Approved large carry bag with Return to Earth design. This bag is not only Reusable, but also made with BioGES technology. Scientifically proven to biodegrade by microbial gestation and leave no micro-plastics.
Test Results Summary
Tier 1 – Abiotic Degradation
Molecular weight successfully reduced to below 5,000 Daltons, meeting the ASTM requirement. Gel content measured and confirmed below the specified limit
Tier 2 – Biodegradation (ASTM D5988)
o Achieved 90.14% biodegradation in soil within 405 days
o This result exceeds the minimum 90% biodegradation threshold, as expected
Environmental & Safety Compliance
o All regulated heavy metals were within EPA limits
o OECD ecotoxicity tests showed no adverse effects on:
- Seedling emergence and growth
- Earthworm acute toxicity
Conclusion
The results confirm that PE film containing 1% Reverte BD92771 demonstrates high soil biodegradability, meets all applicable ASTM requirements.
Approved large carry bag with Return to Earth design. This bag is not only Reusable, but also made with BioGES technology. Scientifically proven to biodegrade by microbial gestation and leave no micro-plastics.
Test Results Summary
Tier 1 – Abiotic Degradation
Molecular weight successfully reduced to below 5,000 Daltons, meeting the ASTM requirement. Gel content measured and confirmed below the specified limit
Tier 2 – Biodegradation (ASTM D5988)
o Achieved 90.14% biodegradation in soil within 405 days
o This result exceeds the minimum 90% biodegradation threshold, as expected
Environmental & Safety Compliance
o All regulated heavy metals were within EPA limits
o OECD ecotoxicity tests showed no adverse effects on:
- Seedling emergence and growth
- Earthworm acute toxicity
Conclusion
The results confirm that PE film containing 1% Reverte BD92771 demonstrates high soil biodegradability, meets all applicable ASTM requirements.
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