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Then, they were subjected to electrostatic separation on the plate-type and the screen-type electrostatic separators. The performance of each separator was evaluated according to important parameters,
At rst, the cables were comminuted and sieved. Then, they were subjected to electrostatic separation on the plate-type and the screen-type electrostatic separators. The performance of each separator was
Optimization of electrostatic separation processes demands the control of a multitude of factors, including the characteristics of the granular mixtures to
Electrostatic Separator Stokkermill E-soring are commonly used in conjunction with high-intensity magnetic separators. The electrostatic technology is successfully
In a roll-type corona-electrostatic separator, for instance, the granular mixture to be separated is fed with a certain speed on the surface of a rotating roll electrode, connected to the
The results point out the effect of particle size and shape on the effectiveness of the electrostatic separation. Different optimal operating conditions are found for flexible and rigid wires. A
In most applications the operation of the electrostatic separator is controlled by the high-voltage applied to the corona electrode and the speed of the grounded roll electrode. To increase the quality of
In this study, we introduce a methodology to optimize the shape and position of flexible electrodes in a free-fall separator.
This article aims at demonstrating the interest the design of experiment methodology might present for modeling and optimization of a typical electrostatic separation process. A classical
Electrostatic separators offer the potential for more profit from used cable scrap.
This article aims at demonstrating the interest the design of experiment methodology might present for modeling and optimization of a typical electrostatic
Abstract Plate-type electrostatic separators are commonly employed for the selective sorting of conductive and non-conductive granular materials. The
A corona-electrostatic separator (Inbraz-Eriez, ESP-14/01S) was employed for the settings optimization in copper concentration from the synthetic mixture with copper proportions close to
Comments Discover how our BS-N125 Copper Recycling Machine with Electrostatic Separator provides a complete mixed cable recycling solution with excellent copper recovery performance.
The aim of this paper is to research the possibilities of electrostatic separation use for separating aluminium left in residue fraction after the process of recycling Al waste electric cables, as
ABSTRACT A major advance in the recycling of conductive and non-conductive materials contained in granular mixtures originating from industrial waste has been achieved thanks to the
This article aims at demonstrating the interest the design of experiment methodology might present for modeling and optimization of a typical electrostatic separation process.
The aim of the present paper is to point out that the artificial neural network (ANN) techniques can accurately model the electrostatic separation, so that to facilitate the optimization of the process by
The most efficient ionizing electrode used in roll-type electrostatic separators consists of a small diameter ionizing wire attached to a metallic cylinder. Previous studies concerning the
This study investigates the effectiveness of two electrostatic separator configurations, with a particular focus on mitigating particle-electrode collisions, a significant challenge in conventional
The possibility of optimizing the operation of industrial electrostatic separators using rather simple computed-assisted experimental design
Since the middle of the last century, the electrostatic separation imposed itself as a standard technology in mineral beneficiation. During the last 40 years, it has been more and more
Explore the efficiency, cost, and applications of electrostatic separators in recycling and mineral processing, and their impact on sustainability.
Technological development has led to a growing generation of waste electrical and electronic equipment, including cables. This work concerns the recycling of coaxial cables using two
Abstract Plate-type electrostatic separators are commonly employed for the selective sorting of conductive and non-conductive granular materials. The aim of this work is to identify the optimal
These separators process ores, wastes or agricultural matter. When this type of electrostatic equipment is used to separate conductive and non-conductive materials from electric cable wastes, several