The gap between what’s collected and what’s recycled has led to huge investments in automated
solutions that use AI and machine learning to separate mixed recyclables at waste treatment plants.
The goal of these technologies is threefold – to improve the quality and purity of shipped secondary
commodities, to decrease the cost of labour, and to increase safety for human workers.
Norwegian multinational corporation TOMRA, Finnish robotics giant ZenRobotics and Canadian
sorting specialist Machinex are all enterprises committed to providing bespoke sensor-based solutions
to the recycling industry. All these companies offer robotic arms that use computer vision systems,
spectroscopic cameras and data supplied from sensors to separate items on a conveyor belt based on
their perceive size, shape, colour and conductivity level.
These solutions proved to be at least double as fast as a human worker and equally accurate in
recognising different materials. For example, an optical sorter produced by Machinex can sort
recyclables at up to 3,000 objects per minute, while the average of a human worker is 800.
Currently, human operators are still needed to dispose of what machines fail to recognise, since
misidentified items can not only contaminate the purity of recyclable material, but also ruin expensive
equipment. For example, overlooked metal or glass objects can sneak in a paper-processing spinning
machine and damage it.
However, it’s extremely difficult to find and retain a workforce for this job, since manually sorting
trash is a monotonous, unpleasant and often hazardous task. As a consequence, waste treatment plants
report that many employees quit within hours. AI-based solutions would allow plant managers to reassign
their employees to more qualified and rewarding positions, while robots would take care or the most
menial and dangerous tasks.
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3500/22M 288055-01L |
We still have a lot of PLC/DCS/ESD/TSI automation spare parts module in stock, contact us quickly for prices.
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hu18030235311 |