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Big Capacity Vfbd Dryer , Horizontal Dryers Used In Food Industry Fast Drying Speed

Big Capacity Vfbd Dryer , Horizontal Dryers Used In Food Industry Fast Drying Speed

  • High Light

    vibro fluidized bed dryer

    ,

    horizontal fluid bed dryer

  • Name
    Vibro Fluid Bed Dryer
  • Material
    SUS 304, SUS316L
  • Type
    Fluid Bed Dryer
  • Fluid
    Horizontal Fluid Bed
  • Heating Source
    Electricity,steam Or Natural Gas
  • Packing
    40HQ Container
  • Appllication Industries
    Food, Chemical, Pharmaceutical
  • Production Period
    30-45 Working Days
  • Place of Origin
    China
  • Certification
    SGS, CE, ISO
  • Model Number
    ZLG
  • Minimum Order Quantity
    1unit
  • Price
    USD10990-59000/unit
  • Packaging Details
    shipping container
  • Delivery Time
    30-45 working days
  • Payment Terms
    L/C, D/A, D/P, D/P, T/T, Western Union, MoneyGram
  • Supply Ability
    1000unit per year

Big Capacity Vfbd Dryer , Horizontal Dryers Used In Food Industry Fast Drying Speed

Big Capacity Vfbd Dryer , Horizontal Fluid Bed Dryer Fast Drying Speed

 

The following advantages of vibro fluid bed dryer:

(1) The fluid is well mixed with the solid particles, and the heat transfer and mass transfer coefficient between the two phases is higher than that of the fixed bed, which can shorten the time and improve the production capacity of the equipment;

(2) The equipment has high production intensity and can be operated continuously or intermittently;

(3) The solid particles have the characteristics of fluid after fluidization, so the operation is convenient and easy to control, and the labor intensity can be alleviated;

(4) The equipment is simple, easy to repair and manufacture;

(5) Operational safety is good.

 

Vibrating fluid bed dryer also have their shortcomings:

(1) Generally not suitable for materials that are easy to stick to walls and agglomerates;

(2) The fluidized bed is not suitable for the fluidization operation of several materials with different density differences;

(3) Not applicable to materials that require strict product shape;

(4) There are certain requirements on the particle size of the fluidized bed during operation. Generally, the particle diameter is between 30 μm and 6 mm. The particle size is too small to be carried away by the airflow, too large to be fluidized;

(5) Because additional equipment such as fans, heaters, separators or dust collectors are needed, the equipment is cumbersome and has a large footprint;

(6) It does not have the effect of directly applying heat to the inside of the wet material like microwave drying, and has the advantages of small heat loss and high thermal efficiency (generally up to about 80%). The thermal efficiency of a vibrating fluidized bed is generally 40% to 60%. From the perspective of energy saving, it is also necessary to increase the thermal efficiency.

Vibrating fluidized bed equipment has been widely used in the pharmaceutical, chemical, food and other industries due to its simple structure, easy maintenance and good safety. At present, the types of fluidized bed drying equipment commonly used in the pharmaceutical industry mainly include high-efficiency boiling dryers, horizontal boiling dryers, and vibrating fluidized bed dryers. The manufacture and application of drying equipment in China has a history of more than 20 years, but over the years, there has not been a major breakthrough in technology and lack of innovative ability. In the case of fluidized bed equipment, the first drawback is the low energy efficiency and high energy consumption. Under the general trend of the state to vigorously advocate the establishment of a conservation-oriented society, China should regard the consumption of energy in production equipment as an important parameter and formulate relevant standards. The consumption of vibrating fluidized bed energy is mainly the electricity consumed by the fan and the steam consumed by the heat exchange of the heater. The consumption of steam accounts for a large proportion of the energy consumption. For the design and manufacturer of vibrating fluidized bed, relevant improvements should be made in improving the energy utilization rate of vibrating fluidized bed in terms of technical measures.

On the basis of summarizing the practice, I believe that there are three ways to improve energy efficiency:

(1) Strengthen the sealing effect of the vibrating fluidized bed. In the past, some high-efficiency boiling dryer boiling pots were not well integrated with the equipment body, and there was a serious air leakage phenomenon, so that the outside cold air entered the pot, greatly reducing the temperature of the hot air, affecting the drying effect, and reducing the thermal efficiency;

(2) Improve the heat transfer effect of the heater. The heater has a rough workmanship and low heat exchange efficiency, which increases the consumption of steam. At present, many of the dryers for fluidized bed drying equipment use steel tube winding fins for heat exchange. Although steel tubes can save material cost, it is better to use copper tubes for better heat exchange effect;

(3) Reuse the exhaust air. The tail wind drawn from the bubbling bed is higher than the natural air temperature, and a part of the tail wind can be used to enter the heater to reduce the steam loss.

In addition, each type of drying equipment has its own advantages, and the combination of various types of drying equipment is also one of the ways to save energy. In order to save electricity consumption, fluidized drying is used in the early stage of drying, and in the late drying stage, microwave drying is used, that is, the drying time is shortened, and the steam consumption is saved.

 

 

 

 

Technical Parameter

Size
Model
A B C D E F Weight(kg)
ZLG3×0.30 3000 300 1350 900 430 1650 1250
ZLG4.5×0.30 4500 300 1350 900 430 1650 1250
ZLG4.5×0.45 4500 450 1550 950 430 1700 1670
ZLG4.5×0.60 4500 600 1650 950 430 1700 1670
ZLG6×0.45 6000 450 1650 950 430 1700 2100
ZLG6×0.60 6000 600 1700 1000 500 1700 2410
ZLG6×0.75 6000 750 1850 1000 600 1850 2840
ZLG6×0.9 6000 900 2000 1000 600 1850 3160
ZLG7.5×0.60 7500 600 1850 1000 600 1850 3200
ZLG7.5×0.75 7500 750 2000 1000 600 1850 3600
ZLG7.5×0.9 7500 900 2100 1000 600 1850 4140
ZLG7.5×1.2 7500 1200 2500 1150 800 2050 5190

 

Model Area of fluidized-bed
(M2)
Temperature of inlet air
(oC)
Temperature of outlet
(oC)
Capacity to vapor
moisture
(kg)
Vibration motor
Model Power Kw
ZLG3×0.30 0.9 70-140 40-70 20-35 ZDS31-6 0.8×2
ZLG4.5×0.30 1.35 70-140 40-70 35-50 ZDS31-6 0.8×2
ZLG4.5×0.45 2.025 70-140 40-70 50-70 ZDS32-6 1.1×2
ZLG4.5×0.60 2.7 70-140 40-70 70-90 ZDS32-6 1.1×2
ZLG6×0.45 2.7 70-140 40-70 80-100 ZDS41-6 1.5×2
ZLG6×0.60 3.6 70-140 40-70 100-130 ZDS41-6 1.5×2
ZLG6×0.75 4.5 70-140 40-70 120-140 ZDS42-6 2.2×2
ZLG6×0.9 5.4 70-140 40-70 140-170 ZDS42-6 2.2×2ZLG
ZLG7.5×0.60 4.5 70-140 40-70 130-150 ZDS42-6 2.2×2
ZLG7.5×0.75 5.625 70-140 40-70 150-180 ZDS51-6 3.0×2
ZLG7.5×0.9 6.75 70-140 40-70 160-210 ZDS51-6 3.0×2
ZLG7.5×1.2 9 70-140 40-70 200-260 ZDS51-6 3.0×2

* The above is the largest evaporation.

 
 

FAQ for vibro fluid bed dryer: 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