One of the most common questions among professionals moving towards sustainable packaging is: how long does it really take for the packaging to disappear once discarded?
This is not just an environmental curiosity, but a key technical factor to ensure compliance with circular economy principles and current regulations. At Bicopack, as specialists in cellulose-based solutions, we explain the real timelines and conditions of this process.
CERTIFIED DATA: 84 DAYS IN INDUSTRIAL COMPOSTING
Unlike conventional plastic meshes, which can persist in the environment for up to 400 years, Bicopack’s compostable meshes are designed to reintegrate into the natural cycle quickly and in a controlled way.
- Under industrial composting conditions: The decomposition process is completed within 84 days.
- Results: At the end of this period, the mesh is transformed into carbon dioxide, water, and biomass (compost), leaving no microplastics or toxic residues.
Factors that influence decomposition speed
The speed at which a mesh biodegrades depends not only on the material, but also on the environment where it is processed. To meet the timelines defined by the EN 13432 standard, several factors must be present:
- Moisture: Essential for microorganisms to act on cellulose fibers.
- Temperature: Heat (especially in industrial environments) accelerates the breakdown of molecular chains.
- Oxygen: Composting is an aerobic process; proper aeration enables faster degradation.
- Microorganisms: Bacteria and fungi are responsible for "feeding" on the natural fibers of the mesh until it becomes compost.
Differences depending on disposal environment
| Environment | Estimated time | Bicopack Certification |
|---|---|---|
| Industrial composting | 84 days (100% disintegration) | OK Compost Industrial |
| Home composting | Variable (depending on climate) | OK Compost Home |
| Nature/Landfill | Slower (no controlled conditions) | Biodegradable |
Why are Bicopack meshes so efficient?
The key lies in our unique composition: thread made from 100% natural cellulose fibers. As a plant-based material rather than petroleum-derived, its structure is easily recognized by nature.
- No persistent residues: Unlike some "bioplastics" that may leave fragments if not properly processed, cellulose decomposes cleanly and completely.
- Official certification: Our decomposition timelines are not estimates, but guarantees backed by European compostability standards.
Important note: For the cycle to be completed successfully, it is essential that the end user disposes of the mesh in the organic waste bin (brown bin).
Conclusion: Sustainability with guaranteed timelines
Choosing compostable meshes allows your company to offer packaging that respects nature’s timing. In less than three months, what once protected your fruits or vegetables can become fertile compost for the next harvest.
Do you need technical documentation on the degradation speed of our products? Contact our team and request the certified technical datasheet.
