JUSTIFICATION OF METHODS OF POLYMERIC WASTE PROCESSING IN AGRICULTURAL PRODUCTION

Yuriy Paladiichuk, Inna Telyatnuk
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Abstract

The development of industry has led to the unlimited technological application of polymers, ranging from plastic bags, rubber, fabrics, paper and other materials. Displacing traditional materials, polymer products began to be used in agriculture. Polymers are used to make films for soil cover (mulching), anti-hail nets, shaft bushings, gears, body parts, tanks for storage and transportation of fertilizers and working fluids and many other parts. The operational properties of polymer products are becoming more and more perfect, but at the same time the methods of polymer waste management and their utilization are being developed and complicated. Over time, they can no longer be used for their intended purpose, so they are discarded and sent to landfills, while polymers are valuable structural materials and their reuse will not only be positive for the environment, but can also become a profitable branch of the agro-industrial complex. Pellet production is one of the methods of recycling polymer waste, which in the future can be used for the production of new parts, as well as added to the composition of composite materials based on organic or mineral fillers. This article examines the problem of recycling polymer waste by improving their processing technologies. The analysis of existing methods of utilization and processing of polymeric waste generated in agriculture is carried out. Determination of physical and mechanical properties of polymer waste, in particular thermoplastics. Taking into account the received information, conclusions are made and the analysis of methods of utilization and processing of polymeric waste in secondary raw materials is carried out.
农业生产中高分子废弃物处理方法的论证
工业的发展导致聚合物的技术应用无限,从塑料袋、橡胶、织物、纸张等材料。聚合物产品取代传统材料,开始在农业上应用。聚合物被用来制作薄膜,用于土壤覆盖物、防雹网、轴衬套、齿轮、车身部件、储存和运输肥料和工作流体的容器以及许多其他部件。高分子制品的使用性能日趋完善,但与此同时,高分子废弃物的处理和利用方法也在不断发展和复杂化。随着时间的推移,它们不能再用于其预期目的,因此它们被丢弃并送往垃圾填埋场,而聚合物是有价值的结构材料,它们的重复使用不仅对环境有益,而且还可以成为农工综合体的一个有利可图的分支。颗粒生产是回收聚合物废物的方法之一,未来可用于生产新零件,也可添加到基于有机或矿物填料的复合材料组成中。本文通过改进聚合物废料的处理技术,探讨了聚合物废料回收利用的问题。对现有的农业废弃物利用和处理方法进行了分析。聚合物废料,特别是热塑性塑料的物理和机械性能的测定。结合收到的信息,得出结论,并对二次原料中聚合物废弃物的利用和处理方法进行了分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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