We can't find the internet
Attempting to reconnect
Something went wrong!
Hang in there while we get back on track
Improving of an easy, effective and low-cost method for isolation of microplastic fibers collected in drying machines filters
AI summary Read the abstract
Researchers improved and validated a low-cost method for isolating microplastic fibers from water samples, addressing methodological gaps in measuring fiber release from clothing in both washing and mechanical drying processes.
Microplastic fibers have been found to be a dominant form of microplastics in water matrixes, and textile industry and domestic washing of synthetic textiles as one of its main sources. Additionally, there is a lack of knowlidge about microplastic fiber release during mechanically drying clothes and textiles due to differences in the isolation of microplastic fiber methods. Limited information available in the literature in terms of the isolation of microplastic fibers from organic-rich samples after using different household equipment represents one of the main challenges leading us to our main goal, to optimise an effective, simple, and low-cost method for the isolation of microplastic fibers from textile fibers of different origins without damaging their structure. This is achieved by primarily removing mineral matter by using density separation with a saturated solution of ZnCl followed by removal of organic matter by using hydrogen peroxide (HO) and FeCl as a catalyst. Identification of microplastic fibers was obtained by optical microscope, Fourier-transform infrared spectroscopy and Thermogravimetric analysis. Clear microscope (both optical and SEM) images, high percentage of obtained FTIR spectra overlap with Polymer Sample laboratory, clear TGA of isolated samples confirmed that this method can be used as a simple and effective method for isolation of microplastic fibers from organic components rich samples of different origin.
More Papers Like This
Improvement of a microfiber filter for domestic washing machines
AI summary Read the abstract
Researchers improved a microfiber filter designed for domestic washing machines to more effectively capture synthetic microfibers and microplastics released during laundry cycles, testing filter performance across different fabric types and washing conditions. The enhanced filter design achieved higher capture rates of microfibers compared to existing solutions, representing a practical household-level intervention to reduce microplastic emissions to wastewater.
Development and Performance Evaluation of a Filtration System for Washing Machines to Reduce Microfiber Release in Wastewater
AI summary Read the abstract
A newly developed filtration system for washing machines achieved 64% capture efficiency for microfibers shed from polyester clothing during laundering, matching or exceeding other commercial and prototype microfiber filters tested. Since synthetic fabric washing is the primary source of primary microplastics entering oceans, scalable household filtration solutions like this could meaningfully reduce the volume of fibers reaching wastewater systems and marine environments.
Microplastics Shedding from Textiles—Developing Analytical Method for Measurement of Shed Material Representing Release during Domestic Washing
AI summary Read the abstract
Researchers developed an analytical method to measure microplastic shedding from textiles during domestic washing, identifying key methodological variables that explain the large variation in shedding measurements across prior studies and proposing a standardized approach for more comparable results.
Evaluation of MiniPlast Filters for Microplastic Removal from Laundry Wastewater
AI summary Read the abstract
Researchers evaluated MiniPlast in-washing machine filters for capturing synthetic microfibers released during laundry cycles, finding that the filters significantly reduced microplastic emissions in wastewater and could serve as a practical household intervention for reducing microfiber pollution.
Quantification of different microplastic fibres discharged from textiles in machine wash and tumble drying
AI summary Read the abstract
Researchers quantified synthetic microplastic fibre emissions from five sequential machine washes and tumble dryings of synthetic fabrics, finding that fibre release decreased with successive washes and that two commercial in-machine fibre traps varied substantially in their collection efficiency, with implications for reducing domestic microplastic emissions.
Research digests by email
When a large batch of papers lands in the Atlas, we read through it and send a short write-up of what stood out.