FAQ

Oxygen and Moisture barriers are created by using:

Vacuum Metallizing, Medium & High Barrier- Bio-Foil, Ultra High Barrier Films or the inherent barriers of certain films when they are ”Fit for Use “. We strive to find the most economical solution for each customer’s needs.

These are petroleum based products engineered with the use of a completely organic additive to biodegrade only when exposed to the microbes in anaerobic landfills and oceans. They offer superior performance to other biodegradable technologies, are easier to use, less expensive, and have the added benefit of being completely recyclable, in single layers. For these reasons we firmly believe it is the most viable solution to the problems with plastic today.

The additive is a particular blend of Organic compounds, which in the presence of microbes, create an enzyme that breaks down the long-chain molecules of the plastic. This allows the microbes to then consume the plastic. After 10 years of testing, we can make just about any type of packaging Omnidegradable^®: resealable pouches, zippered bags and bags with off-gassing valves.

Yes. We comply with ASTM D5511 and ASTM D6691 standards. We are also FDA compliant.

Yes. We have worked with a variety of large Coffee manufacturers such as Melitta. We have also signed NDA’s with many large multinational brands.

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No. In oceans, it ends up as CO₂, water and a small amount of organic biomass. Like all organic materials, in an anaerobic landfill, the CO₂ is replaced with methane which is being captured in many modern facilities for use in automobiles and heating. Our plastic has also been tested for FDA Compliance and was extremely clean.

Our products meet FDA (U.S.) standards and break down into organic residuals that are actually beneficial to plant growth. Our plastic has also been tested for heavy metals and hazardous chemicals and was determined to be extremely clean and safe for the environment.

Municipal compost facilities want products to decompose in 8-12 weeks in order to be considered “compostable”. Our packaging takes a little longer, so we do not claim it is “compostable”. It is biodegradable in many more places such as anaerobic landfills and oceans (except any non-Omnidegradable^® component, like a Tin Tie).

Omnidegradable^® Plastics allow regular plastic products to be able to consumed by microbes in oceans, anaerobic landfills, etc. in a very short time-frame, a fraction of the current plastics.

Regular plastics do not biodegrade or decompose for centuries and are clogging our oceans, landfills, sewers, to the point that they are affecting the health of our food resources and waterways.

Oxo-Bio plastics were developed in the late 1960’s, in England, and were a great innovation then. A farmer could cover his furrows with a roll of Oxo-Bio plastic and it would direct the water to the plants, keep out weeds and at the end of season, it would have enough sunlight to be churned into the soil and degrade. We now know it never biodegraded completely but just broke into smaller parts – like microplastics.

When manufacturers started using it for packaging, stretch-wrap etc., without the exposure to sunlight, it just reacted to weathering like regular plastic.

Our products will completely and safely biodegrade virtually anywhere there are microbes.

A study on PLA films from cradle to grave was conducted by two US scientists and published in Scientific American magazine in August, 2000. It showed that PLA used 154 % more energy than regular PET due to the fact that someone had to grow the corn, harvest it, transport it to the processing plant and transform it into resin. Originally, it was said to be the better solution. It had poor barriers, high cost and sensitivity to heat in processing. We gave up on it in 2005.

Yes we did make pouches with the new improved cellophane. The old version would become brittle and crumble after time on the shelf. It was very expensive. We made some pouches to show a client one summer that was 10 minutes from our office, and placed them in the car. By the time I got there, they had shriveled into little golf balls. When you look into the manufacturing of cellophane, you see it uses baths of sulfuric acid and another of bleach to render the wood pulp down to lignin from which the cellophane is derived. These acids and bleaches are eventually disposed of in our lakes and rivers, poisoning all who drink or swim in them.

Independent Lab studies are completed or in progress. Each type of film, at each gauge, in each environment, will have a different result. Microbial intensity in each landfill or ocean environment will be different. A 48 ga. Polyester film will take approximately, 20 months in an anaerobic landfill as per lab simulation. A 20.0 mil shampoo bottle took less than 2.5 years to completely biodegrade in typical garden soil. Our 3.0 mil. Biofoil film biodegraded 83% in 407 days in a lab simulated anaerobic landfill environment. Each test costs approximately $10,000.00 – $15,000.00 so we have to be selective in what we send to the labs. To cover all the bases would cost $100,000,000.00.

There are great differences depending on the site of disposal. In an anaerobic landfill Methane is the primary gas emitted. It can be captured and used as a clean fuel source. In an ocean it will be sequestered in the water.

All of our single layer and multi layer plastics of the same base family of polymers can be safely recycled with other plastics in the same family. We use PE extrusion lamination and water-based lamination (no solvents).

Mixing polyester and polyethylene or nylon or polystyrene will result in a non-recyclable mix. That applies to all products. The difference with ours is, regardless of the mix they can biodegrade almost anywhere.

Very few, if any manufacturers can determine where or when their plastic products will end their useful lives.

Plastics could end up anywhere on the planet. Very few countries have a waste collection, never mind recycling.

It will be several decades before the poorer countries can catch up. In the meantime, we continue to fill the oceans and landfills with plastic (8 million tons/ year). If it was all Omnidegradable^®, it would most likely be gone within a few years rather than a few thousand years!

I do not know of any other option currently available that can do all this and yet still maintain the shelf-life and barriers we need to protect our products’ freshness and prevent food waste.