Electrical & electronic waste

Outstanding selectivity

In the recycling of waste from electrical and electronic equipment (WEEE), the goal is to gain marketable secondary raw materials that are as pure as possible, while safely extracting harmful components. Again and again, our Rotorshredder (type RS) has proven to be the important centerpiece of recycling plants. The Rotorshredder uses intense impact and shear forces to treat almost all categories of electronic and electrical waste, from small devices to washing machines, and achieves an outstanding selective disaggregation effect.

It has the following advantages:

  • Variable and adjustable crushing effect
  • Outstanding selective disaggregation
  • Low wear-related costs
  • Continuous operation
  • No melting of plastics
  • Laying open of batteries, capacitors, etc.
  • High availability
RS2018 Rotorshredder without noise protection enclosure during construction of a WEEE recycling plant in France
RS2018 Rotorshredder without noise protection enclosure during construction of a WEEE recycling plant in France
Stage 1 of the WEEE plant with enclosed RS2018 Rotorshredder for pre-crushing the electronic waste
Stage 1 of the WEEE plant with enclosed RS2018 Rotorshredder for pre-crushing the electronic waste
Stage 2 of the French WEEE plant for fine treatment of the electronic waste
Stage 2 of the French WEEE plant for fine treatment of the electronic waste

In a second treatment stage for materials with particle sizes up to 30 mm, our rotor impact mill (type RPMV) is ideal for ball-shaping metals and selectively disaggregating fine fraction.

Our plants incorporating the Rotorshredder can be constructed on a modular basis to provide an optimum balance between capital expenditure and operating efficiency. The plant can also be expanded at a later time to increase yields, improve the degree of automation, or increase the throughput.

Hand-sorted fractions after shredding

Circuit boards
Circuit boards
Copper pellets
Copper pellets
Cables
Cables
Plastics
Plastics

Hand-sorted harmful materials after shredding

Batteries
Batteries
Capacitors
Capacitors

Metals recovered after automatic sorting

Iron (coarse)
Iron (coarse)
Iron (fine)
Iron (fine)
Non-ferrous metals (coarse)
Non-ferrous metals (coarse)
Non-ferrous metals (fine)
Non-ferrous metals (fine)
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Downloads

Brochure "Rotorshredder (RS)" (PDF / 1.8 MB)
Brochure "Rotorshredder (RS)"

Product brochure for Rotorshredder (RS)

Size: 1.8 MB
Brochure "Rotor impact mill for recycling (RPMV)" (PDF / 1.1 MB)
Brochure "Rotor impact mill for recycling (RPMV)"

Product brochure for rotor impact mill (RPMV) for recycling applications

Size: 1.1 MB

Advantages of BHS recycling technology

  • Future-proof plant technology
  • Safe extraction of harmful components
  • Marketable product grades
  • High degree of automation possible
  • High throughput rates
  • Low wear and low maintenance costs
  • Numerous references
  • Trained service team

BHS recycling technical center

Link to tests at BHS technical center

Technical article

Flexible mechanical approach

Recycling aktiv
July/August 2006
August 2006
PDF (593 KB)
Flexible mechanical approach

The Rotorshredder RS and RPMV Rotor Impact Mill from Germany based BHS Sonthofen achieve the main objectives of processing waste from electrical and electronic equipment (WEEE), namely the effective size reduction and gentle "disintegration" of composites in order to liberate individual components. This approach is regarded by the manufacturer as extremely flexible and cost efficient.

Size: 593 KB

Mechanical Processes for Recycling Waste Electric and Electronic Equipment with the Rotorshredder and Rotor Impact Mill

AUFBEREITUNGS TECHNIK
47 (2006) Nr. 3
January 2006
PDF (243 KB)
Mechanical Processes for Recycling Waste Electric and Electronic Equipment with the Rotorshredder and Rotor Impact Mill

In plants for the recycling of waste electric and electronic equipment (WEEE) as well as for conven-
tional mineral processing, the comminution equipment dictates whether and how the specifications for the separation and sorting of the feed material are achieved. For the comminution of WEEE, the machi-
nes must meet specific requirements in respect of size reduction, insensitivity to solid components and flexibility for adapting to different feed materials. To liberate single components, composites must be broken up, but harmful components that are contaminated with pollutants should not, however, be destroyed completely. With the Rotorshredder RS and Rotor Impact Mill RPMV presented here, BHS Sonthofen supplies two machines to achieve the main objectives of WEEE processing ­ i.e. effective size reduction and gentle desintegration of composites to liberate the individual components. The achievement of these aims in combination with an extremely flexible and at the same time costeffi-
cient operation represents a leap in technology compared to conventional systems.

Size: 243 KB