A nitrogen closed-circuit vc special drying device and its working method
A drying device, nitrogen technology, applied in the directions of drying gas arrangement, separation method, drying solid materials, etc., can solve the problems of hindering the manufacture of VC products, substandard discharge, material loss, etc., to reduce the falling speed, increase the blanking efficiency, The effect of extending the warranty period
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Embodiment 1
[0032] Example 1 as figure 1 As shown, the nitrogen closed-circuit VC special drying device of this embodiment includes a vacuum feeder 1, a heating system, a vibration boiling dryer 2, a primary cyclone separator 3, a secondary cyclone separator 33, a condensation washing absorption tower 4 and nitrogen gas Source 5; as in figure 2 As shown, the vacuum feeder 1 includes a cylindrical feed section 14, a conical section 15, a cylindrical section 16, an inverted conical section 17, a cylindrical blanking section 18 and a discharge section from top to bottom. Section 14 is connected to the vacuum hopper 11 through a pipeline; the top of the small head of the conical section 15 is sealed and connected to the feed section 14, so that when the material 6 enters the conical section 15 through the feed section 14, the barrel diameter is enlarged to avoid The material adheres to the inner wall of the conical section 15. The discharge port 10 of the feeder is placed at the bottom of ...
Embodiment 2
[0047] The working method of the above-mentioned nitrogen closed-circuit VC special drying device comprises the following steps:
[0048] A. Start the nitrogen source 5 to provide nitrogen to each equipment of the unit, and start the heating system to make the nitrogen heated to the required temperature enter the vibration boiling dryer 2 .
[0049] B. Send the material 6 to be dried into the vacuum feeder 1 through the vacuum hopper 11, so that the VC material slides down to the fluidized bed plate 21 through the first inclined plate 19 and the second inclined plate 251.
[0050] C. The nitrogen gas heated by the low-pressure steam heat exchanger is introduced into the front end of the ebullating bed plate 21, so that the material is heated at the front end of the ebullating bed plate 21.
[0051] D. Start the vibrating motor 211 to vibrate the fluidized bed plate 21, so that the material 6 on the fluidized bed plate 21 is transported forward in a boiling state; introduce the...
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