Skip to main content

INEOS Styrolution launch bio-attributed polystyrene for food packaging

Published by , Editorial Assistant
Hydrocarbon Engineering,


INEOS Styrolution, a provider of styrenics, has commercialised its 100% bio-attributed polystyrene, Styrolution® PS 158K BC100.

As of early 2025, food trays using this bio-based material have been available on the shelves of the Japanese market through collaboration with a well-known retail franchise.

Styrolution PS 158K BC100 uses an ISCC-certified mass balance approach and is made from 100% bio-attributed feedstock. As a result, it achieves a 172% reduction in carbon emissions when compared to traditional fossil-based polystyrene. It fully complies with global food contact standards, including the Japanese Food Sanitation Act, and has received JCII’s A certification, ensuring rigorous food safety measures. Additionally, it offers heat resistance and clarity, maintaining both the quality and the visual appeal of the food packaging.

“We are thrilled to mark this milestone in integrating bio-attributed materials into everyday life,” said Marcela Villegas, Vice President of Business Management APAC at INEOS Styrolution. “It shows that sustainability can be achieved while meeting regulatory standards, allowing businesses to progress in their environmental goals without compromising quality or safety.”

Read the article online at: https://www.hydrocarbonengineering.com/petrochemicals/15072025/ineos-styrolution-launch-bio-attributed-polystyrene-for-food-packaging/

You might also like

The Hydrocarbon Engineering Podcast - Midstream matters

In this episode of the Hydrocarbon Engineering Podcast, Sarah Miller, President and CEO of the GPA Midstream Association, joins us to consider the vital importance of midstream operations, and some of the key challenges and opportunities facing the sector.

Tune in to the Hydrocarbon Engineering Podcast on your favourite podcast app today.

Apple Podcasts  Spotify Podcasts  YouTube

 
 

Embed article link: (copy the HTML code below):