Characterization of Microplastics Released Based on Polyester Fabric Construction during Washing and Drying

With the increasing production of synthetic materials, more microplastic fibers are being generated while washing clothes. Consequently, these particles are increasingly detected in the aquatic environment. Synthetic fibers produced via washing have a relatively high contribution to microplastic pollution. Hence, recent research on reducing the release of microplastic fibers is attracting considerable attention. In this study, fabric-specific analysis was performed by strictly controlling various factors, and each washing and drying process was improved by focusing on the mechanical factors affecting microplastic release. Furthermore, the mass of the collected microplastic fibers and their length distribution were measured. Fabric construction, including chemical composition and yarn type, impacted the microplastics released during washing and drying. Differences in the mechanical factors during washing helped to identify the physical factors affecting microplastic release. These results on the release of microplastics may provide a basis for developing a filter system that can minimize the unintended environmental consequences.

Automated summary

With the increasing production of synthetic materials, more microplastic fibers are generated while washing clothes, leading to their increased detection in the aquatic environment. Recent research focusing on reducing the release of microplastic fibers has shown that fabric construction, mechanical factors, and yarn type impact the release of microplastics during washing and drying processes, providing a basis for developing a filter system to minimize environmental consequences.