FM Flame Management
BelGAS FM Flame Arrested Burners are engineered to safely combust fuel while preventing flame propagation in vapor control systems. These burners integrate flame arresting technology to ensure controlled combustion and system protection in hazardous environments.
Each unit is built to meet specific fuel mixtures and atmospheric conditions, with multiple sizes and BTU ratings available. A press-and-seal sight glass design improves durability and reduces the risk of leaks compared to traditional welded designs.
Designed for both short-term and continuous operation, these burners provide safe and efficient combustion in demanding industrial applications.
Typical Applications:
Dehydrators, landfill gas systems, digesters, heater treaters, line heaters, burner management systems
Key Features
- Integrated flame arresting burner design
- Provides controlled combustion with flame protection
- Press-and-seal sight glass reduces leak risk
- Improved vibration resistance over welded designs
- Available in multiple BTU ratings
- Custom fuel mixture configurations available
- Cell materials: aluminum, 304 SS, 316 SS
- Multiple size options
- Custom flange configurations available
- Supports short-term and endurance burning
- Designed for vapor control systems
- Optional customization including branding
- Durable construction for industrial environments
PERFORMANCE ADVANTAGES
Why the Flame Arrested Burner Performs Where It Counts
SAFE COMBUSTION WITH INTEGRATED
FLAME CONTROL
Combines combustion and flame arresting functions into a single device, ensuring safe operation in vapor control systems.
REDUCED LEAK RISK & IMPROVED DURABILITY
Press-and-seal sight glass design improves sealing integrity and resists vibration-related failures.
CUSTOM CONFIGURATION FOR EXACT APPLICATION NEEDS
Designed to match fuel mixtures, BTU requirements, and environmental conditions for optimal performance.
RELIABLE OPERATION IN
DEMANDING ENVIRONMENTS
Built for continuous and intermittent operation in harsh industrial settings.