A high-efficiency massecuite separator for sugar production

Abstract

The invention relates to the field of sugar production, in particular to a high-efficiency massecuite separator for sugar production. The technical problem to be solved by the present invention is to provide a method that can fully analyze sucrose crystals and waste honey through multi-layer and multi-stage separation and screening, and at the same time collect waste honey uniformly and avoid solidification of waste honey during collection, and provide noise reduction function and stable air pressure function High-efficiency massecuite separator for sugar production to prevent excessive noise and unstable air pressure during equipment operation. A high-efficiency massecuite separator for sugar production, including a support frame, a load-bearing base, a separation cylinder, a noise reduction component, a feeding pipe, an anti-solidification component, a first drip hopper, and a filter screen; the support frame is evenly fixed on the load-bearing seat bottom etc. The invention achieves the full analysis of sucrose crystals and waste honey through multi-layer and multi-stage separation and screening, and at the same time uniformly collects waste honey and avoids solidification of waste honey during collection, and provides noise reduction function and stable air pressure function to prevent excessive noise during equipment operation And the effect of air pressure instability.

Description

technical field [0001] The invention relates to the field of sugar production, in particular to a high-efficiency massecuite separator for sugar production. Background technique [0002] The sugar industry is the sugar industry. The source of raw materials is sugar cane or sugar beet. Granulated sugar refers to the solid raw sucrose obtained from sugarcane juice after processing. There are several processes in sugar production. After the syrup is boiled and crystallized, honey separation is required. The massecuite after crystallization is sent to a centrifuge to separate the crystal grains from the mother liquor. However, ordinary centrifuges separate The molasses produced by the honey is less, and it needs to go through multiple centrifuges to separate the nectar to get the final waste honey, and when the waste honey is collected, it is very easy to solidify, it is difficult to flow out and collect, causing pipeline blockage, and the centrifuge is running. , will continue...

AI Technical Summary

Problems solved by technology

[0003] In order to overcome the fact that less molasses is produced by ordinary centrifuges, the present invention needs to go through multiple centrifuges to obtain the final waste honey, and when the waste honey is collected, it is very easy to solidify, and it is difficult to flow out and collect, resulting in The pipeline is blocked, and the centrifuge will continue to emit noise when it is running, resulting in the disadvantage of reducing the environmental comfort. The technical problem to be solved by the present invention is to provide a method that can fully analyze sucrose crystals and waste honey through multi-layer and multi-stage separation and screening. At the same time, it collects waste honey uniformly and prevents waste honey from solidifying during collection, and provides noise reduction function and stable air pressure function to prevent excessive noise and unstable air pressure during equipment operation. High-efficiency massecuite separator for sugar production

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