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Frequently Asked Questions

Find answers to most common questions.

Theoretically, any material made up of organic compounds is biodegradable. No matter how long it takes, the carbon-based material will inevitably be oxidized into carbon dioxide and water via microbial respiration. 

Biodegradable materials are materials that can be broken down naturally by microorganisms such as bacteria, fungi, and algae. The degradation of these materials occurs in the presence of oxygen to produce water, carbon dioxide, minerals, and new biomass over time.

However, it is also possible for these materials to be biodegraded by anaerobic bacteria (in the absence of oxygen).

Compostable materials, like biodegradable materials, are broken down by microorganisms, but with a key difference: the broken-down matter must enhance the nutritious quality of the soil without introducing any toxicity.

Also, this entire process must take place within 12 weeks for a material to be considered compostable. Commercially produced compostable products (such as the compostable cutlery, cups and plates used by many restaurants) need to be sent to an industrial composting facility in order to biodegrade, where adequate conditions (such as temperature, humidity, etc.) are maintained.

They will not break down in a home compost pile or a landfill.

Degradation is a decomposition process that terminates in the fragmentation of plastics under the conditions of heat, sunlight, and moisture, resulting in the weakening of the plastic’s physical structure. So-called « oxo » degradables are in this category. The end product is many microscopic particles that are even more problematic than before degradation, as they may find their way into the diet of animal life and influence the food chain.

Many experts have suggested that degradable plastics do not solve any problem but instead push the problem into the future, with the production of microplastics.

The European Union has banned these plastics for just this reason.We do not use or support oxo-degradable/fragmentable additives.

Yes, our products are truly biodegradable when placed in an anerobic environment such as a landfill – where 91% of all plastic waste will end up. Our proprietary organic additive target microorganisms capable of processing petroleum molecules. It has been tested using ASTM D5511 standards to ensure our plastics are truly biodegrade in a landfill.

We use an organic enzyme to attract naturally occurring anaerobic bacteria in the landfill to digest the enzymes and break down the large plastic polymer molecules into smaller organic molecules that the bacteria then recognize as food. They then digest these smaller molecules and continue the process until the plastic is fully biodegraded.

Yes. With so many manufacturers and retailers offering ‘green’ products, it has become confusing to distinguish between what is a genuine biodegradable product, what is a compostable product, what is a degradable product, and what are unsubstantiated claims. We have ASTM and BMP tests, which are recognized internationally as being the benchmark of verifications. The ASTM D5511 is a test performed by an independent laboratory that measures the carbon released from the plastic as a biogas to verify claims of biodegradability in anaerobic conditions, intending to replicate conditions found in a typical landfill.

No. There is no toxic residue when the biodegradable plastic decomposes. Plastic such as polyethylene break down to CH4, C02 and organic matter.

No. It has no shelf life or expiry dates and will only biodegrade when disposed of in landfill conditions.

Yes. We have had our product tested and approved by a leading recycling company. The best part is that all the material that doesnt make it through the recycling process and receives a new life, will instead biodegrade when it ends up in a landfill.

bioaqualife™ biowrap performs exceptionally well in freezing temperatures. It maintains its strength, tension, and biodegradability even when exposed to sub-zero conditions. This makes it ideal for various applications, including outdoor storage and transportation in cold climates.

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