High-pressure jet type mechanical CIP cleaning and disinfecting system for emulsifying equipment

Abstract

The invention discloses a high-pressure jet type mechanical CIP cleaning and disinfecting system, and relates to the technical field of CIP cleaning and disinfecting of emulsifying equipment. The cleaning and disinfecting system comprises a CIP water storage tank, a high-pressure jet pump, a high-pressure circulating pump, a plurality of emulsifying pots and a plurality of cleaning and disinfecting devices, wherein the cleaning and disinfecting devices are positioned inside the emulsifying pots and each comprise a plurality of high-pressure jet parts; the cleaning and disinfecting devices arearranged on the tops and bottoms of the inner walls of the emulsifying pots; each high-pressure jet part comprises a guide pipe, a rotary pipe, a high-pressure spray head and a first driving device which are connected with the high-pressure jet pump; a nozzle of each high-pressure spray head is provided with a rotary baffle mechanism; and each rotary baffle mechanism comprises a baffle, a drivingrod and a second driving device. During working, water flow can be jetted upwards and downwards into the emulsifying pots so as to thoroughly remove materials on emulsifying pot covers and back surfaces of stirring paddles, personnel operation is convenient, and emission reduction and energy saving are realized.

Description

technical field [0001] The invention relates to the technical field of CIP cleaning and disinfection of emulsification equipment, and relates to a high-pressure jetting mechanical CIP cleaning and disinfection system, in particular to a high-pressure jetting mechanical CIP cleaning and disinfection system which is convenient for cleaning emulsification equipment. Background technique [0002] The equipment commonly used in the cosmetic emulsification production process includes vacuum homogeneous emulsification pot (referred to as emulsification pot), water phase pot, oil phase pot and water treatment system. The emulsification production process includes feeding, heating, vacuum insulation, cooling, and discharging. Due to the wide variety of cosmetics, each emulsification pot does not produce a certain product, but needs to continuously produce multiple varieties. Therefore, the cleaning and disinfection of the emulsification pot is the most critical step, and it is also ...

AI Technical Summary

Problems solved by technology

[0004] However, the manual cleaning and some mechanical cleaning methods have the following defects: a, the water flow cannot be sprayed to the pot cover, and the residual material on the pot cover cannot be thoroughly cleaned; b, because the water flow is sprayed downward, the opposite side of the stirring blade It is also easy to cause material residue, which cannot be cleaned thoroughly; c, because the water flow is sprayed downward, the back of the inner rotor of the homogenizer is also likely to cause material residue, which cannot be cleaned thoroughly

Time-consuming and labor-intensive, water and electricity are wasted, and the effect of cleaning and disinfection cannot be guaranteed

Images