INTAREMA®
Plastic Recycling Machines: EREMA’s Most Advanced System
To achieve the maximum amount of recycled pellets per hour with INTAREMA®, EREMA reversed the direction of rotation inside the preconditioning unit during the development of the system.
The result is highly efficient plastics recycling with first-class recycled pellet quality.
VACUREMA®
Highly efficient decontamination, consistent quality
Saves time. Saves energy. Guarantees food-contact-compliant rPET pellets.
VACUREMA® drastically speeds up the recycling process with SafeFlake technology. The process starts with decontamination of the flakes. This lays the foundation for a high-quality outcome. Compared to pellets, flakes of the same volume have a larger surface area. For this reason, they dry much faster – and are already clean and dry when they are extruded in the vacuum reactor. The result: You get clean, food-contact-compliant rPET pellets quickly and with lower energy consumption.
VACUNITE®
Achieve higher rPET purity with consistent results. Food-contact compliant.
When it comes to food-contact-compliant recycled pellets, VACUNITE® makes the difference. It combines VACUREMA® decontamination technology with Polymetrix’s V-LeaN Solid State Polycondensation (SSP) technology. By using nitrogen and vacuum during the thermal process, VACUNITE® delivers even higher-quality pellets with exceptional purity.
COREMA®
From recycling to upcycling
Recycling and compounding in a single processing step. This system sets new standards in further processing. Waste is turned into compounded recyclate that is precisely optimised for future products in an energy-efficient process that guarantees top quality. An upgrade for the entire process, possibilities and performance.
CHEMAREMA®
Ideal mechanical preparation for optimal chemical recycling
The right CHEMAREMA® system for each specific application
The extrusion systems in the CHEMAREMA® series provide optimal mechanical material preparation at the beginning of the chemical recycling process. Material feeding is reliable, continuous and energy-efficient, even at high throughput rates.
