Processing device and processing technology for fresh-cut vegetables
A processing device and vegetable technology, which is applied in the fields of preservation of fruits and vegetables, preservation of fruits/vegetables through freezing/refrigeration, food ingredients containing gas, etc., which can solve the problems of fast softening and spoilage and unsatisfactory preservation effect
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Embodiment approach 1
[0028] Implementation mode 1: if figure 1 , 2 As shown, the processing device for fresh-cut vegetables comprises a material tank 1, a metabolism-reducing gas generator 2, a fresh-keeping gas generator 3 and a scrubbing tank 4, wherein, the center of the material tank 1 is provided with a central air-mixing channel 11, so that There is a softened gas distribution ball 12 under the central gas mixing channel 11, and a spiral grid plate 111 is arranged inside the central gas mixing channel 11. The softened gas distribution ball 12 is hollow inside, and a large number of distribution holes 121 are arranged on the surface of the softened gas distribution ball 12. A spirally rising deflector 13 is provided between the central gas mixing channel 11 and the inner wall of the material tank 1, and the inner and outer sides of the deflector 13 extend respectively and connect the inner wall of the central gas mixing channel 11 and the material tank 1 outer wall, the lower end of the defl...
Embodiment approach 2
[0031] Implementation mode 2: if image 3 As shown, the processing technology of this fresh-cut vegetable uses the above-mentioned processing device for fresh-cut vegetables, and carries out fresh-cut vegetable processing through the following steps,
[0032] S1-Feeding: add the first synergist liquid to the first gas synergist bottle, add the second synergist liquid to the second gas synergist bottle, add gas scrubbing liquid to the gas scrubbing tank, pour from the feed port Add fresh-cut vegetables to be processed until the tank is full;
[0033] S2-Nitrogen intake: pass the cold medium into the second gas quick-cooling bottle, then turn on the nitrogen generator, and pass nitrogen into the material tank for 1 hour;
[0034] S3-Carbon dioxide inlet: Introduce cold medium into the first gas quick-cooling bottle, then turn on the carbon dioxide generator, continue to pass carbon dioxide into the material tank for 1 hour, and continue to supply nitrogen during this period;
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