What is NERIDE CIRCULAR?
- NERIDE CIRCULAR is a nylon yarn that uses resources delivered from post-consumer waste.
- NERIDE CIRCULAR is sourced from:
- Discared Tires
- Mixed packaging waste materials
- Textile waste -> > UpTextile project
- It is a 100% accreditted post-consumer waste sourced
- It is ISCC plus certified
Sustainable Benefits
-
NERIDE CIRCULAR plays a crucial role in decreasing reliance on non-renewable resources.
-
Non-recyclable plastic waste, such as mixed plastic waste, is effectively reduced.
MATERIALS ORIGIN
Waste materials of non-biological origin:
- Discared Tires: By diverting discarded tires from landfills and incineration, pyrolysis recycling helps to minimize environmental pollution. Pyrolysis thermally decomposes tires in the absence of oxygen, converting them into valuable pyrolysis oil. Recovery and reuse of resources that would otherwise go to waste.
- Mixed packaging waste materials: After a pyrolysis method, plastics are decomposes, converting them into useful products like pyrolysis oil. These products are used as raw materials contributing to waste reduction.
- Mixed material Textile waste -> UPTextile Project Thermo-mecanical recycling method developped by NUREL.
Mass Balance Certifications
- ISCC Plus Mass Balance Certification is a sustainability certification system used in the bioenergy and bio-based product sectors.
- It ensures traceability and sustainability of materials throughout the supply chain.
- The certification verifies that the production of materials follows predefined sustainability criteria, including social, environmental, and economic aspects.
Mass balance certification allows for the mixing of sustainable and non-sustainable materials in the supply chain while ensuring that the overall sustainability impact is neutral or positive. - It provides transparency and credibility to stakeholders by tracking the sustainable sourcing and use of materials in the production process
The Process
Circularity Process
From Circular Origin Raw Materials
generating Circular Materials Form Waste
