Energy-saving high-pressure homogenizing device for producing powdered oil

Abstract

The invention relates to an energy-saving high-pressure homogenizing device for producing powdered oil. At present, a booster pump is mainly used by an existing high-pressure homogenizer for pressurization, pressurizing efficiency is low in this manner. Each time oil emulsion is added, pressure in the homogenizer is released, pressurization is needed again, and accordingly, consumption of resources is caused. The energy-saving high-pressure homogenizing device for producing the powdered oil is characterized in that a first motor is mounted at the top of an emulsification tank and coaxially connected with a U-shaped stirring paddle, a first discharging pipe is connected with the bottom of the emulsification tank, a first one-way valve is arranged on the first discharging pipe, and the firstdischarging pipe penetrates through a press body and is connected with a pressure cylinder. According to the device, a motor-driven mode is adopted, and two one-way valves are used, so that the high-pressure homogenization can be conducted continuously, and the pressurization efficiency is high; meanwhile, with adoption of a unique Y-shaped interactive homogenization cavity structure, the servicelife of a cavity is greatly prolonged, and the problem of metal particle residues is solved.

Description

technical field [0001] The invention relates to the technical field of emulsification devices, in particular to an energy-saving high-pressure homogenization device for producing powdered oil. Background technique [0002] The production process of powdered oil is generally to add an emulsifier to the mixed ingredients for emulsification, then homogenize in a homogenizer, and then perform fluidized granulation, dehumidification, and sieving after spray drying, and the non-dairy creamer after sieving After being temporarily stored and packaged and organized, it is stored in the warehouse. At present, the existing high-pressure homogenizing device mainly uses a booster pump to boost the pressure. This method has a slow boosting efficiency. Every time the oil emulsion is added, the pressure in the homogenizing device will be released, and it needs to be boosted again. It causes the consumption of resources, and at the same time, continuous production cannot be guaranteed, whic...

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Problems solved by technology

At present, the existing high-pressure homogenizing device mainly uses a booster pump to boost the pressure. This method has a slow boosting efficiency. Every time the oil emulsion is added, the pressure in the homogenizing device will be released, and it needs to be boosted again. It causes the consumption of resources, and at the same time, continuous production cannot be guaranteed, which reduces the production efficiency of the enterprise. At the same time, the existing homogenization device mainly adopts a collision-type homogeneous cavity structure, which has a short service life and is accompanied by metal particles. Affect the quality of the product, there are deficiencies

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