Recycled vs Virgin Materials: Market Perceptions

I was on a call recently where someone made two claims that - to me - seemed very contradictory:  1️⃣ Because their brand prioritizes curbside recyclability as the most important sustainable packaging goal, they chose all paper-based solutions. 2️⃣ Their brand uses only virgin paper, which they believe is better for the planet than recycled - since trees are renewable and LCA calculators calculate virgin as having a lower carbon/resource footprint. Lots to unpack here. Let’s break down why the two claims together just don’t work for me: 📦 EcoEnclose strongly believe that when brands prioritize recyclability, they should also prioritize recycled content. Recycling only works if there is demand for the recycled material. If brands say they want curbside recyclability but then claim that virgin materials are better for the planet, they undermine the entire system. Who will buy recycled content if brands don’t value its sustainability benefits? Without demand, the recycling process collapses. While there are times when recycled paper won’t work for a brand (due to cost, fiber length and strength needs, converting functionality, etc) - the ultimately sustainability goal should be post-consumer waste. ♻️ LCAs that favor virgin paper over recycled are built on flawed assumptions. Some life cycle assessments (LCAs) claim virgin paper has a lower carbon footprint than recycled paper. But they get there by making two big, misleading assumptions: 🔹 Logging is treated as carbon neutral—ignoring the emissions from deforestation and land-use change. 🔹 Byproducts of tree logging (wood chips, black liquor) are counted as “waste” that provides carbon-negative energy—while the energy needed to repulp recycled fibers is treated as a pure carbon cost. This plays with numbers in a way that (to us) defies common sense. We’re not alone in questioning these assumptions—many environmental scientists have publicly challenged them, including in: 📄 Meeting GHG Reduction Targets Requires Accounting for All Forest Sector Emissions 📄 Letter from Scientists to the EU Parliament Regarding Forest Biomass At EcoEnclose, we believe in true circularity. That means using as much recycled content as possible while designing for recyclability so  materials can continue cycling through the system. Let’s rethink these narratives. If your packaging choices are rooted in recyclability, are you also championing recycled content? If not, are you fully supporting a circular economy? Drop your thoughts below—I’d love to hear where you stand. 👇 #SustainablePackaging #CircularEconomy #EcoEnclose #RecycledContent #Recycling #LCA

Trump's trade war could lead to more plastic pollution – and not just because of a reversal of a plastic straw ban. Falling oil prices means cheaper virgin plastic, which hurts demand for recycled plastic from brands. The price difference between virgin and recycled PET is $300-700 per tonne in Asia, which is deterring brand owners from buying from recyclers in the region. Brand owners such as The Coca-Cola Company and Unilever have already scaled back pledges to use more recycled plastic in their packaging in recent months to protect their margins as virgin plastic prices fall. Plastics are more likely to find their way into the environment if there is no market for collecting and recycling the material. While the price of recycled PET has been relatively stable, the market for recycled polypropylene (PP) and polyethylene (PE) is so low that waste pickers in Indonesia have stopped collecting the material, says Alvaro Aguilar I of Indonesia-based recycler Prevented Ocean Plastic. While a trade war could lead to lower virgin plastic prices, other macroeconomic and geopolitical factors could push prices in the opposite direction, says Rob Kaplan, CO of Circulate Capital, a Singapore-based circular economy investment firm. “We can expect monetary authorities to step in with expansionary policies to offset market disruptions, while ongoing instability in the Middle East, the war in Ukraine, and upcoming elections in key markets could have far greater effects on oil prices than tariffs alone,” says Kaplan. Regulations such as India’s minimum recycled content requirements, which come into effect this year, and polluter-pays schemes could also create price stability by mandating demand for recycled materials, even when virgin plastic prices fluctuate. Kaplan noted that the trade war may not only impact oil prices, but disrupt supply chains in ways that push brands towards recycled materials. “The US is a net importer of virgin PET, with Mexico and Canada supplying nearly 1/4 of the demand. If tariffs on these imports increase, virgin PET prices could rise, making recycled plastic a more attractive alternative.” This reinforces why investing in local and regional recycling solutions in Asia is key, he says. "If trade disruptions limit the flow of recycled content, we need strong infrastructure in place to collect, process, and remanufacture materials locally." For that to happen, governments need to set policies that help to drive the recycling market, and the private sector needs to commit to long-term investment in supply chains that “don’t collapse when virgin plastic prices drop.” #plastics #recycling #plasticpollution

According to the Textile Exchange’s Materials Market Report, we don’t yet have a materials “transition.” We have a larger fiber system running on the same fuel it's always used -- virgin synthetics, especially polyester. Total fiber volume is up again in 2024, and most of that growth is new fossil-based material. Recycled content exists, but its share is basically stuck in the high single digits, while the overall pie keeps growing. We’re adding some recycling around the edges while scaling virgin even faster. Polyester is still the whole game. It’s roughly three-fifths of global fiber use and still gaining share. Recycled PET is the headline “success story,” but even there, the numbers are sobering: rPET volume is creeping up while its share slips as virgin PET outgrows it. And almost all of that rPET still comes from bottles, not old clothes, a feedstock that’s now contested by the packaging and beverage sectors. Bottle-to-fiber bought the industry time; it’s not a long-term circularity strategy. Textile-to-textile has to move from pilot to system or rPET hits a ceiling. The report is also blunt (in a polite way) about blends: they’re killing circularity. Cotton/poly, poly/spandex, nylon/spandex -- all great for performance and price, all terrible at end-of-life. Mixed fibers show up at recycling plants as problem feedstock: hard to separate, quality loss in mechanical routes, and only really solvable at scale with serious chemical recycling. The uncomfortable takeaway is that circularity doesn’t start at the sorting line; it starts with the product spec. If we keep defaulting to complex blends, we’re baking in low recovery rates. On the “natural” side, man-made cellulosics and cotton show better governance, more certifications, and improved practices, but not greater market share. They remain mostly virgin streams operating within a system that consistently rewards volume and low cost over “better” attributes. When premiums disappear, preferred programs shrink. Not because anyone is anti-sustainability, but because businesses need to survive down cycles. Put it all together, and the message is pretty clear: we’re buying time, not transforming the system. If we want to call this a real transition, we’ll need tougher design rules, different economics for recycled feedstocks, and fewer products that are unrecyclable by design. Less slogan, more supply-and-demand discipline. I'm curious to see how others are approaching this in their own materials strategies – especially around blends and polyester. Please have a read. #cotton #polyester #cellulosics #textiles #sustainability #fibers

“Recycling is always better,” I’d like to address this statement away from sentiment and judgement. Recycling is always better is the narrative most of us grew up with—and in many cases, it’s true. But as with so many #sustainability issues, the real answer lies in the nuance. Experts and lifecycle analysts have been debating assumptions like this for years, and one debate is particularly worth unpacking: Is it really more sustainable to recycle paper than to manufacture new paper from trees? At first glance, it seems obvious—recycling saves trees. But dig a little deeper and the picture gets more complex: • Energy use: Recycling paper uses 30–60% less energy on paper. But if recycling facilities run on fossil fuels, while virgin mills use biomass or hydro, the actual carbon footprint can flip. It’s not just how much energy is used—it’s where that energy comes from. • Water and chemicals: Virgin paper production requires more water and stronger chemicals. Recycling needs less water—but still creates sludge and relies on additives to restore paper strength. • Forests & biodiversity: Trees may be renewable—but forests are ecosystems. Logging impacts biodiversity and soil health, particularly in natural forests. Tree plantations aren’t ecological equivalents. • #CircularEconomy impact: Recycling keeps materials in use longer, reduces landfill pressure, and supports circularity—if the system is effective. • Fiber quality: Paper can only be recycled 4–6 times before fibers degrade. Virgin pulp remains necessary to keep the loop running. As a result, recycling is better only when done properly—and systemically. Let’s address further ambiguity inspired from current systems we see where the waste market is not mature: • Contamination and rejects: Not all “paper” is recyclable. Envelopes with plastic windows, glossy-coated postcards, tissues—all often get tossed in but later rejected. High diversion ≠ high recycling. • System efficiency: Real recycling rates depend on more than just what’s collected: Composition × Coverage × Participation × Recognition Rate = what reaches the MRF Then: × MRF Efficiency × Reprocessor Yield = actual material recycled The gap between what is received and what actually gets recycled can be huge. • Infrastructure matters: Without advanced sorting, deinking, and local reprocessing, the system falters. Long-haul transport and outdated tech worsen the footprint. • System design: How we collect waste matters. Separate vs. commingled bins, pickup frequency, clarity of instructions—all influence contamination rates and recognition. • Energy mix & LCA: If your recycling process runs on coal but virgin paper is made with renewables, the environmental “win” can reverse. #LifeCycleAssessment (LCA) is essential. Too often, we search for simple answers in sustainability—and simple villains. But real solutions live in the complexity. Let’s not shy away from the debate. That’s where the opportunity is. Dr Darren Perrin Kearney

Recycled polyester is everywhere — but so is the liability. A review of the 2025 textile supply-chain landscape points to a growing vulnerability in fashion’s most widely used sustainability claim: Data Integrity. Public industry data indicates that while a large majority of brands plan to increase recycled polyester (rPET) use, the overwhelming share of feedstock still originates from plastic bottles, not post-consumer textiles. Textile-to-textile recycling remains limited to pilot scale. Meanwhile, bottle-based recycling has been industrialised. This is no longer just an environmental debate. It is a compliance and financial risk. EU policy is swiftly moving sustainability claims from voluntary marketing language to legally substantiated disclosure. Under the Ecodesign for Sustainable Products Regulation (ESPR) and the Green Claims Directive, generic “recycled” claims without verifiable origin data will not hold. Three pressure points are now converging: - The Data Blind Spot: Many LCAs still rely on secondary industry averages rather than primary, site-specific tier-1/tier-2 data. This weakens claim robustness before regulators. - The Reporting Risk: Variations in feedstock attribution can materially affect reported Scope 3 emissions, creating volatility in carbon disclosures. - The Material Trade-off: Peer-reviewed research indicates mechanically recycled polyester fibers are shorter and more brittle, with studies suggesting significantly higher microfiber shedding rates (+55%) compared to virgin polyester. Taken together, these factors shift traceability from a sustainability function to a CFO-level risk question. Brands that treat recycled-content claims as a checkbox will face rising compliance costs and audit friction. Brands that invest early in verified chain-of-custody and primary data capture will convert transparency into operational resilience. The bottom line: If you cannot digitally verify the origin and flow of your recycled fiber, you don’t have a sustainability strategy. You have a marketing risk. Where do you see the largest data blind spot in your supply chain today — feedstock verification (proving it’s not just bottles) or Tier-2 processing visibility? 👇 Let’s discuss in the comments. Sources - Textile Exchange — Preferred Fiber & Materials Market Report 2024 McKinsey & Company — The State of Fashion European Commission — ESPR; Green Claims Directive; Digital Product Passports Ellen MacArthur Foundation — The New Plastics Economy Changing Markets Foundation — Spinning Greenwash Report 2024 Nature Communications — Research on microfiber shedding