In 2016, more than 118 million pounds of expanded Polystyrene or, EPS, was recycled in the United States alone. More than half of what was recycled was post-consumer packaging while the rest was from post-industrial recovery.
Recycling expandable polystyrene foam (EPS) has become a growing concern because of the environmental issues associated with it and the negligent resource management of it. EPS products have a very marketable stance in today’s economy. Because the products are so widespread, their presence helps exemplify the sustainability of expanded polystyrene. Utilizing expanded polystyrene as a recyclable commodity and promoting its value can help improve recycling rates tremendously. These things can also make consumers more aware of recycled EPS uses and sustainability.
Densifier...compactor…if you work in an industry that generates a great deal of EPS foam scrap, you’ve probably heard both terms being thrown around quite often. One thing you probably do know is that these machines can condense scrap EPS packaging blocks and boxes at an optimal volume reduction ratio.
Sustainable home construction has put a new emphasis on expanded polystyrene or EPS insulated homes. The demand for more energy-efficient, sustainable homes has led to greater construction innovations, including improved insulation techniques using expandable polystyrene. Insulated concrete forms, or ICFs, and structural insulated panels have become the 21st century’s answer to traditional building methods. New building materials have improved insulation, provided a model for less waste and promoted sustainability in the building industry.
You know what styrofoam is, right? It’s the squeaky, bright white material that’s used to make insulated coffee cups, packing peanuts, toys and those coolers you grab at the last minute when you’re headed to the park or the beach. That’s all styrofoam — or so you thought.
Recycling foam as with all material recycling has a value. The value is in respect to the amount of costs that are applied in processing the materials. Many companies are looking to gain an edge with their waste expenditures. Minimizing waste expenses directly affects profitability. Expanded Polystyrene (EPS) is a lightweight, large volume material that fills dumpsters quickly. Frequent waste removal costs businesses thousands in unnecessary waste expenditures. Expanded polystyrene is usually less than five percent plastic, the rest of the product is air introduced into the bead in the expansion stage of molding the foam product. What this means is that for the amount of space EPS products consume there is little mass or weight. Removing the material from the waste stream and utilizing compacting technology can save large sums of expenses.
The demand for sustainability of all materials whether expanded foam plastics or any other materials are becoming the way of life. When recycling foam materials such as expanded polyethylene and polypropylene, economic transportation becomes one of the major issues pertaining to the ability for a successful recycling program of these materials.
Topics: compactor, densifier, recycling, recycling plastics, screw compactor, Recycling codes, types of plastic, recycling symbols, recycling polyethylene foam, recycling polypropylene foam, polyethylene foam
Expandable polystyrene and other foam plastics are 98% air making them very bulky in comparison to their weight. The high volume fills dumpsters quickly, leading to higher waste disposal costs. Foam Compactors reduce the volume of expanded foam products, and in turn, less fees are incurred through reduction. Also a benefit, compacted foam products can be shipped economically to a recycling location. Compacting foam plastics can save thousands in unnecessary waste costs!
There is an excellent article posted today on the Plastics Today website pointing out two important facts, EPS packaging is recyclable and EPS packaging is a small component in our landfills and solid waste stream.