Environmental sustainability has become a critical criterion for both consumers and manufacturers. Especially in chemical-based products such as detergents, cosmetics, and industrial cleaners, biodegradability testing enables scientific measurement of environmental impact. The BE-BIO method stands out as one of the most reliable ways to assess ecocompatibility in this area.
Biodegradability refers to a substance’s ability to break down naturally in the environment through microorganisms. Products with high biodegradability decompose more quickly and pose less harm to nature. This is a key criterion for marketing products under labels such as eco-friendly detergent, green cleaner, or sustainable chemistry.
BE-BIO (Biodegradability Evaluation – Biocompatibility Index Operation) is a scientific analysis process that measures a product’s biodegradability in controlled test environments. It is typically performed in accordance with standards such as OECD 301 or ISO 14593.
Biodegradability testing is especially critical for the following product groups:
These tests not only help protect the environment but also offer strong marketing advantages for brands. Here are some key benefits of the BE-BIO method:
Ecocompatibility refers to how well a product aligns with environmental and biological systems. It’s not only about breaking down in nature but also about being non-toxic to living organisms. Therefore, biodegradability testing is a core component in assessing ecocompatibility.
The BE-BIO method is a vital step in verifying environmentally friendly products and documenting sustainable production practices. Whether for legal compliance or brand value, incorporating this test into your product development process offers major advantages. If you aim to align your products with nature, now is the time to begin your biodegradability assessment.
Typically 28 days, but the duration can vary depending on the method used.
Standards such as OECD 301 and ISO 14593 are widely accepted and used.
It is often required for eco-labeled detergents, cosmetics, and certain packaging materials.
The cost varies by product type and test method, but it should be seen as an investment in sustainability.
It is typically based on CO₂ generation or oxygen consumption and expressed as a percentage (%).