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Dewatering and Separation
Ecopolymer - Pet Bottles for Screw Compactor Separates
Big companies, producing carbonated drinks, juices and dairy products, often face the problem of defective, returned and expired products recycling as well as the problem of their processing and transportation of waste. The advantages from compacting equipment installation: Saving a storage space; reduction of transportation costs in the trade of recycled materials as transportation and processing of PET bottles is rather complicated and expensive process regardless whether bottles are full or empty; disposal of defective and expired products.
Ecopolymer - Model KDM-320(W) - Dewatering and Liquid Separation System
Dewatering and liquid separation system of the KDM-320(W) is a sort of equipment that does not require expensive maintenance, enables to process large amounts of material and keeps high density of materials during all manufacturing processes. This equipment is successfully used for aluminum and metal cans. The system can supplement an existing equipment and production methods and it can also be designed as a separate dewatering and rejects shredding system.
Ecopolymer - Beverage Cartons
Dairy plants, wine, juice, yoghurt and other beverages manufacturers, who produce food and drinks in cardboard packages, dispose defective and expired goods to prevent their reselling by mistake. Screw compactor separates liquids, compresses materials and makes them convenient for transportation within a manufacturing process. While separated the waste stream is divided in two parts. Liquids can be drained into sewerage or sometimes it can be sold for power production or to a cattle breeding industry. Solids become dry enough to be sold as fuel.
Ecopolymer - PE Film for Screw Compactor
Cut polyethylene film when processed is carefully washed and then dried. Generally drying is carried out by hot air. Screw compactor squeezes water, therefore it saves a lot of energy required for PE drying with hot air. Compacting decreases the amount of moisture from 50% to 10%, consuming 50 kilowatt per 2000 kg of materials.
