Continuous Fluid Bed Dryer Easy To Clean , Vibro Fluidized Bed Dryer Long Service Life
Continuous fluid bed dryer is not only beneficial to heat transfer and mass transfer. It also ensures that the drying equipment works in fairly stable hydrodynamic conditions. It makes it easy to produce a large number of clumps or highly dispersed materials when it is not easy to flow or flow. It overcomes the phenomenon that the ordinary fluidized bed is easy to produce the return mixture. Trench flow, viscous wall and so on. Really did what the ideal fluid mechanics calls the flow of the piston flow
. However, the vibrating fluidized bed dryer is operated under the low material layer in most cases. The contact efficiency between single-layer bed medium and dry material is not necessarily good. Therefore, multi-layer is used to improve contact efficiency. Multilayer Vibrating fluidized bed not only has various characteristics of single-layer vibrating fluidized bed, but also because of the setting of multi-layer distribution (feeder). So that the hot air can pass through the material layer many times. The heat of the heating medium is fully utilized. The energy-saving effect is more significant in the case of higher temperature drying. Multilayer Vibrating fluidized bed dryer is a countercurrent operation. The material moves in the bed for a long time. Therefore, the material with high moisture content can be dried to a very low water content. Less than 0.1%). It can thus be used to dry high-humidity materials that were originally required to be pre-dried. Multilayer overlay of distribution plates. Reduces the footprint of the equipment. The cost is reduced accordingly.
Continuous fluid bed dryer is available in all industries, from heavy mining to food, fine chemicals and pharmaceuticals, to the sugar industry. It is a stationary unit with FD and ID pans, ranging from 15T / hr to 50T / hr Capacity and dust removal system. They provide an efficient method of drying relatively free flowing particles having a relatively narrow particle size distribution. Typically, fluid bed dryers operate in a flow mode through the bed, with hot air passing through the product perpendicular to the direction of travel. The dried product is discharged from the same part
FAQ before inquiry : we should consider the following things of the raw material that you are going to dry:
1- material name
2. material shape and size
3. initial moisture
4. final required moisture
5. drying temperature and heating source
6. site space and conditions
|Model||Area of fluidized-bed
|Temperature of inlet air
|Temperature of outlet
|Capacity to vapor
* The above is the largest evaporation.