Recycling recovery - Import export

Resource-saving, sustainable and future-oriented. In addition to a well-working recycling process, a functioning circular economy also requires extensive possibilities for using the recycled material. The use of mechanically recycled post-consumer recycled material is not yet feasible in the food industry at the present time and is prohibited by law. Outside the food industry, however, there are already various areas of application. Your desired article geometry can be developed individually.

The system RS 6000 is a high-performing recycling system that cleans large oil volumes in several process stages. This system was constructed for many years of reliable work without service. By several process steps such as heating and settling, large amounts of water and dirt are removed. Additionally, the usage of settling technology and a pre-filter increases the service life of the main filter. The RS 6000 can be operated manually, semi- automatic, and fully automatic. It is the ideal recycling system for central treatment of, for example, cutting oil or cooling lubricants. 400 V asynchronous-motor Robust, stable gear pump Free choice of settling- and heating times and the number of filter passes Either manual, semi-automatic, or fully automatic operation Displays for operation- and process status Flow regulation for high viscosity oils Element lifter for fast filter exchange

Recovery of flexoprint dye Picture: printing dye (red); ultrafiltrate (orange); nanofiltration permeate (clear) Application: Conditioning and concentration of cardboard printing dyes (flexo print), e.g. paper bag manufacturing, corrugated board manufacturing. Conditioning of the rinse waters by ultrafiltration(UF): Recovery and recycling of dyes, separated by tonality Further conditioning of the permeate by nanofiltration(NF): Recovery of the rinse water Further conditioning of the UF-concentrate by evaporation / distillation as pre-stage for external disposal Advantages of the process: Recovery of dyes separated by tonality is possible and established Recirculation of the rinse water is possible and established Reduction of the waste water amount At existing waste water treatment plants (based on precipitation) amounts of sludge can be reduced enormously Compact and modular design Fully automized process - low personnel costs High degradation rate and efficiency (concerning CSB, Cu,