Do you understand the pyrolysis process? Today I’m here to tell you how to turn plastics into fuel oil through pyrolysis.
Plastics have been widely utilized in society due to their excellent deep-processing properties. Globally, nearly 400 million tons of waste plastics are produced every year. With the massive production and use of plastics, the treatment and recycling of waste plastics has become an important issue for global environmental protection.
According to statistics, the global plastics industry has reached 1.7 billion tons of carbon emissions per year, accounting for 3.4% of global carbon emissions. Carbon emissions from the plastics industry are expected to account for more than 15% of global greenhouse gas emissions by 2050, making it a significant source of greenhouse gases. Waste plastics are difficult to degrade naturally. Incineration and landfill are the traditional options for plastic, but they both cause environmental pollution and waste of land resources.
Plastic pyrolysis technology was born in the context of the global pursuit of green, low-carbon and recycling, and has become a green and environmentally friendly recycling technology for waste plastics. The technology plays an important role in promoting sustainable development and reducing plastic pollution by converting waste plastics into fuel oil through advanced plastic pyrolysis machines.
The principle of the plastic pyrolysis process is to convert waste plastic polymers into small molecules under oxygen-free or oxygen-poor conditions at a certain temperature. Plastic pyrolysis products are pyrolysis oil, gas, and other outputs. The advantage of pyrolysis technology is the efficient recycling of plastic waste, which is conducive to energy saving and emission reduction. In particular, some mixed plastics and multi-layer films that are difficult to recycle can be resourcefully utilized through plastic pyrolysis machines. This not only alleviates the pressure on the environment caused by plastic waste, but also opens up new paths for sustainable development.
Plastic pyrolysis products will get new plastics after further chemical reactions such as deep processing, which effectively solves the two major problems of the physical recycling of waste plastics, namely, the reduction of the performance of recycled plastics and the high requirements of physical recycling. Compared with traditional incineration and landfill equipment, plastic pyrolysis equipment has low investment cost, high degree of automation, simple and efficient operation, and is equipped with flue gas purification system, which can ensure environmental protection.
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