Production method of broker wall bee pollen granules

Abstract

The invention relates to a production method of wall breaking melissa powder particle, which belongs to processing technology of melissa powder. Present melissa powder wall breaking technology has disadvantages of low wall breaking rate, complex equipment, and slow wall breaking speed. The production method of wall breaking melissa powder particle provided by the present invention has advantages of high wall breaking efficiency, good sterilization effect and simple equipment, includes processes of sterilization, wall breaking, granulation and detection, and is characterized in that the sterilization process sequentially includes liquid sterilization and high temperature instant sterilization, granularity of the melissa powder after wall breaking in the wall breaking process is less than 0.03mm, wall breaking rate is between 92.7% and 98.5%, the granulation process employs centrifugation granulation technology, and particle size of finished melissa powder particle obtained after the granulation process is between 8 meshes and 20 meshes. The invention has good sterilization effect, can produce melissa powder particle with high nutritive value and convenient for administration, has simple manufacturing process and low production cost.

Description

technical field [0001] The invention relates to a method for producing wall-broken bee pollen particles, which belongs to the processing technology of bee pollen. Background technique [0002] At present, people are more and more aware of the beneficial effects of bee pollen on the human body, but bee pollen can be better absorbed by the human body only after the wall is broken, and the powdery pollen after the wall is broken is made into granules of a certain size. Easy to eat. At present, the relatively mature method of bee pollen wall breaking technology is the high-speed airflow pulverization method. This method has been used for a long time, and the technology is relatively mature. Large, high energy consumption. Other methods for bee pollen wall breaking include temperature difference method, colloid milling method, fermentation method, etc. The wall breaking rate of these wall breaking methods is not high. And when using the fermentation method to break the wall of...

AI Technical Summary

Problems solved by technology

At present, the relatively mature method of bee pollen wall breaking technology is the high-speed airflow pulverization method. This method has been used for a long time, and the technology is relatively mature. Large, high energy consumption

Other methods for bee pollen wall breaking include temperature difference method, colloid milling method, fermentation method, etc. The breaking rate of these wall breaking methods is not high

And when the bee pollen is broken by fermentation, yeast is added, so that other ingredients are added to the broken bee pollen, and these ingredients are not easy to remove, which affects the quality of the product

[0003] Of course, there are also some improved bee pollen wall-breaking methods at present, such as the Chinese patent application number 200810007855.1, which discloses a bee pollen supercritical carbon dioxide wall-breaking method, which is to put bee pollen into a supercritical carbon dioxide extraction device , make the bee pollen act in the supercritical carbon dioxide fluid of appropriate pressure and temperature for a certain period of time, open the exhaust valve to quickly empty the carbon dioxide, and cause the pollen cells to rupture due to the large pressure difference between the inside and outside of the cell. The equipment is complicated, the operation is difficult, and the cost of producing bee pollen is high

Another example is the Chinese patent application number 200710022400.2, which discloses a pollen wall-breaking method by electromagnetic waves. The method is achieved by placing pollen in a microwave oven for multiple times of baking.

Another example is the Chinese patent application number 98104558.8, which discloses a bee pollen wall-breaking process. In the fermentation step of this process, the fermentation temperature is between 20°C and 40°C, and the sterilization of the process is through this fermentation process. After the steps are completed, due to the low fermentation temperature, the sterilization is difficult to complete, making it difficult to guarantee the food safety of the final product

[0004] Some existing bee pollen wall-breaking technologies have a low wall-breaking rate, some complex equipment, and some slow wall-breaking speeds, etc., and because the bee pollen is powdery after being broken, it brings certain inconvenience to eating. Bee pollen needs to be made into granules

And there is no effective bee pollen granulation technology at present

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