The issue of recycling has become a necessity. But how do you make recycling efficient and profitable? Thanks to recent advances in robotics and artificial intelligence, our options to improve the recycling process are no longer limited.
Initially, the solution was wholly dependent on recycling bins as the standard for garbage collection, with a single separate container for all recyclables: plastics, paper, glass, and metal.But we need a flexible solution that improves recycling rates, in collaboration with human labor. This is exactly the challenge that professionals working on new technologies are investigating.
Those who are aware of the subject have turned to robotics to help improve the recycling process. Recyclers trust that the recycling process is profitable through automation, in part because it makes the work of classifying large amounts of waste much easier. Automating the process can improve the classification of the material complying with current requirements.
With the adoption of robotic automation, the aim is to separate mixed recyclable materials from each other, a task that robots with artificial intelligence are achieving with a high level of precision. Robots with tools such as robotic grippers or suction cups designed to pick and place objects are the most favorable. Even an existing recycling system incorporating robotic automation complements the process while providing the benefit of avoiding investing in infrastructure.
This work must be done in robot-human collaboration since there are tasks within the recycling process that must be done manually by specialized workers such as waste directed to incineration. It must be manually cataloged to debuguseful material, such as plastic or glass, which can only be achieved via the experience of the human eye.
An obvious reason why the recycling process must be automated is the success of carrying out nuclear-decommissioning tasks and activities that are simply considered too dangerous for humans to carry out. Automation helps humans avoid exposure to dangerous ionizing radiation.
KUKA has drafted a proposal for nuclear-decommissioning. The KUKA industrial robot can be operated remotely and can interact with nuclear waste without problems, avoiding exposure to danger. This innovative alternative is suitable for complex jobs such as the recovery, classification, and leveling of nuclear waste.
Although industrial robots and artificial intelligence surprise us with new research for improvement, it is clear that people must raise awareness about sustainability. It is a clear objective for which we must unite and work while keeping in mind the fact that there are things that technology cannot do.
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