In today's society, the treatment and recycling of plastic waste has become an important part of environmental protection work. Using intelligent sorting systems to sort plastics from waste can improve recycling efficiency and reduce manual labor intensity. Here's how to use intelligent sorting systems to sort plastics from your waste.

intelligent sorting systems' process for sorting plastic waste mainly consists of the following steps:

The first step is waste pretreatment. The mixed refuse is pretreated by crushing, compressing and so on to make it more easily sorted. In this process, large waste is broken into small pieces, which is conducive to subsequent sorting work.

Step two, delivery. The pre-treated garbage is sent to the intelligent sorting system through the conveyor belt. The speed of the conveyor belt can be adjusted according to actual needs to ensure the sorting effect.

The third step is to use intelligent sorting systems for sorting. At present, common intelligent sorting systems are as follows:

Magnetic separation equipment: The use of magnetic differences to separate ferromagnetic substances from garbage. Although it does not directly target plastic, it can remove some impurities.

Electromagnetic vibration intelligent sorting systems: By adjusting the vibration frequency, the plastic is separated from other substances. This kind of equipment has a good effect on the separation of light plastics.

intelligent sorting systems: Make use of the differences in the optical properties of plastics and other substances, capture images through high-resolution cameras, and then analyze and process them through computers to realize automatic sorting of plastics. Here are the steps:

Cameras capture images of trash.

Computers analyze the images in real time to identify the plastic waste.

According to the analysis results, the control system directs the executive agency to separate the plastic waste.

Step four: Collect and pack. The plastic waste, which is sorted by intelligent sorting systems, is transported to the collection area where it is compressed and packed for easy storage and transportation.

The use of intelligent sorting systems to sort plastics from waste not only improves sorting efficiency, but also reduces manual labor intensity. In the actual operation process, the appropriate intelligent sorting systems should be selected according to the specific composition and sorting needs of the waste. By continuously optimizing the sorting process, we can better realize the resource utilization of plastic waste and contribute to the cause of environmental protection.

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