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Microplastics affect the removal of dye in textile wastewater: Adsorption capacity and its effect on coagulation behavior
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Assessing microplastic fate through textile wastewater treatment plants: Stage-specific retention and removal performance
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Textile factory wastewater is loaded with microplastics (mostly nylon fibers from fabric), and this study found that adding an extra filtering step, called tertiary treatment, removes over 95% of these particles before the water is released, compared to just 72% with standard treatment alone. Since these plants are a major gateway for microplastics into our rivers and oceans (and eventually our food and water supply), upgrading treatment plants with this additional step could meaningfully cut the amount of plastic pollution we're exposed to.
Coagulation-based Physicochemical Removal of Polyester and Polypropylene from Wastewater: Impact of Experimental Conditions and Colloidal Charges
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Researchers tested iron chloride coagulation for removing polyester and polypropylene microplastics from simulated wastewater and found optimized conditions (pH 7, 4.57 mg/L FeCl3) achieved 95% removal of polyester and 61.5% removal of polypropylene, with charge neutralization and adsorption identified as the primary removal mechanisms.
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Researchers optimized an electrocoagulation process for removing polypropylene microplastic fibers from textile wastewater using a Box-Behnken statistical design, achieving 98% removal efficiency at a cost of just $0.31 per cubic meter under optimal pH, current density, and treatment time conditions. With the textile industry being a major source of microplastic fiber pollution, this cost-effective treatment approach offers a scalable solution for intercepting microplastics before they enter waterways and ultimately the food chain.
Microplastic Waste Management in Textile Industry Wastewater
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Researchers examined microplastic pollution from textile industry wastewater, noting that synthetic fabric production is one of the largest global sources of microfibers entering waterways. The study explored current waste management strategies and the urgent need for better filtration and regulation to curb microfiber discharge.
Determining the Impact of a Flocculant or Surfactant on Microplastic Recovery
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Preliminary investigation found that common flocculants and surfactants like aluminum sulfate and Tween 80 affect the recovery rate of microplastics from water samples during separation protocols. Understanding how these chemical treatments interact with microplastics is important for developing effective water treatment strategies to remove these particles from drinking water supplies.
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