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Press release
29.10.2018  |  9584x
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The recently developed conveyor feed increases the non-ferrous output and yield of eddy current separators used for processing incinerator bottom ash (IBA), RDF, ASR and more.

New Conveyor feed boosts yield of Eddy Current Separator

Product distributor replaces vibratory chute and prevents clogging

The conveyor feed recently developed by Goudsmit Magnetics consists of a conveyor belt feed that is supplied by a product distributor. This prevents clogging of the vibratory chute during the recycling process and increases the yield of non-ferrous metals. Sticky or damp product streams, such as incinerator bottom ash (IBA) and refuse-derived fuel (RDF) adhere to the surface of vibratory chutes, preventing them from distributing the product evenly. The product takes on a preferred orientation (the path of least resistance) preventing formation of a homogeneous layer, which results in reduced yield of non-ferrous metals. Until now, a common solution to this problem was to clean the feed belt or vibratory chute at weekly or monthly intervals. This, however, means unnecessary downtime and extra maintenance. The true cause of the problem is the encrusted vibratory feeder. This newly developed conveyor feed with product distributor prevents this problem by creating a mono-layer that ensures full belt coverage. This means maximum utilization of the capacity and separation efficiency of the magnetic separator, as well as longer service life of the conveyor.

Mono-layer

A mono-layer is a product layer that has a maximum thickness of one piece; in other words, there are no pieces lying on top of each other. This is important for eddy current separation, because the non-ferrous pieces in the product flow are ’ejected’. If there were sand or a stone on a piece of metal, for example, there is a good chance that the EC separator would not eject the metal particle far enough to separate it from the product flow. Particularly for the ’fine fractions’ (particle size: 0-10 mm) it is extremely important to create a mono-layer for maximum recovery of non-ferrous material. The system actually consists of three conveyor belts, each with its own task.

Three conveyor belts

The first conveyor belt is at an angle and feeds the material until it reaches the product distributors or ’churners’. These turn through the material and distribute it evenly so it lies on the belt as a single mono-layer and completely covers it. This is an excellent solution for damp or sticky product flows with 0 – 50 mm fractions, such as incinerator bottom ash (IBA), refuse-derived fuel (RDF) and automotive shredder residue (ASR). If the amount of material being fed in exceeds the capacity, the excess material slides back down. This ensures a constant volume and continuous flow to the next processing step. The second conveyor belt (magnetic separator) is flat and transports the material towards the end of the belt and the magnetic head roller. Here ferrous parts are deflected and separated. (.Read more on the website:

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