Using plastic as a completely disposable material, industry and government mismanage it, leading to environmental disasters. Due to poor waste management, it is estimated that as many as one-third of plastic waste has entered nature as pollution.

Since plastics are made from fossil fuels, burning plastics is a bad use of our scarce natural resources. Plastic production accounts for 4% of the world's annual oil and gas demand. Due to the increase in the production and incineration of waste plastics, carbon dioxide emissions are increasing every year. Only 14% of plastic packaging is collected for recycling. Literally, what a waste!

Until now, recycling has been unprofitable, and the scalability of recycling methods has not been successful. Due to waste collection and separation costs and limited supply of recyclable plastics, operating costs for recycling companies have been high. A wide variety of plastic packaging has become a major problem in the recycling industry.

The scale of recycling is a real possibility, which can be achieved by solving the quality problems caused by large amounts of mixed and contaminated plastic waste. The effective use of plastic economy can help obtain more material value and increase resource productivity. Fortunately, some pioneers such as Adidas have already taken the first step to reuse plastics in their products and are paving the way for small businesses. 

Accurate classification is essential for the production of high-quality recycled materials. GROTECH plastic material sorting machine Optical Sorting With Professional Industrial Wide View Camera Lens,Top Chromatic CCD Sensor,High Reliability And Long Life Source ,American Super Speed FPGA Processor, suit for PP, PET, PVC,ABS Recycling Industries.

As we become more serious in the way we use resources and make products, the plastic recycling process may get a huge boost. In fact, although waste management concepts such as circular economy and zero waste are roughly the same as discarding disposable plastics, recycling will still be part of the waste management process in the foreseeable future. With the continuous development of PET sorting machine technology Development can improve the recyclability of plastics that are still needed.

With the help of color sorter based on deep learning, efficient plastic recycling can be achieved at homes, collection points and sorting facilities. Near-infrared technology can help convert plastic waste into renewable resources and reduce waste and pollution.

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