Jun. 23, 2025
Film Recycling Simplified
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But despite its many benefits, FFP often ends up in the trash—usually because people don’t realize it can be recycled. The good news is that, if it’s properly designed, FFP can be effectively recycled and be turned into something new.
In fact, in alone, over 1.1 billion pounds of post-consumer FFP was recovered for recycling in North America. (No matter where it was used—whether a warehouse or your kitchen—it’s considered “post-consumer” once the material has served its original purpose.) Further, more than 86% of that post-consumer FFP was purchased by North American reclaimers, the companies that clean and process the plastic into recycled resin.
APR has many members that recycle FFP every day. For example:
Once FFP is converted to recycled resin, it can be used to make a wide variety of new products, from fresh plastic film and bags to durable goods like plastic decking. All these end uses have a significantly lower environmental impact compared to using new plastic.
So, where does all this recycled film come from? According to data, most of the FFP that’s recovered and recycled is made from polyethylene (materials like LDPE, LLDPE, and HDPE). Today, the majority of recycled FFP comes from businesses like retailers, farms and warehouses and includes things like the clear stretch film used to wrap pallets for shipping. That kind of film makes up nearly half of all recovered material.
When it comes to recycling FFP at home, there are two main collection methods: curbside and drop-off. Most people are familiar with curbside recycling—your bins get picked up at the curb and taken to a material recovery facility (MRF) where the materials are sorted. But here’s the catch: FFP doesn’t belong in your curbside bin in most communities. That’s because flexible plastics can jam the sorting machines at MRFs, leading to safety risks and costly downtime.
Instead, the best way to recycle your plastic bags and wraps is to bring them to a store drop-off location. Many retail stores or municipal depots have designated bins just for this kind of material. As a result of these programs, consumer drop-off accounts for about 20% by weight of the film that is recovered for recycling. To make it easier, you can now use the Plastic Film Recycling Directory, a new tool that makes it easy to find drop-off locations near you.
Recycling FFP may be more involved than tossing a bottle in the blue bin, but it’s an important part of creating a more sustainable system. It takes coordination across the entire value chain—from thoughtful packaging design to consumer participation to proper collection and responsible remanufacturing.
My bag full of bags is in the pantry, and it’s almost time to take it back to the store for recycling. By working together, we can keep these materials in use—and out of the landfill.
The term “biodegradable” when used for marketing purposes includes a time component regarding the length of time it takes for the plastic to fully degrade. According to the Federal Trade Commission’s “Green Guides”: “It is deceptive to make an unqualified degradable claim for items entering the solid waste stream if the items do not completely decompose within one year after customary disposal. Unqualified degradable claims for items that are customarily disposed in landfills, incinerators, and recycling facilities are deceptive because these locations do not present conditions in which complete decomposition will occur within one year."
Plastics are derived from organic products. The materials used in the production of plastics are natural products such as cellulose, coal, natural gas, salt and, of course, crude oil. Crude oil is a complex mixture of thousands of compounds. To become useful, it must be processed.
The production of plastic begins with a distillation process in an oil refinery involving the separation of heavy crude oil into lighter groups called fractions. Each fraction is a mixture of hydrocarbon chains (chemical compounds made up of carbon and hydrogen), which differ in terms of the size and structure of their molecules. One of these fractions, naphtha, is the crucial element for the production of plastics.1
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Most petroleum-based plastic is not readily biodegradable; ie. it is not consumed by microorganisms and returned to compounds found in nature. What this means is that unless the petroleum-based plastic has been specifically designed to biodegrade, and although it may partially degrade, the plastic may last in the environment for tens to potentially hundreds of years, depending on the type of plastic and its disposal environment. The two major processes used to produce plastics are called polymerisation and polycondensation, and they both require specific catalysts. In a polymerisation reactor, monomers like ethylene and propylene are linked together to form long polymers chains. Each polymer has its own properties, structure and size depending on the various types of basic monomers used and that influence properties such as moldability and rigidity.
Plastic that is compostable is biodegradable, but not every plastic that is biodegradable is compostable. Whereas biodegradable plastic may be engineered to biodegrade in soil or water, compostable plastic refers to biodegradation into soil conditioning material (i.e., compost) under a certain set of conditions. In order for a plastic to be labeled as commercially “compostable” it must able to be broken down by biological treatment at a commercial or industrial composting facility. Composting utilizes microorganisms, heat and humidity to yield carbon dioxide, water, inorganic compounds, and biomass that is similar in characteristic to the rest of the finished compost product. Decomposition of the plastic must occur at a rate similar to the other elements of the material being composted (within 6 months) and leave no toxic residue that would adversely impact the ability of the finished compost to support plant growth. ASTM Standards D and D outline the specifications that must be met in order to label a plastic as commercially “compostable”. There are currently no ASTM standard test methods in place for evaluating the ability of a plastic to compost in a home environment.
Biobased plastics are manufactured from plant materials instead of being made from oil or natural gas. Because they are plant based, there is a tendency to assume that this type of plastic must be biodegradable. However, biobased plastics can be designed to be structurally identical to petroleum based plastics, and if designed in this way, they can last in the environment for the same period of time as petroleum based plastic. Just as with petroleum-based plastics, biobased plastic can be engineered to be biodegradable or to be compostable.
The ability of biobased plastics to be recycled varies. Some forms of biobased plastic cannot be recycled together with petroleum-based plastics due to chemical structure incompatibility, while other biobased plastics may have compatible chemical structures that allow for recycling together with petroleum-based plastics. In order to determine what waste disposal options are available for a biobased plastic item, it is necessary to read the product’s label as to its compostability and recyclability.
The American Society for Testing and Materials (ASTM International) sets definitions and standards, while the Federal Trade Commission (FTC) is responsible for enforcement against false or deceptive product labeling.
No. Unless the label indicates that the product is okay for home composting, you should not try to compost it at home. Plastic that is labeled as compostable is generally intended to be sent to an industrial or commercial composting facility which has higher temperatures and different breakdown conditions than those found in a typical homeowner’s compost bin. If your community has a residential compost collection program, check with your local government or recycling company to find out if they will accept compostable plastic under this program.
No. Compostable plastics are not intended for recycling and can contaminate and disrupt the recycling stream if intermixed with petroleum-based plastics that are non-compostable. If your community does not have a composting recycling pick-up program that accepts compostable plastic, contact your garbage/recycling company or local government to find out if there are any drop-off locations for your compostable plastic items.
Until recently, many consumers were advised to take the caps off and dispose of them in the garbage can before placing the bottle in the recycling bin. However, processing technology has improved to the extent that the Association of Postconsumer Plastic Recyclers now recommends that plastic lids be left on the containers as they are placed in the recycling bins. At facilities with newer processing technology, the bottles (with caps on) will be ground into flakes before being washed and the cap flakes separated from the bottle flakes during a water bath float/sink process and then both types of plastic can then be captured and recycled. Note, however, that due to the fact that not all recyclers may have equipment that enables processing of the bottles with caps left on, that you should check with your local recycling facility to see what their policy is with regard to disposal of the bottle caps.
Contact your local government or recycling company to find out whether this practice is allowed, as policies on this vary. Loose plastic bags are difficult to handle in the recycling stream and can clog equipment. Some recycling companies allow recycling of single use bags if they are bundled together in a tight, tied package. Many supermarkets and “big box” stores have recycling bins for the collection of single-use plastic bags.
The Pollution Prevention Act establishes a national objective for environmental protection: “[T]hat pollution should be prevented or reduced at the source whenever feasible.” Similarly, the Resource Conservation and Recovery Act sets the order of preference for managing materials as: source reduction, reuse, recycling, and disposal.
With these objectives in mind, a number of communities are initiating bans of plastic bags that are intended for single use, such as those commonly provided in grocery stores. The rationale behind the bag bans includes the following:
The various bag bans differ but typically contain many of the same elements:
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