Many people firmly believe that the words “sustainable” and “plastics” are mutually exclusive. The The miseducation and media propaganda with no scientific support on what biodegradability and sustainability mean have led the average consumer to think of plastic as one of the biggest environmental problems.
Furthermore, as a society, we have become increasingly reliant on plastic packaging to help keep our food safe and fresh, our medical tools sterilized, and give our pet food a longer shelf-life. From the year 1964 to 2014, plastic consumption has increased 20 times!
Is there a solution that will allow us to continue to rely on our plastic packaging while also protecting our environment?
The short answer: yes.
Sustainable plastics are here, and they are our future.
Because of plastics, we have access to fresh food that not only has a longer shelf-life but can also travel long distances.
It isn’t feasible for us to stop using plastic entirely when you take in the consideration of the complete life cycle. This is especially true when you consider the environmental impact of transporting plastic alternatives such as glass jars. Did you know that to transport equal amounts of product, it would take 26 truckloads for glass packaging as opposed to just one truckload for the same volume of flexible packaging?
That’s where BioFlex™ flexible packaging comes in. BioFlex™ was designed specifically for discard, meaning that it will increase landfill gas production 23 times faster within the managed lifetime of a modern landfill.*
Flexible packaging is not only a sustainable end-of-life solution, it also uses fewer resources to create, transport, and dispose.
At the end of its life, your packaging will be given a second life as harvestable, clean, green energy. This energy can be used to fuel anything from electric cars to the power grid that provides energy to your home!
BioFlex™ is engineered to increase biogases in modern capped landfills. This means that BioFlex™ will accelerate the natural microbial process creating biogas in the landfill that can be converted into natural gas.
BioFlex™ maintains package integrity and will not change the barriers or physical properties of the package. Food manufacturers and processors do not require any special equipment or need to make any adjustments to the packaging process. Unlike other biodegradable products, BioFlex™ will not break down from oxygen or UV rays. This product does not require any special handling, so consumers do not have to change their behavior or adjust the way they discard packaging.
As is, most plastics end up in the landfill and can take up to 1,000 years to be turned into biogases. Some bioplastics made from corn or sugar are labelled as “compostable,” however, there are still many conditions which must be considered before the plastic can properly degrade. You may need to take bioplastic packaging to an industrial composting facility. In addition, there is a lot of consumer confusion around what can and cannot be recycled, composted or sent to the landfill.
With BioFlex™, there is no confusing process to remember or educate consumers on – you simply discard your packaging in the trash and let the science behind our flexible packaging do the rest.
Most landfills are equipped to capture the Land Fill Gas (LFG) produced by the BioFlex™ package and converted into renewable and sustainable energy. In the U.S. there are currently 619 modern landfill projects, and in Canada, there are 64 projects.
BioFlex™ is the perfect solution for utilizing today’s readily available energy conversion infrastructures in almost all the metropolitan cities in North America.
The convenient and effortless disposal method makes BioFlex™ the most responsible and sustainable choice for packaging any products in plastic.
Indeed, trying to find a way to recycle modern plastics has become increasingly difficult as companies find new and innovative ways to preserve food and increase shelf-life. While it is possible to recycle these materials, it is often a labourious and costly process that itself can cause high rates of greenhouse gas emissions.
BioFlex™ is a practical sustainable solution for today. BioFlex™ packaging can be recycled in some cases and also helps to create energy that can be used to power entire neighbourhoods and electric cars!
At BioFlex™ we believe that education is the answer. As a consumer, your purchasing choices can make a difference. When you buy a product, you essentially support the brand and their corporate values.
Knowing exactly which types of flexible packaging you can and cannot recycle, is the first step in our journey to more sustainable plastics.
Check out our Consumer Solutions page for more information and tips on how you can help join the Packaging for Good movement.
The journey to BioFlex has taken over a decade and we are continuously innovating so that we can provide sustainable solutions for you and our planet. We like to think our journey has been a labour of love and a commitment to bettering our planet for current and future generations.
Whether you are a consumer who wants to be more educated on living a sustainable life or a manufacturer looking to improve their own practices, BioFlex™ Flexible Packaging is a truly sustainable solution.
*BioFlex™ has been shown to produce biogases 22 times faster than conventional plastic in the ideal conditions of an anerobic digestor landfill over the course of 2.13 years, using the ASTM D5511-12 test. When disposed of in a landfill with modern biogas capture technologies, this energy can be harnessed as a source of renewable energy. Such a facility may not exist in your area
In most cases, flexible packaging achieves the necessary protective properties with the lowest environmental footprint of all comparable packaging options because significantly less raw material is required to produce it.
For example, the materials required to package 60 lbs of beverage are:
BioFlex™ packaging has been shown to increase the rate of Biogas production in standardized test methods that simulate ideal landfill conditions*!
Raw natural gas contains many components such as ethane, propane, butane, and pentane. Ethane is abundant in many natural gas wells and is widely used as the feedstock for polyethylene production in North America.
Plastics are composed of elements such as carbon, oxygen, and nitrogen. Each plastic molecule is composed of thousands of atoms bonded together in repeating units. Naturally occurring materials such as wood, silk, and DNA are also composed this way.
Most flexible packaging contains multiple layers of film composed of different types of plastic. This design allows very high-performance packaging to be produced out of minimal materials. High-performance packaging protects food from moisture and oxygen, preventing it from spoiling.
Plastic Recycling Chart |
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Polyethylene Terephthalate | High-Density Polyethylene | Polyvinyl Chloride | Low-Density Polyethylene | Polypropylene | Polystyrene | Other, Nylon BPA, and Polycarbonate |
Uses: Soft drinks, water bottles, cooking oil, salad dressings, microwavable food trays | Uses: milk jugs, yogurt, cleaning agents, laundry detergents, shampoo bottles | Uses: cooking oil, clear food packaging, mouthwash bottles | Uses: shopping bags, bread bags, carpet, clothing, furniture | Uses: Ketchup bottles, medicine and syrup bottles, drinking straws | Uses: Disposable cups and plates, egg cartons, take out containers | Uses: Acrylic, clothing, fiberglass, food containers |