We can't find the internet
Attempting to reconnect
Something went wrong!
Hang in there while we get back on track
Making a material difference: The impacts of a change to plastic‐free clothing
AI summary Read the abstract
Researchers developed an economy-wide model to assess the impacts of a mandatory shift to plastic-free clothing in response to UN Resolution 5/14 calling for an end to plastic pollution. The model examined how a tax on synthetic fibres would affect the clothing industry, microplastic release from textile washing, and broader economic outcomes across supply chains.
Abstract In 2022, the United Nations (UN) endorsed a resolution to end plastic pollution, with an objective to have a legally binding agreement in place by 2024. The clothing industry uses a significant amount of plastic, which generates plastic pollution through both the mismanagement of clothing waste and microplastics released during the washing of clothes. Consequently, clothing needs to be made without plastic fibres or synthetic chemicals to comply with the UN's resolution and stop contributing to plastic pollution. In this paper, we develop an economy‐wide model and impose a tax on the conventional clothing sector or subsidise plastic‐free clothing in different regions until all clothing produced is free of plastics and synthetic chemicals. We analyse the impact of these policies on GDP, welfare, output and land use across six policy scenarios. If only some regions tax clothing production and not others, the production of conventional clothing increases in untaxed regions (i.e. there is conventional clothing ‘leakage’). As clothing producers import some of their plastic inputs, increased production of conventional clothing in untaxed regions dampens the reduction in plastic production in regions with a clothing tax. Conventional clothing ‘leakage’ does not occur in the subsidy scenarios, and global plastic production decreases by more compared with tax scenarios. Under both a tax and the subsidy, synthetic chemical and plastic‐free clothing production increase global demand for ‘natural’ alternatives such as plant‐based fibres, oil seeds, natural rubber and forestry products. This causes significant land use change in the model at the expense of food‐based agricultural products.
More Papers Like This
Advanced Materials for Clothing and Textile Engineering
AI summary Read the abstract
Not relevant to microplastics — this is a special issue collection on advanced textile materials and clothing engineering, covering mechanical properties, thermal behaviour, and 3D garment modelling, with no direct microplastic pollution research.
Modelling microplastic fibre emissions from synthetic textiles: An Australian case
AI summary Read the abstract
Researchers modeled microplastic fiber emissions from synthetic textiles across Australia, estimating emission quantities, identifying geographic hotspots, and tracing fibres to their environmental receiving compartments. The model found that domestic laundry is the dominant emission source, with most fibres ultimately reaching wastewater treatment systems or water bodies.
Understanding the Flows of Microplastic Fibres in the Textile Lifecycle: A System Perspective
AI summary Read the abstract
The lifecycle flows of microplastic fibers through the textile industry were mapped, identifying key stages from fiber production through washing and disposal where fibers are shed and enter the environment. This systems-level analysis supports targeted interventions to reduce fiber microplastic pollution at source.
Linear Economy versus Circular Economy: New raw material
AI summary Read the abstract
This paper examines the fashion industry's role in environmental sustainability and argues for a transition from linear to circular economic models. It highlights how the current take-make-waste approach generates massive textile waste, including synthetic microplastic fibers. A circular fashion economy would reduce both material waste and plastic pollution from textiles.
The contribution of washing processes of synthetic clothes to microplastic pollution
AI summary Read the abstract
Real-scale wash trials of synthetic commercial garments measured microfiber release per wash, finding that release varied significantly with textile type, structure, and age, with some items releasing over 700,000 fibers per wash. The study quantifies the contribution of synthetic textile washing to microplastic pollution and identifies fiber characteristics that govern release rates.
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.