TH4223B - Process on sugarcane products And dry products obtained from sugar cane - Google Patents

Abstract

A method for separating the solid phase of sugarcane into three parts, consisting of the fibrous portion derived from plant tissue cells from the husk of sugar cane hardening the fibers, the fibrous portion derived from the cell. Of the fibrous group, which is made up of the fibrous tissue of the fluid carrier tubes that stiffen the fibers And the non-fibrous portion obtained from the basal cell tissue of the thin-walled plant This process consists of (a) the slicing of sugar cane into the disintegrating force to induce the physical separation of fibrous plant tissue cells from the underlying plant tissue cells. It has thin non-fibrous walls, (b) drying sugarcane material, and (c) separation of sugarcane into the three above sections. This dehydrated non-fiber portion offers benefits, among other things, as animal feed.

Claims (7)

1. Process for separating sugar cane into three parts. Part of the piece is composed of fibrous plant tissue shells, considered only from the bark of sugar cane. Part of a piece is considered to consist of a group of tubes delivering liquids from sugar cane only. And part of the fragment is considered to be composed of thin-walled plant tissue cells. That is not only fiber from sugar cane The process consists of steps of: (a) The whole cane is cut to length with disintegrating force by the disintegration tool to produce the disintegrated cane by inducing longitudinal cutting; and Across the length of the cane plant to induce physical separation of fibrous plant tissue cells with vial groups transporting fluids from the underlying tissue cells of the thin walled plants. At the same time, it preserves the fibrous nature of the plant tissue cells that cause the hardening of the shell and of this fluid carrier group. And which is considered every This contains hardened plant tissue cells with a group of liquid delivery tubes greater than 2 cm long (b). Dry the broken cane. By removing the broken cane from the shattering apparatus, it immediately enters the drying tool, which contains the drying gas that is heated to temperatures from 60 degrees to 600 degrees C, and is processed and shaken. The broken cane in the apparatus has an average time of stay in the machine from 0.1 to 20 sec. The moisture content of the decomposed sugar cane was reduced to less than 20% by weight and the thin-walled basal cell tissue of the plant. This drying agent accumulates on or within the cell wall of the thin-walled plant tissue. This dehydrated sugar is assumed by this evaporation, the water availability of the thin-walled basal cell tissue cells. Naturally, and (c) after drying the broken cane, Separate this shattered sugar cane into three parts, as previously mentioned. 2. Process as claimed in claim 1, in which the process of disintegrating sugar cane. And drying this broken sugarcane To accomplish by considering doing it at the same time 3. The process referred to in claim 2, which this disintegration and drying process is performed in the drying tower. Which adjusts at its lower end to fit a large number of rotating blades around the axis It is considered perpendicular to the vertical axis of this drying tower. Which serves to swing the sugarcane upward into the drying tower And at the same time cut into sections Both transverse and longitudinal 4. The process referred to in Claim No. 1 or No. 2 or No. 3, which is dried at a temperature of 80 degrees to 300 degrees C. 5. The process referred to in claim 4, which uses temperatures from 80 degrees to 220 degrees C. 6. The process referred to in claim 1, which dried this cane to a moisture content of 8 to 18% by weight. 7. The method referred to in claim 6 with a moisture content ranging from 10 to 16% by weight.