What is the traceless® Project?
traceless® is pioneering a new generation of materials made from agricultural plant leftovers. This innovative project focuses on working with nature, not against it, to create a circular, bio-based future. The materials developed by traceless® are designed to replace plastics in areas where recycling is tough or where plastic waste often ends up polluting the environment—think single-use items, packaging, paper coatings, and adhesives. Using a patented process, traceless® produces materials from unmodified natural polymers that behave like plastic but disappear naturally, leaving no trace behind.
Main Benefits of traceless® Materials
Here’s why traceless® is making waves:
- Certified home compostable within 2–9 weeks (NF T 51-800), breaking down into water, humus, and CO₂ under natural conditions.
- 100% biobased and fossil-free, made entirely from plant residues—no competition with food production or deforestation.
- Plastic-free certification (Flustix) and free from PFAs and harmful chemicals, ensuring safety for people and the planet.
- Reduces emissions by up to 76% across its lifecycle and 95% during production and disposal compared to virgin plastics.
- Compatible with standard production methods like injection molding and extrusion, making it scalable and cost-competitive.
How traceless® Supports a Circular Economy
traceless® materials are designed to fit perfectly into a circular, bio-based economy. Because they’re made from natural polymers found in agricultural leftovers, they don’t just reduce waste—they actively support a closed carbon cycle. When composted, these materials release only the renewable carbon that plants absorbed during their growth, meaning no additional carbon footprint is created. Plus, in other waste streams, traceless® materials don’t interfere with recyclability, making them a truly sustainable choice for a world aiming to be free of pollution and waste.
Natural Compostability: The Secret Behind traceless®
The magic of traceless® lies in its natural polymers. Since these polymers are produced by nature itself, the microorganisms in the environment already know how to break them down. This means traceless® materials don’t need industrial composting facilities—they’re certified home compostable. Depending on the thickness, composting takes just 2 to 9 weeks under natural conditions, like in a backyard compost bin. This is a game-changer for biodegradable materials, making sustainability accessible right at home.
Safe for People and the Planet
traceless® goes beyond just being eco-friendly—it’s also safe. The materials are certified 100% plastic-free and free from PFAs and harmful chemicals. This commitment ensures that both the products and their production processes use only environmentally safe ingredients. So, whether it’s the people handling the materials or the ecosystems they eventually return to, traceless® prioritizes health and safety at every step.
Project Impact: Aligning with Global Goals
- SDG 12: Responsible Consumption and Production
- SDG 13: Climate Action
- SDG 14: Life Below Water
- SDG 15: Life on Land
- SDG 9: Industry, Innovation, and Infrastructure
Scalability and Industrial Readiness
One of the standout features of traceless® materials is their scalability. Thanks to their plastic-like performance and compatibility with existing production technologies, they’re ready for industrial use right now. This means manufacturers can switch to traceless® without overhauling their processes, making it a cost-competitive and practical solution for businesses aiming to reduce their environmental footprint. It’s a real step forward in making sustainable materials mainstream.
