María López Pérez’s Post

What can we do to reduce the environmental impact of polyester? 🤔 Polyester is not biodegradable, leading to long-lasting environmental pollution (up to 20 to 200 years are necessary for polyester to decompose).* Furthermore, the fast-paced trends of the fashion industry contribute to the alarming rate of textile waste accumulation. These discarded clothing, when deposited in landfills, releases harmful chemicals, perpetuating pollution. To address the pressing question of how to reduce the environmental impact of virgin polyester, several viable solutions exist. One promising approach is recycling, either chemically or mechanically, which comes in forms such as textile-to-textile recycling and bottle-to-textile recycling. Our innovators have developed a variety of technologies to recycle polyester-rich textile waste. Some innovators, such as Ambercycle, CuRe Technology - Polyester Rejuvenation, and Syre focus on polyester recycling. The recycling of polyester stands as a viable solution to mitigate its environmental impact and reduce textile waste. Ongoing efforts are crucial to advancing recycling technologies, increasing recycling rates, and fostering a more circular fashion industry for a sustainable future. Do you want to know more about polyester and its environmental impact? Check out our article at https://lnkd.in/eMtRz7a3 #polyester #sustainability #sustainablefashion #innovation #consciousfashion #alternativefashion #sustainability Source: Materials that linger: An embodied geography of polyester clothes. Elyse R. Stanes, University of Wollongong. Christopher R. Gibson, University of Wollongong. https://lnkd.in/ePXpS74p

Indeed, mechanical recycling is one of the viable solutions for recycling PET according to the methods applied during the preparation of the base materials.

Exploring advancements in recycling technologies and increasing recycling rates are essential steps towards sustainability♻️

why is it always about the environmental impact and not about its impact on human health?! of course it’s not a debate on which one is more important as both are very much linked. but how come human health is not a big topic when it comes to fashion - something that touches us all physically all day every day. recycling fabrics of any kind is highly chemically intensive, adding even more toxins to the already dangerous virgin polyester! do we really want to clothe our kids with these garments filled with chemicals that are linked to disrupting hormones, cancer, affecting brain development in children, reproductive problems, birth defects, and many many more. about time we demand for more transparency in fashion and drive a shift towards chemical-free clothing! the answer to the question “what can we do to reduce the environmental impact of polyester?” is simple: just stop wearing them! and eventually they’ll stop making more of them.

The concept of "bottle to bottle" recycling represents a sustainable cycle where plastic bottles are recycled into new plastic bottles, maintaining the integrity and value of the plastic in a closed loop. This process allows the plastic to be reused multiple times without degradation of its inherent properties, contributing significantly to resource efficiency and reducing environmental impact. However, when we shift from "bottle to bottle" to "bottle to textile" recycling, the scenario changes. Here, plastic bottles are recycled into polyester fiber, which is used to make textiles. While this may initially seem like a valuable use of recycled materials, it presents a challenge in terms of sustainability. Once plastic is transformed into polyester fabric, it cannot be recycled back into high-quality plastic or even into new high-quality textiles, effectively ending its recyclability loop. This process disrupts the potential for continuous reuse of the material in its highest value form.

An informative read from Fashion for Good highlighting the climate impact of textiles and specifically #polyester. Thank you for mentioning Syre as part of the solution. We clearly believe textile-to-textile recycling is the answer - a true circular solution putting textile waste to use over and over again. What is needed now is scale and speed, the two fundamentals of Syre. Read more and contact us ➡ syre.com

Understanding what's in your clothes, how materials are made and where they come from can help you make more informed, sustainable choices. Polyester is a type of plastic derived from petroleum. Making polyester requires large amounts of energy and water and the majority of polyesters are not biodegradable. Being a synthetic fibre, it sheds large amounts of microfibres into the environment when manufactured, washed, or simply just worn — a study from the Ocean Wise Conservation Association found that polyester fibres make up nearly three-quarters of microplastic pollution in the Arctic! To address the pressing question of how to reduce the environmental impact of virgin polyester, several viable solutions exist. One promising approach is recycling, either chemically or mechanically, which comes in forms such as textile-to-textile recycling and bottle-to-textile recycling. By consciously selecting garments manufactured from recycled materials, we as consumers can actively support sustainable practices and reduce reliance on new synthetic materials. Stay tuned for an upcoming post where we'll dive deeper into the chemical recycling process of polyester 🔜👀 Learn more about polyester and polyester recycling at https://lnkd.in/eMtRz7a3 #polyester #microfibres #sustainability #sustainablefashion #innovation #consciousfashion #alternativefashion #sustainability 

🧵 The Textile Exchange Materials Market Report 2024 was released last week, here are some key highlights:   Here are three key takeaways:   🏭 The Polyester Paradox. Despite growing sustainability concerns, polyester still dominates global fibre production at 57%. As an oil-based, non-biodegradable material, this raises important questions about the industry's environmental impact. ♻️ Recycling Reality Check. While we're making strides in recycling, the data shows we're facing challenges. Recycled polyester's market share actually decreased from 13.6% to 12.5% in 2023. Most "recycled" products still rely on plastic bottles rather than closed-loop textile recycling - a challenge we need to address. 🐑 Wool's Sustainable Comeback. Some good news: Certified wool production is growing! The share increased slightly from 4.2% to 4.8% in 2023. Even better, recycled wool represents 6% of the global wool market, showing promising movement toward circular solutions.   #SustainableFashion #TextileIndustry #CircularEconomy #MaterialInnovation https://lnkd.in/gTUMpQzd

Eradicate Waste in Fashion and Textile Industry! 👕 🧶🧵 The fashion industry produces a staggering 92 million tons of textile waste annually, with China and the US leading this statistic. Clothing and textiles also contribute significantly to global landfill waste, accounting for at least 7% of the total volume, only 20% of Textile Waste is re-purposed, the majority is downcycled. To date less than 1% of Recycled Polyester is from Textile Waste. De-Growth is essential as is alternative low impact fibers but reducing our dependence on virgin raw materials is key in reducing land use and de-carbonising the Apparel and Textile Industry. Tex2Tex™, developed by Earth Protex™, is already being embraced by global brands as a scaled solution. Using TMR™ technology and 100% Textile and Yarn Waste, Tex2Tex™ is designed to eliminate our reliance on virgin raw materials by repurposing textile waste into new, high-quality materials. It stands out as the only textile-to-textile recycled polyester with a published Life Cycle Assessment, showcasing savings of 84% CO2, 99.7% Water and 97% energy as well as contributing to a circular economy. 👉 Follow us to keep up to date as our innovations in Textile Recycling expand over the coming months. Learn more about Tex2Tex™ and our commitment to environmental innovation at 🔗 www.earthProtex.com. #Sustainability #TextileWaste #CircularEconomy #Raw #EarthProtex #RawMaterial #Textiles #netzero

In the textile industry, choosing the right materials is crucial not only for quality and comfort but also for benefit and protection of the environment. Here are some of the biodegradable and non-biodegradable textile materials used in today's textile manufacturing: Biodegradable Textile Materials Organic Cotton: Grown without harmful pesticides, it decomposes naturally, reducing environmental impact. Hemp: A versatile and durable material that biodegrades over time, minimizing waste. Linen: Made from flax fibers, linen is biodegradable and eco-friendly. Bamboo: A rapidly renewable resource that breaks down naturally, contributing to a circular economy. Tencel (Lyocell): Derived from sustainable wood sources, Tencel is biodegradable and compostable, promoting environmental stewardship. Non-Biodegradable Textile Materials Polyester: Derived from petroleum, polyester is non-biodegradable and contributes to plastic pollution. Nylon: Known for its strength and elasticity, nylon persists in the environment for hundreds of years. Acrylic: A synthetic fiber that does not decompose, contributing to microplastic pollution. Spandex (Elastane): Highly elastic and non-biodegradable, spandex poses challenges for recycling and disposal. Polypropylene: Commonly used in textiles, polypropylene is non-biodegradable and adds to plastic waste accumulation. Opting for biodegradable textiles is a step towards sustainability. These materials reduces waste and preserves resources. Non-biodegradable materials on the other hand contribute to pollution and resource depletion. Let's prioritize sustainability in every stitch for a greener future. malaysia@idfl.com www.idfl.com #biodegradability #ecotextiles #sustainablefashion #sustainability #sustainabilitymatters #ecofashion #textileindustry #environmentallyfriendly #ecofriendly