Plastic waste and the recovery gap
The OECD historical estimate puts the global plastic-waste recycling rate at 9% in 2019. It is a dated baseline, not a measurement of today’s recycling performance.
Read primary source →A curated reading room with source dates, coverage notes and a clear distinction between historical data and current product information.
The OECD historical estimate puts the global plastic-waste recycling rate at 9% in 2019. It is a dated baseline, not a measurement of today’s recycling performance.
Read primary source →Plastics Europe reports preliminary 2024 production estimates. Its series has different coverage and methods from OECD. Avoid treating the two as directly comparable year-to-year data.
Read primary source →BASF’s technology overview highlights the importance of waste composition and complementary methods for engineering-plastic recovery.
Read primary source →LYB’s Circulen information provides examples of different recycled and bio-circular pathways. Verify the grade and certification details before applying any product claim.
Read primary source →Reviewed 13 November 2026. Company publications describe their own offerings and are not independent product certification. Undated sources show the review date. SABIC entries were available through official indexed content; direct retrieval encountered redirect loops.
OECD estimates 353 million tonnes of plastic waste in 2019, with 9% ultimately recycled. Historical global baseline; not a current recycling rate.
Original source →Industry-association production series. The companion report estimates 430.9 million tonnes in 2024. Definitions differ from OECD; do not combine as a continuous series.
Original source →Portfolio spans mechanical and chemical recycling and bio-circular feedstock. Grade-specific suitability and mass-balance attribution matter.
Original source →Describes circular, mechanically recycled and bio-renewable materials, with chain-of-custody certification. Historical examples require current product and regional confirmation.
Original source →Explains why sorting, waste composition and complementary recycling routes determine engineering-plastic recovery options.
Original source →Existing customer-facing hub uses a make, use, recycle lifecycle structure and covers performance materials, additives and other plastics businesses. Important alternative to acquiring another destination.
Original source →Demonstrates application-led materials communication across mobility, packaging, electronics, medical and industrial markets.
Original source →