Patented Technology Adopted: Slurry Dehydration Dryer 'Dakan' for Advanced Powder Materials
A single unit can perform solid-liquid separation, dewatering, and drying, enabling low-cost operation! Suitable for particle recovery and liquid circulation reuse, among other applications.
"Dakukan" is an advanced dewatering and drying device for powder materials that can perform solid-liquid separation, dewatering, and drying all in one machine. 【Features of Dakukan】 - Capable of solid-liquid separation, dewatering, and drying in one unit - New technology compatible with both powder and liquid recovery - Closed system design to minimize powder exposure - Suitable for small quantities and a variety of products - Compatible with high-concentration slurry - Generally does not require coagulants or filtration aids - Can be installed in narrow spaces - Few moving parts in the main unit, reducing maintenance costs 【Main Challenges for Users】 - Want to recover particles contained in aqueous solutions - Want to remove foreign substances and recycle the liquid - Want to flush particles after filtration - Need to perform filtration and drying in one unit due to limited installation space - Do not want to include concentration devices like MF membranes before the filtration unit - Existing equipment has high initial costs - Not suitable for small quantities and a variety of products, and maintenance is challenging
basic information
For more details, please refer to the product catalog available for download as a PDF. A collection of case studies showcasing examples such as rare metal recovery and the regeneration of plating solutions is also available.
Price range
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Applications/Examples of results
**Main Achievements of Dehydration** - Recovery of rare metals contained in waste liquids - Recovery of particles contained in process solutions - Recovery of functional materials (adsorbent materials) contained in solutions *Custom semi-order solutions are available to meet special specifications.* *We can also accommodate flushing of particles by passing new liquid through.* *When processing a slurry liquid with 20,000 ppm, a maximum of 400 kg/day of dried cake can be obtained.* *(Calculated from our experimental values)* **Examples** Recovery of battery materials, plating solutions, rare metal waste liquids, adhesive raw materials, resin powders contained in cooling water, digestants, microplastics, and polymers.
