Corn fiber double sift tandem dehydration method for corn starch milk production

Abstract

This invention relates to a two-sieve-in-series dehydration method for corn embryo during the production of cornstarch milk, characterizing: before the separated water-bearing embryo enters the squeezing dehydrator, it sequentially passes through the series two stages gravity dehydration sieves for two times of water removing, and then is sent to the squeezing dehydrator for dehydration. By applying this two-sieve-in-series dehydration method, it can decrease the water content of the embryo squeezed out from the squeezing dehydrator by 5%, and the efficiency of the squeezing dehydrator can bedoubled at the same time.

Description

Technical field: [0001] The invention belongs to the field of corn deep processing, in particular to a method for germ separation and dehydration in the production process of corn starch milk. Background technique: [0002] my country is a large agricultural country with rich resources of agricultural products. The total output and commodity volume of major agricultural products rank among the top in the world. Therefore, deep processing of agricultural products is a promising industry. [0003] Corn is one of the most important food crops grown by humans, accounting for about a quarter of the world's total food crop production. Corn is also the main food crop variety in my country, and its total output is second only to rice and wheat, ranking second in the world. Its comprehensive processing is an economic field waiting to be developed urgently. [0004] Corn has the advantages of fast maturity, high yield, wide planting area, high starch content in grain, many varieties...

AI Technical Summary

Problems solved by technology

Due to the high water content of the germ before entering the squeeze dryer, after passing through the squeeze dryer, the water content of the germ is about 60%. reprocessing