EQUIPMENT - Fluid bed
Fluid bed dryers & coolers
Fluid bed systems function by crossing the bed of solids with a process gas (generally regular air) to impact its temperature and/or moisture content, with the most frequent processes expected being cooling or drying, but also torrefying, curing, heating,… Vibrating fluid beds also provide better fluidization and thermal efficiency, with minimal retention time, thanks to a maximized contact surface between the air and the product.
A complete system with auxiliaries can also include features like ventilation, burner and/or heat exchanger, ducting, cyclones, filtration,…
SOME FEATURES AND OPTIONS
- High thermal efficiency
- High versatility
- Low particle degradation
- Uniform mixing
- Suited for many materials (sticky, fragile, explosive, hygroscopic,…)
- Easily adjustable retention time, temperature and airflow
- Multifunctional: can perform multiple processes (dry, cool,…) in one pass
Fluid bed dryers & coolers
Fluid bed systems function by crossing the bed of solids with a process gas (generally regular air) to impact its temperature and/or moisture content, with the most frequent processes expected being cooling or drying, but also torrefying, curing, heating,… Vibrating fluid beds also provide better fluidization and thermal efficiency, with minimal retention time, thanks to a maximized contact surface between the air and the product.
A complete system with auxiliaries can also include features like ventilation, burner and/or heat exchanger, ducting, cyclones, filtration,…
SOME FEATURES AND OPTIONS
- High thermal efficiency
- High versatility
- Low particle degradation
- Uniform mixing
- Suited for many materials (sticky, fragile, explosive, hygroscopic,…)
- Easily adjustable retention time, temperature and airflow
- Multifunctional: can perform multiple processes (dry, cool,…) in one pass
Fluid bed dryers & coolers
Fluid bed systems function by crossing the bed of solids with a process gas (generally regular air) to impact its temperature and/or moisture content, with the most frequent processes expected being cooling or drying, but also torrefying, curing, heating,… Vibrating fluid beds also provide better fluidization and thermal efficiency, with minimal retention time, thanks to a maximized contact surface between the air and the product.
A complete system with auxiliaries can also include features like ventilation, burner and/or heat exchanger, ducting, cyclones, filtration,…
SOME FEATURES AND OPTIONS
- High thermal efficiency
- High versatility
- Low particle degradation
- Uniform mixing
- Suited for many materials (sticky, fragile, explosive, hygroscopic,…)
- Easily adjustable retention time, temperature and airflow
- Multifunctional: can perform multiple processes (dry, cool,…) in one pass
Fluid bed dryers & coolers
Fluid bed systems function by crossing the bed of solids with a process gas (generally regular air) to impact its temperature and/or moisture content, with the most frequent processes expected being cooling or drying, but also torrefying, curing, heating,… Vibrating fluid beds also provide better fluidization and thermal efficiency, with minimal retention time, thanks to a maximized contact surface between the air and the product.
A complete system with auxiliaries can also include features like ventilation, burner and/or heat exchanger, ducting, cyclones, filtration,…
SOME FEATURES AND OPTIONS
- High thermal efficiency
- High versatility
- Low particle degradation
- Uniform mixing
- Suited for many materials (sticky, fragile, explosive, hygroscopic,…)
- Easily adjustable retention time, temperature and airflow
- Multifunctional: can perform multiple processes (dry, cool,…) in one pass
Fluid bed dryers & coolers
Fluid bed systems function by crossing the bed of solids with a process gas (generally regular air) to impact its temperature and/or moisture content, with the most frequent processes expected being cooling or drying, but also torrefying, curing, heating,… Vibrating fluid beds also provide better fluidization and thermal efficiency, with minimal retention time, thanks to a maximized contact surface between the air and the product.
A complete system with auxiliaries can also include features like ventilation, burner and/or heat exchanger, ducting, cyclones, filtration,…
SOME FEATURES AND OPTIONS
- High thermal efficiency
- High versatility
- Low particle degradation
- Uniform mixing
- Suited for many materials (sticky, fragile, explosive, hygroscopic,…)
- Easily adjustable retention time, temperature and airflow
- Multifunctional: can perform multiple processes (dry, cool,…) in one pass
Fluid bed dryers & coolers
Fluid bed systems function by crossing the bed of solids with a process gas (generally regular air) to impact its temperature and/or moisture content, with the most frequent processes expected being cooling or drying, but also torrefying, curing, heating,… Vibrating fluid beds also provide better fluidization and thermal efficiency, with minimal retention time, thanks to a maximized contact surface between the air and the product.
A complete system with auxiliaries can also include features like ventilation, burner and/or heat exchanger, ducting, cyclones, filtration,…
SOME FEATURES AND OPTIONS
- High thermal efficiency
- High versatility
- Low particle degradation
- Uniform mixing
- Suited for many materials (sticky, fragile, explosive, hygroscopic,…)
- Easily adjustable retention time, temperature and airflow
- Multifunctional: can perform multiple processes (dry, cool,…) in one pass
