The chemical recycling industry is redefining raw material sourcing — but are you capturing the full potential?
Advanced recycling is no longer a niche solution, it’s fast becoming a cornerstone of the circular economy by converting traditionally “unrecyclable” waste streams into feedstocks that meet or exceed the purity of virgin materials. From multilayer packaging and mixed-fiber textiles to end-of-life tires and used cooking oils, emerging chemical recycling processes such as pyrolysis, gasification, solvolysis, and enzymatic depolymerization are unlocking new sources of high-value inputs.
However, capitalizing on these opportunities requires more than technology alone, it requires end-to-end alignment across sorting, quality assurance, regulatory compliance and strategic partnerships. Our comprehensive study on “Global Feedstock Opportunities from Chemical Recycling,” uncovers perspectives and the roadmap you need to integrate advanced recycling into your supply chain, secure feedstock advantage, and meet evolving sustainability mandates.
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What Does the Analysis Cover?
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A detailed examination of how various recycling technologies can be applied to key feedstocks, along with their potential end uses.
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Findings about the market dynamics, innovation landscape, and current status of specific feedstocks including tires, plastics, wastewater treatment residues, used cooking oils, textiles, agricultural waste, and waste oils/lubricants.
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A practical perspective on the challenges posed by existing technologies, as well as the opportunities emerging from new and evolving solutions
And much more!!!!
Transformative Megatrends
- Accelerate decarbonization efforts to stay competitive and meet rising customer and investor expectations around sustainability.
- Explore chemical recycling now, as climate urgency and policy pressure drive the shift toward non-fossil, recycled feedstocks.
- Anticipate rising regulatory demands and align early to avoid disruption and secure long-term business viability.
Disruptive Technologies
- Leverage breakthrough technologies like novel enzymes and catalysts to enhance recycling efficiency and unlock new input materials.
- Prepare for a hybrid ecosystem where emerging solutions complement existing methods like pyrolysis and gasification.
- Address energy intensity challenges early to ensure scalability and commercial success of next-gen recycling technologies.
Competitive Intensity
- Capitalize on a rapidly evolving market, as over 130 emerging technologies expand the recyclability of diverse waste streams.
- Stay ahead by innovating fast, with pressure mounting on incumbents to adapt or risk being outpaced by agile start-ups.
- Seize long-term opportunities, as consistent demand and high growth potential signal decades of demand for advanced.
Capitalize on the Next Big Feedstock Boom!
Waste is no longer a liability; it’s your untapped resource. Our latest analysis reveals how industries are using chemical recycling to convert complex waste into premium-grade feedstocks.
Ready to secure your feedstock advantage?
Fill out the form to access your exclusive analysis and turn waste into your strongest competitive asset.
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