Post-Consumer Recycled Materials

90 million tons of textile waste ends up in landfills globally each year 🌎 The environmental cost of fast fashion is far greater than its price tag suggests. As highlighted by Scientific American, the industry is responsible for an estimated 8–10% of global greenhouse gas emissions and generates over 90 million tons of textile waste each year. Most garments are worn just a handful of times before being discarded. This linear model—produce, consume, discard—is reinforced by business strategies focused on speed and volume, rather than durability or reuse. With some brands adding thousands of new items daily, the system is structurally designed for obsolescence. Low-quality materials and accelerated trend cycles contribute directly to massive resource waste and unsustainable production levels. Compounding the environmental footprint is the material base: around 60% of fast-fashion items are made from synthetic fibers derived from fossil fuels. These textiles shed microplastics during washing and release hazardous chemicals as they degrade, polluting water systems and ecosystems. Innovative solutions are emerging to break this cycle. One of the most promising is textile-to-textile recycling, which converts post-consumer clothing into new, high-quality fibers. This process can involve mechanical recycling (for cotton and wool) or chemical regeneration (for synthetics and blends), producing materials that are functionally equivalent to virgin fibers. The video shared here illustrates how used garments can be disassembled, treated, and spun into new yarn—closing the loop and reducing reliance on virgin inputs. These technologies are advancing rapidly and have the potential to shift the fashion sector toward a circular materials economy. However, for these solutions to scale, they must be paired with policy interventions, extended producer responsibility (EPR) schemes, and shifts in consumer behavior. Legislative moves in the EU and France—to ban the destruction of unsold goods and mandate product durability—are examples of systemic levers supporting the transition. As the fashion industry faces increasing scrutiny, aligning with circular design principles and investing in next-generation recycling is not just an environmental imperative—it is a strategic necessity for resilience, compliance, and long-term value creation. #sustainability #sustainable #business #esg #circulareconomy #circular

Back in 2019, Google set a bold goal to use recycled materials in all our new consumer hardware. Now we’ve hit several exciting milestones, including the Pixel 10a, which is made with at least 36% recycled materials based on product weight. Choosing recycled content helps reduce the environmental impact of extraction, supports more sustainable supply chains, and enables designing products differently from the start. But in the journey to a circular economy, it’s best to travel together. That’s why we distilled our insights into our first Recycled Materials Guide—an open-source resource detailing how we’ve integrated recycled plastics, metals, and critical minerals into our hardware products. By sharing our technical “how-to,” I know we can help the entire industry move toward a more sustainable model. Check out the full guide here and share it with friends and colleagues who work in this space. ⤵️ goo.gle/4ds9H6F

The textile industry is at a pivotal moment. Increased consumption, rapid fashion cycles, and resource constraints have turned waste into a major challenge. However, this issue also offers a significant commercial opportunity for those prepared to rethink core practices. Sustainability is central to our ethos. It is a responsibility that should guide how we design operations, develop supply chains, and measure long-term value. We are guided by a simple principle: we only take what we can give back. This approach guides how we manage waste, energy, water, and materials across our value chain. From the outset, we made a strategic decision to treat waste as the starting point of a new lifecycle. Each year, we recycle 1.83 billion PET bottles into 51,850 metric tonnes of recycled polyester fiber. Instead of ending up in landfills or the ocean, this material becomes high-performance yarn that meets industry standards. Recycled polyester now represents nearly 50% of our total fiber use, proving that circularity can scale without sacrificing quality or cost-effectiveness. Our boilers are transitioning from coal to biofuels made from agricultural residues. Renewable sources now supply nearly 70% of our total power, supported by a 60 MW partnership with Adani. All manufacturing units fully recycle water under a zero-liquid-discharge framework. Textile waste is now addressed across its lifecycle. Pre-consumer waste is reused in production, and post-consumer garments are recycled, reused, or rented. Fiber-to-fiber technology is accelerating this transition. As raw material costs rise and regulations tighten, circularity becomes a strategic advantage. The future of textiles will favour those who treat waste as a resource and responsibility as a core aspect of leadership. #recycling #sustainability #textilewaste #manufacturing #textiles #viksitbharat

The global textile industry is at a critical juncture, grappling with an escalating waste crisis. Each discarded garment adds to the mountain of textile waste, contributing to resource depletion, environmental degradation, and a growing strain on our planet. In this scenario, India’s unique position offers both a challenge and an opportunity. With 𝟕.𝟖 𝐦𝐢𝐥𝐥𝐢𝐨𝐧 𝐭𝐨𝐧𝐧𝐞𝐬 𝐨𝐟 𝐭𝐞𝐱𝐭𝐢𝐥𝐞 𝐰𝐚𝐬𝐭𝐞 generated annually, India accounts for significant waste streams, including 51% domestic post-consumer waste, 42% pre-consumer industrial waste, and 7% imported post-consumer waste. Despite a cultural heritage steeped in reusing and repurposing, only a fraction of this waste is recycled at high quality. Brands like Fashion for Good are leading the charge with innovative platforms like the "World of Waste", an open-source initiative that brings transparency to waste streams by mapping hotspots and providing detailed data. 𝐖𝐡𝐲 𝐢𝐬 𝐭𝐞𝐱𝐭𝐢𝐥𝐞-𝐭𝐨-𝐭𝐞𝐱𝐭𝐢𝐥𝐞 𝐫𝐞𝐜𝐲𝐜𝐥𝐢𝐧𝐠 𝐜𝐫𝐮𝐜𝐢𝐚𝐥? 🔺 It reduces dependence on virgin resources. 🔺 It curbs greenhouse gas emissions from incineration and decomposition. 🔺 It alleviates the burden on overfilled landfills. 🔺Cotton and blends constitute 61% of waste, while 🔺synthetic materials, particularly polyester blends (19%), are rising due to shifting fashion trends. Recycling these materials not only preserves the environment but also opens pathways for sustainable innovation, enabling startups and established players to lead the charge toward a circular economy. India’s growing startups and innovators in sustainable fashion are showing the way. Companies like 🔺 B Label and 🔺 ReshaMandi have started integrating eco-friendly practices, proving that recycling is not just a solution but a lucrative business opportunity. It’s time to view waste as a resource, fostering collaboration across industries to build robust recycling ecosystems and infrastructure. 𝐅𝐚𝐬𝐡𝐢𝐨𝐧 𝐒𝐡𝐨𝐰𝐬 𝐀𝐝𝐨𝐩𝐭𝐢𝐧𝐠 𝐑𝐞𝐜𝐲𝐜𝐥𝐞𝐝 𝐓𝐞𝐱𝐭𝐢𝐥𝐞𝐬: 🔹 Lakmé Fashion Week 2024: Focused on “Circular Fashion,” showcased garments made from post-consumer textile waste by brands like House of Anita Dongre and H&M Conscious Collection.🔹 Indian Textile Fair: Highlighted startups converting industrial textile scraps into wearable art. 🔹 Levi’s India: Introduced a recycling program where customers return old denim to be repurposed into new products. 🔺 Arvind Limited, a leading textile manufacturer in India, has implemented waterless dyeing technologies and textile recycling units, reducing waste and environmental impact. Media Spotlight: 🔺The Hindu recently covered the rise of startups like Chindi, which collaborates with designers to upcycle fabric scraps into high-quality, market-ready products. 🔺Economic Times featured Birla Cellulose, recognized for its circular economy innovations, recycling pre- and post-consumer textile waste into fibers.

What If Tomorrow’s Walls Could Tell Stories of Sustainability? Imagine — your old pair of jeans not in a landfill, but inside the walls of your next home, keeping it warm in winter and cool in summer. That’s not imagination anymore. It’s circular construction in action. Recycled denim insulation is emerging as one of the most sustainable building materials — turning textile waste into thermal efficiency. What’s Really Happening When we talk about smart materials, we often think of sensors and composites. But intelligent materials can also mean those that close the loop — where design, waste, and performance align. Here’s why denim insulation matters: ♻️ Circular Construction → Old jeans and textile scraps are shredded, treated for fire safety, and reborn as insulation batts. 🔥 Thermal Efficiency with Comfort → With strong R-values, it performs like fiberglass — minus the toxicity and irritation. 🌱 Healthy for People & Planet → No formaldehyde, no VOCs, no microfibers — just breathable, safe insulation that supports well-being. 🧩 Design Meets Purpose → It’s not only functional — its texture and tone are now influencing interior finishes too. ⚡ The Big Picture: This isn’t just recycling — it’s reimagining. Turning post-consumer waste into pre-engineered value. Moving from extractive to regenerative design thinking. 👉 The question is — when will India’s construction ecosystem start scaling such circular innovations at industrial scale? #BuildingMaterials4_0 #CircularConstruction #Sustainability #Innovation #GreenBuilding #AbinashMishra Av Credit Social Media

🌟STRAP can recycle post-consumer shrink wrap🌟 I’m thrilled to share that our latest research paper — “Production of high‑quality polyethylene (PE) films from post‑consumer shrink wrap with solvent targeted recovery and precipitation (STRAP)” — has just been published in Waste Management. 🔬 What makes this work exciting for the recycling community? We demonstrate that STRAP can successfully recycle flexible films like post‑consumer shrink wrap, even when they contain inks, adhesives, paper labels, and other contaminants. Using STRAP, we produced clear, high‑quality rPE films with optical properties nearly identical to virgin material. A few highlights from the study: STRAP removes adhesives, inks, pigments, and paper that mechanical recycling cannot handle. The resulting rPE has very low ash content and excellent color quality. Techno‑economic analysis shows STRAP can be commercially viable at scale. Life‑cycle assessment indicates a 64% reduction in GHG emissions compared to virgin LDPE production. This work shows that solvent‑based recycling can unlock the value of flexible films, one of the most challenging and under‑recycled plastic streams. Shrink wrap, pallet wrap, and other PE films are produced in massive volumes — and STRAP provides a pathway to turn them into high‑value, circular materials. This paper is especially meaningful because it marks Elizaveta Radkevich’s first scientific publication. Elizaveta led this work with remarkable persistence, creativity, and scientific rigor. Watching her grow into a confident researcher and produce such a strong first paper has been one of the highlights of this project. Huge congratulations to Elizaveta Radkevich and the entire team (Charles Granger, Kevin Nelson, Styliani Avraamidou) at UW–Madison, Michigan Tech, and Amcor. The future of advanced recycling is bright, and I’m excited to see the STRAP technology be scaled up to the pilot plant! https://lnkd.in/ghux3vhi

What could recycled content requirements for textiles look like? The Ecodesign for Sustainable Products Regulation (ESPR) framework allows the EU to set minimum recycled content criteria for future clothing and textile products, but currently there are no recycled-content thresholds. Last week, Recycling Europe called for implementing recycled content requirements for textiles in the EU, and stated that implementing them is essential to structurally shift the textile value chain towards circularity and to strengthen the recycling industry. In detail, this was the framework they proposed for: 1️⃣ Adoption of a narrow and targeted definition of recycled content that prioritises European-sourced post-consumer textile waste (PCTW), excludes open-loop sources such as PET bottles, and discourages the use of post-industrial textile waste (PITW). 2️⃣ Introduction of a progressive, mandatory recycled content requirements, starting with EU portfolio-level targets and gradually moving to product-level targets from 2030, reaching 30% recycled content by 2035 (with 85% derived from EU PCTW). 3️⃣ Robust and credible verification of recycled content through a hybrid system that combines mass-balance accounting, chain-of-custody models, and traceability through Digital Product Passports. 🔗 Read the full paper from the link in the comments. To stay updated on the circular fashion industry, and to get clear updates on where the industry is heading, subscribe to Circular Fashion News on Substack. #textilerecycling #textiletotextilerecycling #postconsumertextiles #textileindustry #textileindustrynews #fashionindustry #fashionnews

Post-consumer textile recycling is a $6.4B market in APAC — and most of it’s going to waste. Textiles are one of the most overlooked waste streams on the planet. → 92 million tons of textile waste are generated annually → 90% ends up in landfill → Only 12–15% is ever recycled (Source: Waste Recycling Mag, 2024) That’s why we built the only fiber processing facility of its kind in the Southern Hemisphere. We’re now processing waste wool, denim, post-consumer insulation, and recycled polyester into: → Insulation → Geotextiles → Acoustic panels → Circular manufacturing inputs And this is just the beginning. PS. If you work in the built environment, acoustics, geotextiles, or bedding, and want to bring your operations back home — let’s talk. 📩 Reach out directly or tag someone who should see this.

The news that Siptex is being put up for sale should make the fibre-to-fibre recycling industry uncomfortable. For years, recyclers have claimed readiness. The technology works. Scale is close. Demand will follow once feedstock flows. Siptex contradicts that narrative. This was not a pilot or a lab experiment. Developed through research and later operated by Sysav, Siptex used near-infrared and visual spectroscopy to sort post-consumer textiles by fibre type and colour at an industrial scale of roughly 24,000 tonnes per year. It existed precisely to solve the feedstock problem recyclers point to. And yet it struggled to secure demand. The issue is not that brands alone refuse to pay. Recycled fibre remains expensive because the recycling system itself is far more capital-intensive and less efficient than it is often presented to be. Pre-treatment, depolymerisation or dissolution, purification, solvent recovery, and waste handling stack capital on top of capital. Each step reduces yield. Each step compresses margins. Scale does not magically fix this. When yields remain constrained and operating windows are tight, running a bigger plant simply locks in the same inefficiencies at higher capital cost. Recyclers often speak of readiness, but that readiness is conditional. Clean inputs. Predictable streams. Carefully curated feedstocks. When confronted with genuinely mixed post-consumer waste, the system slows, costs rise, and responsibility is quietly shifted elsewhere. Siptex exposed that tension. A sorter designed to deliver exactly what post-consumer waste looks like in reality could not generate sufficient pull from downstream recyclers. Not because the waste was missing, but because processing it at scale threatens the cost and efficiency structures that recyclers need to maintain. Brands are told prices are high due to immaturity and that scale will resolve everything. Siptex suggests the problem is more fundamental. These recycling pathways are intrinsically complex, capital-heavy, and yield-constrained. The result is a loop that keeps resetting. Recyclers say they need more waste. Sorting infrastructure is built to supply it. When the economics fail to close, the system retreats and the story starts again. Siptex did not fail because sorting is unnecessary. It failed because it forced the system to confront the true cost and efficiency limits of post-consumer recycling. Limits that are rarely acknowledged when readiness is declared. Until those limits are addressed honestly, Siptex will not be an exception. It will be a preview. Link to the original article: https://lnkd.in/gCFQzWeN