How to use cassava slag dewatering machine
Advantages of a powerful heavy cassava slag dewatering machine:
The powerful heavy cassava slag dewatering machine is designed and manufactured by the unique international advanced dehydration process. The dewatering rate is higher than other similar products. The moisture content of the filter cake is about 55%. The filter cake can be directly transported due to the extremely low water content. And sales, and reduce the energy consumption of post-drying, greatly improving the economic benefits of customers
The powerful heavy-duty cassava dewatering machine can be widely used in starch processing such as corn, soybean, potato, cassava, horseshoe and its by-product processing industries, such as processing water and process water in corn, soybean, potato, cassava, horseshoe and other processing. Filter, purify and recycle. Dehydration and pressure filtration of corn residue, potato residue, cassava residue, fiber, and the like.
The cassava slag dewatering machine (Meibang heavy-duty roller press) has a leading technical level in structural design, and has made a major breakthrough in solving the dehydration of plant waste and slag materials, so that the moisture content of the material is greatly reduced. It is widely used in the separation of slag and water from various plant roots, leaves and fruits, and the efficient dehydration of various domestic and industrial sludges, especially for the dewatering of fiber slag materials. The main features as below:
1. It has the characteristics of ordinary belt filter press.
2. The high pressure roller structure is adopted, the moisture content of the filter cake is low, and the moisture content after pressing is 40-60%;
3. the processing volume is large, the machine runs continuously;
4. Low energy consumption, low operating cost, convenient operation and maintenance;
5. Labor is saved and the labor intensity of workers is reduced.
Main application areas:
The cassava slag dewatering machine (heavy-duty roller press) is widely used in the recovery of sweet potato slag, cassava residue, corn, soybeans, potatoes, horseshoes, beer slag, distiller's grains, pulp, feed, pomace, Chinese medicine residue and other fiber waste. Processing and its by-product processing industries, such as filtration, purification and recycling of processing water and process water in corn, soybean, potato, cassava, horseshoe and other processing. Dehydration and pressure filtration of corn residue, potato residue, cassava residue, fiber, and the like.
Use of cassava residue:
Cassava can be made into starch, which is mainly used as raw materials in food, sugar, medicine, feed, textile, paper, chemical and other industrial sectors. The production process of tapioca starch is a physical separation process, that is, the starch in the cassava raw material is separated from other substances such as cellulose, white, inorganic and the like. In the production process, the root starch is insoluble in cold water and the specific gravity is greater than water. The water and special mechanical equipment are used to separate the starch from the water suspension, thereby achieving the purpose of recovering the starch. The production process is divided into transportation, cleaning, disintegration, impregnation, screening, bleaching, sand removal, separation, dehydration, dry bath, air cooling, packaging and other processes. The raw materials of tapioca starch include fresh cassava and dried cassava chips, which are the main substances for production. They must ensure the quality, require fresh cassava to be fresh, purchase on the same day, enter the factory on the same day, process the same day, no mud, sand, roots, whiskers, wood parts and Other impurities are mixed in; the dried cassava slices are required to be dry, not mildewed, not degraded, and free from insects. The average composition of fresh cassava is: starch 27% cellulose 4% protein 1% other 3% moisture 65%. The average composition of dried cassava tablets is: starch 68% cellulose 8% protein 3% other 8% moisture 13%. The cassava slag after starch production can be further utilized after mechanical dehydration. At present, the comprehensive utilization and development of cassava slag is relatively mature and has broad prospects.
24-hour consultation telephone: +86 13512732102 Miss Linda Chen
Company headquarters: Guangdong Meibang Environmental Protection Equipment Co., Ltd.
Address: Minggao Center, No. 123 Yingbin Avenue, Huadu District, Guangzhou, Guangdong, China
Factory Address: Meibang Industrial Park, No. 40, Dabu Road, Huadu District, Guangzhou, Guangdong, China