Ineos Styrolution Partners with Polystyvert to Advance Circular Economy for PS
Global leader in styrenics Ineos Styrolution (U.S. office in Aurora, Ill.) and Canadian IP-based clean technology startup Polystyvert are collaborating to convert post-consumer polystyrene plastic into a new, high-quality, PS raw material resin.
Ineos Polystyvert will use a patented dissolution method of advanced recycling that takes plastic waste in its solid form and dissolves it in a solvent. Once dissolved, the process can mechanically and chemically separate contaminants and additives, before finally separating the original polymer from the solvent. The end-product is then a cleaned polymer that may be used as new raw material resin again. Polystyvert’s in-depth purification technology reportedly offers the ability to treat all types of feedstock, from industrial waste to post-consumer streams. The technology can eliminate a wide range of hard-to-remove contaminants such as pigments and brominated flame-retardants. Recycled polystyrene pellets can then be used to manufacture various categories of polystyrene products, including food-grade applications.
Ineos Styrolution has strong sustainability goals to improve and increase the recovery of post-consumer PS waste. This joint development agreement reinforces their commitment to explore continued research into advanced recycling technologies. Said Ineos Styrolution Americas v.p. Ricardo Cuetos, “The purification capacity of Polystyvert’s technology is unique. The high quality of the final recycled polystyrene resin is essential to achieving a truly circular economy in key markets like food service packaging.”
According to Polystyvert CEO Solenne Brouard, dissolution is an efficient, low-energy technology which offers a cost effective solution to recycle PS in a closed loop. “Using this method, ‘recycled polystyrene’ is produced at a competitive price. Thus, opening up the full potential for a circular economy. We are pleased to work with Ineos Styrolution to set up a truly circular economy for polystyrene. Our common goal is to recycle as much polystyrene as possible and a partnership as such, will make a difference."
Molders should realize how significantly process conditions can influence the final properties of the part.
The rate of loading for a plastic material is a key component of how we perceive its performance.
The polymers we work with follow the same principles as the body: the hotter the environment becomes, the less performance we can expect.