Chemical Recycling

Breaking down mixed plastics to molecular building blocks for virgin-quality output

400M

Tons of plastic produced annually

<10%

Of plastic waste is recycled globally

94%

Monomer yield achievable from mixed plastics

72%

Lower carbon footprint vs virgin plastic

Market Size: $15B by 2030CAGR: 18%

Sector Overview

Chemical recycling encompasses technologies that break down plastic waste into monomers, oligomers, or other chemical feedstocks that can be repolymerized into new, virgin-quality plastic. This addresses the fundamental limitation of mechanical recycling: degradation of material properties with each processing cycle and inability to handle mixed, contaminated, or multi-layer plastics. Key technologies include depolymerization (breaking specific polymers back to monomers), pyrolysis (thermal decomposition to oils and gases), and solvolysis (selective dissolution). While chemical recycling has been critiqued for energy intensity and yield challenges, recent advances are achieving 90%+ yields at competitive economics.

Our Investment Thesis

Chemical recycling solves the plastic waste crisis by processing streams that mechanical recycling cannot touch—multi-layer packaging, contaminated films, mixed plastics. With EPR laws mandating recycled content in packaging and brands committing to 30-50% recycled plastic by 2030, the demand for recycled plastic feedstock far exceeds supply. Companies with proven technology and CPG partnerships will command premium valuations.

Opportunities

  • +Mixed plastic streams worth more as chemical recycling feedstock than landfill
  • +Virgin-quality output commands premium prices from brand partners
  • +EPR eco-modulation fees make hard-to-recycle plastics more valuable to process
  • +Carbon credit potential from avoided virgin plastic production

Challenges

  • !High capital costs for commercial-scale plants ($100M+)
  • !Energy intensity of some processes (pyrolysis, gasification)
  • !Feedstock variability and contamination management
  • !Regulatory classification varies by jurisdiction (is it recycling or incineration?)

Key Players

ReLoop Materials

Depolymerization of mixed plastics (WasteVC portfolio)

PureCycle Technologies

Polypropylene purification (public)

Plastic Energy

Pyrolysis of mixed plastic to oil

Eastman Chemical

Methanolysis of polyester (corporate)

Regulatory Landscape

  • EU Packaging & Packaging Waste Regulation (PPWR): Recycled content mandates
  • California SB 54: 65% source reduction or recycling by 2032
  • EPR eco-modulation: Higher fees for non-recyclable packaging
  • EU Taxonomy: Chemical recycling eligibility criteria under debate

Investing in Chemical Recycling?

WasteVC backs founders building in chemical recycling from Seed to Series B.