Possibilities and Use of Automatic Picking Within the Automobile Recycling Industry

The Minerals, Metals and Materials Society
Stefan Mutz
Organization:
The Minerals, Metals and Materials Society
Pages:
11
File Size:
471 KB
Publication Date:
Jan 1, 2002

Abstract

In Germany the automobile recycling is regulated by law. Current legislation requires that by the year 2015, eighty five w.-t. % of the components from used cars ill be materially recycled. Whilst for 10 w.-t. % of the materials a thermal utilization is certified, there are still some concrete questions that remain unanswered regarding the usability of single fractions. The recent innovative approaches to the concepts of used cars dismantling do not alter the fact that the majority of the materials of used cars still have to pass over the shredder and the connected processing aggregates. The status of the so called SLF (Shredder light fraction) which is about 25 w.-t. % w.-t. in used cars, has not been satisfactorily clarified. Furthermore questions still remain regarding the separation of the NMSF (nonmagnetic metal shredder fraction) which has to be separated in the single metallic fractions like stainless tell, copper, brass, zinc, etc. Attempts of optimization can be found. This paper analyses some of the difficulties being encountered by the automobile recycling industry in Germany, before reviewing some of the innovative approaches that the industry has introduced. Finally the paper goes on to describe the potential of automatic picking. Examples of a series of tests, utilizing this technology, in which a variety of products from a range of shredders were isolated are described in detail. This new technology provides a range of applications to the automobile recycling industry.
Citation

APA: Stefan Mutz  (2002)  Possibilities and Use of Automatic Picking Within the Automobile Recycling Industry

MLA: Stefan Mutz Possibilities and Use of Automatic Picking Within the Automobile Recycling Industry. The Minerals, Metals and Materials Society, 2002.

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