Aquafil's Groundbreaking Standard for Microplastics Measurement
Aquafil SpA (ECNL:OTCQX – ECNL:IM), a pioneer in promoting the circular economy, has unveiled a revolutionary methodology for measuring microplastics released by the textile industry. This significant advancement in Arco, Italy, is outlined in a recent monograph that presents innovative design solutions to combat this pressing environmental issue.
Understanding Microplastics and Their Impact
Microplastics, defined as plastic particles smaller than five millimeters, pose a significant threat to our environment and health. These small particles can originate from larger plastics or be produced directly at a micro scale. Due to their size, they can easily enter ecosystems and, subsequently, human bodies, which raises serious health concerns.
These tiny particles are particularly problematic because they can infiltrate our bloodstream and tissues. Once in our bodies, contaminated microplastics can release harmful compounds, affecting cellular health and overall well-being. Unfortunately, high-risk industries for releasing microplastics include cosmetics and personal care, but textiles, especially within fashion, also contribute significantly to this issue.
Factors Contributing to Microplastic Release in Textiles
Several factors influence the likelihood of textiles releasing microplastics into the environment:
- The type of fiber: Staple fibers, composed of shorter lengths of fibers which are twisted together, are more prone to fraying than continuous fibers.
- The material composition: The strength and durability of the fiber material affect its resistance to breakdown and microplastic release.
- Fabric construction: Fabrics produced through continuous methods are generally less likely to shed fibers compared to those made from various yarns.
- Response to maintenance: Certain fibers tolerate washing and mechanical processes better than others, affecting their longevity and shedding rate.
- Wear and aging: Environmental factors, including sunlight exposure, can accelerate the breakdown of fabrics into microplastics over time.
The Need for a Standardized Approach
Identifying the microplastic problem within the textile industry has been a challenge, primarily due to the absence of a standardized measurement method. Many previous estimations have lacked accuracy and consistency, hindering meaningful progress toward solutions.
To address this gap, Aquafil collaborated with CNR STIIMA Biella and UNI for nearly five years to develop a standardized methodology. The result, now officially recognized as ISO 4484-2:2023, provides the first global standard for measuring the microplastic footprint associated with textile production.
The Benefits of the New ISO Standard
The introduction of this ISO standard represents a significant breakthrough for the textile industry. For the first time, companies can quantitatively assess their microplastic pollution, enabling them to pinpoint what causes this issue and adjust their production practices accordingly.
Aquafil’s vision is to inspire industry players to adopt eco-design principles. This approach encourages selecting the right materials and production processes that minimize microplastic release, thereby contributing to a healthier planet.
Aquafil's Commitment to Sustainability
Aquafil is at the forefront of implementing sustainable solutions. As part of its new industrial plan for 2024 to 2026, the company is directing €60 – 65 million towards technological innovations aimed at enhancing product performance while reducing environmental impact.
Additionally, the company is keen on sharing its progress and results with its stakeholders. Upcoming presentations, such as the Aquafil Group's financial results, will provide insights into their sustainability journey and further developments.
About Aquafil SpA
Established in 1965, Aquafil has emerged as a leader in the synthetic fiber industry, driven by innovation and a commitment to the circular economy. The company specializes in manufacturing Nylon 6 fibers, polymers, and its flagship product, ECONYL® nylon, which exemplifies sustainable practices.
By continuously exploring new production systems, Aquafil aims to advance sustainable development within its operations and across the textile supply chain.
Frequently Asked Questions
What is microplastic, and why is it a concern?
Microplastics are tiny plastic particles that can harm ecosystems and human health. They enter the environment from various sources, including textiles.
How does Aquafil contribute to addressing microplastics in textiles?
Aquafil has developed a standardized measurement method for assessing the microplastic footprint of textile products, enabling better environmental management.
What is ISO 4484-2:2023?
ISO 4484-2:2023 is the first global standard for measuring microplastics in textiles, allowing systematic assessments of pollution levels.
What is the significance of eco-design in the textile industry?
Eco-design encourages the creation of products with minimal environmental impact, prioritizing sustainable materials and processes.
What future plans does Aquafil have regarding sustainability?
Aquafil plans to invest in technology aimed at reducing environmental impacts and innovating sustainable textile production methods over the next few years.
