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Product Details
Low-Temperature Vacuum Dewatering and Drying Integrated Technology, has changed the traditional process flow by integrating the dehydration and drying processes of materials, which are continuously completed on the same equipment.
Features
● For materials (sludge, coal slurry, tailings, etc.) that cannot meet the moisture requirements after conventional dehydration, the moisture content is reduced from 90-99% to below 30% at once, and can be adjusted between 10-60%;
● Realize the integration of dehydration and drying, reduce the time and space conversion of materials between dehydration and drying equipment, and reduce secondary pollution and safety hazards caused by high moisture content in transportation and storage processes;
● After reaching the limit of mechanical dehydration, the material is dried using the principle of low-temperature (<100 ℃) vacuum drying to achieve the dehydration effect of traditional thermal drying;
● Reducing the moisture content of materials to meet the requirements of resource utilization maximizes the reduction of materials, and to a certain extent plays a role in sterilization and harmless treatment. It is a new generation of energy-saving and consumption reducing equipment in the field of material dehydration and drying.
Product Details
Low-Temperature Vacuum Dewatering and Drying Integrated Technology, has changed the traditional process flow by integrating the dehydration and drying processes of materials, which are continuously completed on the same equipment.
Features
● For materials (sludge, coal slurry, tailings, etc.) that cannot meet the moisture requirements after conventional dehydration, the moisture content is reduced from 90-99% to below 30% at once, and can be adjusted between 10-60%;
● Realize the integration of dehydration and drying, reduce the time and space conversion of materials between dehydration and drying equipment, and reduce secondary pollution and safety hazards caused by high moisture content in transportation and storage processes;
● After reaching the limit of mechanical dehydration, the material is dried using the principle of low-temperature (<100 ℃) vacuum drying to achieve the dehydration effect of traditional thermal drying;
● Reducing the moisture content of materials to meet the requirements of resource utilization maximizes the reduction of materials, and to a certain extent plays a role in sterilization and harmless treatment. It is a new generation of energy-saving and consumption reducing equipment in the field of material dehydration and drying.
