The problem of recycling and processing of waste chemical fiber textiles needs to be solved
April 27th, “Waste chemical fiber textile resource recycling technology development strategy Research” project results conference was held in Beijing. Wang Yuanjing, deputy inspector of the Second Bureau of the Chinese Academy of Engineering, pointed out at the meeting that in order to promote the healthy development and comprehensive upgrade of my country’s chemical fiber recycling industry, it is necessary to understand the current situation and trends of waste textile resource recycling at home and abroad, and sort out the gaps and development gaps in my country’s waste textile recycling cycle. problems.
my country is a major country in the production and application of chemical fiber. In 2016, the total output of chemical fiber reached 49.44 million tons, accounting for 69.4% of the total chemical fiber. The total processing volume of textile fiber was 54.2 million tons, of which chemical fiber accounted for 54.2 million tons. to 84.23%, occupying an absolutely dominant position. However, with the rapid development of the industry, the problem of disposal of waste products has become more and more urgent.
According to industry estimates, by the end of the “13th Five-Year Plan” period, the amount of waste chemical fiber textiles produced in my country will reach nearly 200 million tons. Waste chemical fiber products are treated as landfill or incinerated, which not only seriously pollutes the environment, but also causes a huge waste of resources. The comprehensive recycling and utilization of waste chemical fiber textiles in my country can solve the root cause of the rough consumption of raw materials, alleviate the long-term high dependence on imports of chemical fiber raw materials in my country and the constraints of raw material resources, and solve the huge environmental impact caused by the non-degradability of waste textiles. pressure to lead China’s textile industry to participate in international competition at a higher level such as low carbon and resources.
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