Envalior

Sustainability at Envalior

Supporting your path to sustainability

Many companies face growing challenges in meeting carbon footprint targets, navigating complex regulations, and addressing end-customer demands for more sustainable materials.

With a comprehensive portfolio of lower carbon footprint materials—including bio-based, recycled options, and “drop-in” alternatives that require no redesign—combined with tailored sustainability expertise and early co-development support, a range of solutions is available to help achieve your sustainability goals.

Explore how to elevate your sustainability journey by partnering with us today!

Ambitions in action

With our commitments to achieving 100% renewable electricity by 2030, significantly reducing greenhouse gas emissions, and offering a broad portfolio of bio and/or recycled based materials, we are working hard to fulfil our role and responsibility within the value chain.

As a participant in the United Nations Global Compact, the world’s largest corporate sustainability initiative, efforts are geared toward offering a portfolio of bio-based and recycled alternatives by 2030, making it easier to align with your sustainability objectives and drive positive change together.

LOw Carbon

Reducing greenhouse gas emissions:

100% by 2040
75% by 2030

*Scope 1+2 reduction vs 2016

 

100% renewable electricity
 

by 2030

Sustainable Resources

 

Offering an entire portfolio of bio-based and/or recycled based alternatives

by 2030

AN EXTENSIVE BIO-BASED AND RECYCLED-BASED INNOVATION PORTFOLIO TO CLOSE THE LOOP

A new life in PA6 for end-of-life fishing nets

PA6 from post-consumer plastic waste (pyrolysis)

PA6/PA66 with post-industrial glass fiber

PBT with post-industrial glass-fiber (ECO) and in addition post-consumer PET (ECO T)

Mechanical recycled PBT

PET from post-consumer plastic waste (glycolysis)

PET from post-consumer plastic waste (glycolysis)

PA410 based on castor oil

PA46 and PA4T, partly based on castor oil

Combining PA6 from biomass or bio-waste with post-industrial glass fiber

TPC partly based on rapeseed oil

100% bio-based composites from polyactic acid or PA1010 and flax fabrics

Castor oil and  biomass waste mass balanced - 100% bio-based

First High Temperature polyamide from biomass waste mass balanced

Biomass waste mass balanced (100% bio-based)

Biomass waste mass balanced

Combining PA6 from biomass or bio-waste with post-industrial glass fiber

Contact us for more information

Direct and easy access to our broad portfolio of high-performance plastics: explore our bio- and/or recycled-based grades or order a sample. You can also simply ask our sustainability experts.

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