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Thomas Pretz, Hermann Wotruba (eds.)
7th Sensor-Based Sorting & Control 2016
New developments and applications of sensor-based sorting and process control for primary and secondary raw material are key aspects of the conference “Sensor-Based Sorting & Control 2016”. Organizers are the Department of Processing and Recycling (I.A.R.) and the Unit of Mineral Processing (AMR) of RWTH Aachen University as well as RWTH International Academy.
From EU policy there is an increasing demand for improved material recovery and resource efficiency, in both primary and secondary raw materials sectors. However, the national situation for waste recycling in the member states is dominated by competing alternatives like landfilling and waste-to-energy. In spite of sometimes critical conditions for material recovery systems a high level of advanced waste sorting technology has been developed and is still implemented in several national markets.
The key technology for sophisticated martial recovery is sensor-based sorting, a method well known in the food and agriculture industry for a long time. Due to intensive technical development over more than 20 years today solutions for a wide spectrum of sorting tasks are available. Based on new tasks and a strong demand to optimize existing technology development is still ongoing and new solutions are offered frequently. Mineral processing and waste processing have similarities although there are significant differences in feeding rates, bulk density and quality demands.
Upcoming tasks are fine particle separation and the identification of more and more heterogeneous compounds with hidden low concentrated valuables. Technical solutions are possible based on intensive communication between operators, engineers and scientists.”
From EU policy there is an increasing demand for improved material recovery and resource efficiency, in both primary and secondary raw materials sectors. However, the national situation for waste recycling in the member states is dominated by competing alternatives like landfilling and waste-to-energy. In spite of sometimes critical conditions for material recovery systems a high level of advanced waste sorting technology has been developed and is still implemented in several national markets.
The key technology for sophisticated martial recovery is sensor-based sorting, a method well known in the food and agriculture industry for a long time. Due to intensive technical development over more than 20 years today solutions for a wide spectrum of sorting tasks are available. Based on new tasks and a strong demand to optimize existing technology development is still ongoing and new solutions are offered frequently. Mineral processing and waste processing have similarities although there are significant differences in feeding rates, bulk density and quality demands.
Upcoming tasks are fine particle separation and the identification of more and more heterogeneous compounds with hidden low concentrated valuables. Technical solutions are possible based on intensive communication between operators, engineers and scientists.”
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