Difference between revisions of "Contact Fluidizer Dryers"
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[[File:Contact_Fluidizer_Dryers.jpg|thumb|200px|right|Contact Fluidizer Dryers]] | [[File:Contact_Fluidizer_Dryers.jpg|thumb|200px|right|Contact Fluidizer Dryers]] | ||
The '''Contact Fluidizer Dryers''' incorporate back mix and plug flow sections. A rotary distributor | The '''Contact Fluidizer Dryers''' incorporate [[Back Mix Dryers|back mix]] and [[Plug Flow Dryers|plug flow sections]]. A rotary distributor disperses the wet feed evenly over the back mix section equipped with contact heating surfaces immersed in the fluidized layer. | ||
The heating surfaces of this fluid bed dryer are designed to avoid deposits and obtain high heat transfer in the fluidized layer and they provide a significant portion of the required energy. | |||
The heating surfaces of this fluid bed dryer are designed to avoid | |||
==Advantages== | |||
The Contact Fluidizer Dryers have following advantages. These are: | |||
* Compact design | * Compact design | ||
* High Thermal Efficiency | * High Thermal Efficiency | ||
* Low gas throughput. | * Low gas throughput. | ||
Latest revision as of 21:58, 19 August 2012
The Contact Fluidizer Dryers incorporate back mix and plug flow sections. A rotary distributor disperses the wet feed evenly over the back mix section equipped with contact heating surfaces immersed in the fluidized layer.
The heating surfaces of this fluid bed dryer are designed to avoid deposits and obtain high heat transfer in the fluidized layer and they provide a significant portion of the required energy.
Advantages
The Contact Fluidizer Dryers have following advantages. These are:
- Compact design
- High Thermal Efficiency
- Low gas throughput.