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A question? We have the answer.

  • Our materials are certified in food contact. We carried out analyzes of global and specific migrations

  • Our materials are certified compostable standard EN13432. We performed these analyzes in an independent laboratory.

  • We have carried out ecotoxicity tests in an independent laboratory and we have obtained a NFU44-051 certificate.
    The NFU 44-051 standardized green waste compost usable in agriculture is used in many areas of a soil. The compost provides some fertilizing elements in major elements (N, P, K). This amendment is a stimulant of the microbial life of the soil constituting a storage of organic matter allowing to structure a soil by limiting erosion.

  • The standard EN13432, dating from 2002, is a harmonized standard of the European Committee for Standardization, relating to the characteristics that a material must have in order to be qualified as biodegradable or compostable. The term “compostable” refers to standards related to the non-toxicity of a decomposed material in the event that it is released into the wild.
    This standard is entitled “Characteristics of packaging recoverable by composting and biodegradable – Test schemes and evaluation criteria for the final acceptance of packaging”.

    Among the objectives of the standard is the desire to clearly define concepts that are increasingly diffuse but not always very explicit, such as: biodegradation, compostability, biodegradable and compostable materials.

    According to standard EN13432, a material can be qualified as “compostable”, if it has the following characteristics:

    – be able to reach 90% biodegradation in less than 6 months if it is subjected to an environment rich in carbon dioxide; these values are tested with the standard method EN14046 (also called ISO14855);
    – when it is brought into contact with organic waste for 3 months, the mass of material must consist of at least 90% of residues less than 2 mm in diameter; these values are tested with the standard method EN14045;
    – the material must not have any negative effects on the composting process;
    – a low concentration of heavy metals;
    – at low concentration of heavy metals;
    – a content of mineral salts within the established limits;
    – a concentration of volatile solid elements within the established limits;
    – a concentration of nitrogen, phosphorus, magnesium and potassium within the established limits.

  • It all depends on the environment.
    According to the standard in months of 3 months in industrial composting or anaerobic digestion.
    A few days in a bio digester (1 to 4 days)
    Several years in nature depending on the environment our latest tests in seawater show biodegradation in less than 122 months without releasing toxicity.
    Heat, bacteria and humidity are the factors that accelerate biodegradation

  • 1 – RAW MATERIALS

    Our working base comes from residues from plants and / or stones and / or cereals and / or minerals…

    2 – CONVERTS TO BIOPOLYMER

    Creation of a plant material which can be biodegradable and compostable from these resources in green chemistry

    3- VEGANBOTTLE

    Our bottles, jars… are bio-based and can be biodegradable and compostable: an alternative to plastic packaging from petrochemicals

    4 – MARKETING

    We sell our empty containers by pallet, individually for gourds and full for spring water

    5 – DAILY USE

    Veganbottle light ecological shatterproof practice without endocrine disruptors

    6 – ORGANIC WASTE

    Our packaging, if it is in a compostable version, must be recycled with organic waste (bio-waste) and must not be thrown into the environment

    7 – RECYCLING RECOVERY

    Our packaging is recyclable in the case of a plant-only version and can be composted as organic waste by digester, compost machine or methanizer in the case of a compostable version
    Different solutions exist.