Fluidized Bed Boiler
Intensive mixing of fuel and bed material supports stable combustion and heat transfer.
Primary air is distributed through nozzles into the bed. Fluidization of fuel and bed material supports uniform temperature and heat transfer. The furnace, radiant and convective surfaces and ash discharge are considered together.
- Fuel compatibility
- Air distribution
- Ash discharge
- Project-specific design
Flexible combustion for industrial solid fuels
Primary air is distributed through nozzles into the bed. Fluidization of fuel and bed material supports uniform temperature and heat transfer. The furnace, radiant and convective surfaces and ash discharge are considered together.
Fuel compatibility
Sizing for the fuel type and characteristics.
Air distribution
Primary air supply tailored to combustion zones.
Ash discharge
Ash removal and maintenance access are planned together.
Design and operating principle
Primary air is distributed through nozzles into the bed. Fluidization of fuel and bed material supports uniform temperature and heat transfer. The furnace, radiant and convective surfaces and ash discharge are considered together.
Primary air inlet
Nozzle distribution
Bed fluidization
Combustion and heat transfer
Gas and ash movement
System architecture and heat transfer surfaces
The furnace, heat transfer surfaces, cyclone transitions and ash discharge systems are considered together. Radiant and convective surfaces recover heat from combustion.
- Project-specific dimensions
- Welding and quality control
- Installation and delivery preparation
Information for a quotation
Fuel type and heating value
Share the fuel characteristics and any available analysis data.
Let’s find the right solution for your project.
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