KRS Recycling Systems GmbH

Christian EiblORSE Separator

SHARE
The ORSE Separator, developed by Christian Eibl, is designed for the sophisticated separation of organic and plastic materials within glass recycling processes. This innovative equipment is ideal for use in various recycling contexts, whether for container glass, flat glass, or MRF (Material Recovery Facility) glass recycling. It's compatible with both dry and wet input materials, ensuring flexibility across different operational conditions. The separator excels in eliminating light impurities, thanks to its counterflow air channel that effectively removes materials with a lower specific weight than glass. The system's adjustable air speed provides precise separation, distinguishing between broken glass and lighter contaminants. A horizontal air flow arrangement enhances the separation degree, outperforming conventional vertical systems or zigzag classifiers. Additionally, the multi-stage separation ensures even the most challenging impurities are removed efficiently. Depending on specific application requirements, such as dust content, additional dust filtering can be configured. The ORSE Separator is available in various versions tailored to impurity levels, cullet size, and material moisture content.
Most popular related searches
  • For separation of organic and plastic materials
  • Applicable for container, flat and MRF glass recycling
  • Suitable for dry and wet input material
  • Separation of all light impurities
    The counterflow air channel reliable blows out impurities with a lower specific weight than glass.
  • Organic Pre-Sorting of MRF-, unbroken container- and pre-shredded flat glass
    The organic content of MRF-, unbroken container resp. collected glass and pre-shredded flat glass can be reduced to a minimum by ORSE-C and ORSE-D separators.
  • Separation performance
    The variable adjustment of the air speed allows a precise differentiation between broken glass and lighter impurities.
  • Horizontal air flow
    Due to the horizontal arrangement, impurities do not have to be lifted vertically. This results in a much better degree of separation compared to conventional suction nozzles or zigzag classifiers.
  • Multiple separation
    Parts that are difficult to blow out and which are not completely separated on the first air flow get several chances to be caught by the increased air flow at the end of the conveyor trough. This increases the separation reliability even for difficult impurities.
  • Info
    Depending on the application, the dust content and specific regulations, additional dust filtering might be required.