Recycled PET (rPET) continues to gain strong momentum across the recycling and packaging industry. With recycled-content regulations expanding and major beverage brands increasing their use of food-grade rPET, the market is moving toward higher quality requirements, stronger supply chains, and more investment in “bottle-to-bottle” infrastructure.
Brand demand for food-grade rPET keeps rising
Packaging industry reports indicate that beverage brands are actively competing for high-quality rPET supply as they work toward higher recycled-content targets. While 100% rPET bottles are already available in selected markets, consistent sourcing remains a challenge—highlighting the growing importance of reliable collection systems and high-purity processing.
Capacity expansion signals long-term confidence
On the supply side, PetStar has expanded what is described as the world’s largest PET recycling facility. The expansion increases annual recycling capacity of food-grade resin from 50,000 to 86,000 tons, reinforcing long-term confidence in closed-loop rPET production and scalable bottle-to-bottle technology.
PET recycling rates show both progress and opportunity
According to NAPCOR’s latest annual report, the average recycled content in U.S. PET bottles measured 15.9% in 2024. At the same time, industry coverage based on the same dataset noted the U.S. PET bottle recycling rate was 30.2% in 2024, showing that improving collection volume and processing efficiency remains a major opportunity for the sector.
Regulation continues to push market growth
Policy drivers also remain strong. In Washington State, recycled content minimums are being phased in across multiple product categories, with a long-term goal that covered packaging reaches at least 50% post-consumer recycled content by 2036. This kind of policy roadmap continues to strengthen demand for high-quality recycled materials across the region.
Industry takeaway:
rPET is rapidly becoming a “must-have” material in packaging supply chains. The next stage of growth will depend on stable feedstock supply, consistent high-purity processing, and scalable recycling infrastructure that supports bottle-to-bottle circularity.
