Belt-type orange peel dreg dehydrator

Abstract

A belt-type orange peel dreg dehydrator is used for dehydrating orange peels generated from orange juice production. The dehydrator comprises a left wallboard and a right wallboard which are supported and connected by screws to form a separated and paralleled plate shape; a feed hopper, a motor, belt pulleys, synchronous pulley rods which are paralleled to each other and are inserted in the left wallboard and the right wallboard; an upper synchronous belt, a lower synchronous belt and the synchronous pulley rods are respectively internally meshed and positioned in a space formed by the wallboards; each of the two synchronous belts is tensioned by a moving seat synchronous pulley rod; the superimposed part of the two synchronous belts is pressed by the pulley rods to present a multi-S-shape direction; the two belts are in consistent linkage; in the belt entire ring tooth groove, the two belts are uniformly and correspondingly provided with holes and nails, wherein the nails are inserted in the opposite belt holes through the superimposed part; under the feed hopper, the two belts are supported by the pulley rods to present an open dovetail shape, and the dovetail tip is the start of the superimposed part of the two belts; the wall of the feed hopper is provided with fence-shaped through troughs, wherein groups of draining blades rotate in and out from the through troughs; the fed peel dregs fall in the feed hopper fence-shaped through troughs and drained, and then hung and pulled into the superimposed part to remove water slurry. The obtained dried peel dregs can be integrately utilized so that the environmental problem of orange peel dreg trash is solved and useful value of orange peels can be reclaimed.

Description

technical field [0001] The invention belongs to the environmental protection treatment technology, and relates to a belt-type orange peel dehydrator, which is used for dehydration treatment of orange peel produced in the orange juice production process. Background technique [0002] To use a large amount of orange peel produced in the production of orange juice to produce essence, animal feed, organic fertilizer, etc., it is necessary to dehydrate the fresh orange peel with a large water content before removing the dried orange peel with a water content of ≤20%. for subsequent processing. Due to investment, site, technology, equipment, environmental protection and other comprehensive reasons, all orange juice production plants have used belt press dehydrators to directly dehydrate orange peel at the slag outlet of the production line. However, the existing belt press dehydrator is designed for the dehydration of materials such as sludge sand, distiller's grains, and corn re...

AI Technical Summary

Problems solved by technology

For example, the Three Gorges Construction Group Pysenbai Orange Juice Company, which has a history of producing orange juice for nearly 20 years, has been pouring orange peels into the pit to cover the soil for landfill. The skin dregs occupy a large-capacity pit, and the excavation and filling of the pit requires a lot of work. The pit dregs rots and sinks deep, seriously damaging the environment.

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