E-SCRAP
E-SCRAP
E-SCRAP
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REQUIREMENTS FOR MODERN<br />
PROCESSING<br />
Input inspection<br />
Hazards/Waste<br />
Shredder<br />
Air classifier<br />
Films & Dust<br />
E-<strong>SCRAP</strong> SORTING<br />
SIMPLIFIED FLOWCHART<br />
<br />
Lünen / GER<br />
Magnet<br />
Ferrous<br />
<br />
provides a challenge for machines and for every sys-<br />
Sensor-based sorting systems can:<br />
Manual control<br />
Computer boards<br />
& waste<br />
Non ferrous<br />
metal<br />
Mixed Non<br />
Ferrous<br />
06<br />
tem concept. With the help of sensor-based technologies<br />
we can generate higher quality fractions like non<br />
ferrous metal mono fractions, plastics, glass, and<br />
compounds containing precious metals out of E-scrap.<br />
The core components of conventional processing are<br />
as follows: shredders, air separators, magnet, manual<br />
controls, sieves, and non-ferrous metal separators.<br />
In order to achieve the required yield and purity for<br />
optimum value creation, TITECH sorting systems are<br />
often used downstream of the ferrous and non-ferrous<br />
metal separators in recycling plants.<br />
recovery of secondary raw material<br />
upgrade products<br />
separate impurities<br />
detect hazardous substances<br />
In standard processes, the optimum grain size to detect<br />
and sort is between 8 and 80 mm. The bandwidth<br />
of TITECH sorters even spans from 2 to 150 mm. Best<br />
results are yielded if the grain sizes are split into two<br />
to four grain size classes.<br />
Non ferrous<br />
metals<br />
Printed circuit<br />
boards<br />
Screen<br />
Eddy current<br />
separator<br />
Batchoption<br />
Batchoption<br />
TITECH<br />
combisense<br />
Copper<br />
Brass<br />
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