Stylight

Not verified. Claim this page

Stylight Sustainability Actions

Published a sustainability report

Stylight’s related company, INEOS Styrolution, published a 2020 sustainability report that covered environmental, social, and governance work. The report said it focused on recycling, cutting carbon emissions, and tracking progress with a materiality assessment, which is a way of finding the issues that matter most to stakeholders. It also said the report followed the Global Reporting Initiative (GRI), a common reporting standard for sustainability data, and had external assurance, meaning a third party checked it.

12 13 17

Expanded recycled materials work

The source material says INEOS Styrolution worked on recycled and bio-based materials, including mechanically recycled polystyrene, recycled styrene for ABS plastic, and bio-attributed materials. These are materials made with recycled feedstock or renewable inputs instead of only fossil-based raw materials. The company also said it was building recycling projects and partnerships to support a more circular economy, which means keeping materials in use for longer instead of throwing them away.

12 13

Used lower-carbon product claims

INEOS Styrolution said it introduced specialty styrenics with 74% lower greenhouse gas emissions. Greenhouse gases are the gases that trap heat in the atmosphere and drive climate change. The company also said it was working toward a circular, low-carbon economy for styrenics, which are plastic materials used in many products. This is a product-side action, not a full company-wide climate result, but it does show a stated effort to reduce emissions in materials.

9 12 13

Joined recycling partnerships

The material mentions several partnerships linked to recycling and low-carbon materials, including work with TOMRA, Polystyvert, Recycling Technologies, Trinseo, and LACTEL. These collaborations were described as helping develop mechanically recycled plastics, recycled styrene, and new packaging materials. The partnerships point to a practical focus on circularity, which means designing systems so waste can become input for new products.

9 12 17