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Project name: xylitol (xylose, maltitol, arabinose, erythritol, citric acid) drying and cooling production line

Project overview：

　　Xylitol is made from agricultural and forestry waste materials (corncob, bagasse, cottonseed husk, sunflower shell, birch sawdust) through hydrolysis, neutralization, decoloration, ion exchange, hydrogenation, concentration, crystallization, drying and other processes. Xylitol is white crystal or powder, similar to cotton white sugar, with calorific value and sweetness similar to sucrose, but its metabolism in the human body does not depend on insulin, and it is a good adjuvant and nutrition for patients with diabetes, At the same time, due to its unique physiological function similar to glycerol, it is widely used in food, military, daily chemical and other industries, with a broad market and promising development prospects.

　　Changzhou Pinzheng Drying Equipment Co., Ltd., based on excellent process technology and rich practical experience, continuously improved and innovated. The designed xylitol production line meets the user's requirements for producing high-quality sugar alcohol, and has become a famous sugar alcohol drying equipment manufacturing and processing enterprise in the functional sugar alcohol industry, and has dozens of engineering cases for users to visit and verify.

Advantages：

1.The xylitol production line adopts the combination of drying and cooling fluidized bed in series, which can not only meet the requirements of product moisture drying, but also meet the requirements of product subsequent packaging.

2.Drying and cooling medium circulation system: blowers, heaters and air inlet pipes are made of stainless steel to avoid contamination of products due to unclean air.

3.The bed body of the main machine adopts an arc structure, which increases the boiling height and reduces dust entrainment.

4.The air equalizing hole of the paving bed plate adopts a combined structure. The front section adopts a tongue-shaped hole so that the wet material can move forward smoothly without leakage. The middle and rear sections adopt a straight hole to increase the retention time of the material and make the wet material contact with the hot air to fully improve the drying efficiency.

5.The lower bed of the main machine adopts plate structure and is supported by stainless steel seamless steel pipe. The bed structure is solid and the service life is long.

6.The inner part of the lower bed of the main machine is made of stainless steel by full welding to prevent sewage from entering the insulation layer during cleaning, thus affecting the product quality. In addition, there are cleaning ports and drain ports designed to facilitate cleaning of the equipment.

7.The system adopts two-stage dust removal, primary cyclone separator and secondary water film dust collector to improve the fine powder recovery rate, and the material liquid in the water film dust collector can be returned to the previous process for secondary use.

Typical users