GLR has a long history of being so dedicated to plastic recycling.
For decades we’ve provided businesses with solutions for their unwanted plastic waste. We strive to increase the percentage of recycled plastics by offering convenient, environmentally friendly solutions for unwanted plastic products.
GLR specializes in working with businesses to develop complete plastic recycling solutions for all facets of your organization. We perform on-site evaluations of materials to help maximize your recyclable value.
GLR can recycle your industrial plastic, such as EPS (Styrofoam), shrink-wrap, HDPE, LDPE and numerous other types of plastic products. Our testing facility will analyze your plastic material and determine a best second life for your scrap. Through this process, we ensure that all materials are recycled to their highest value.
GLR is a passionate proponent of helping businesses develop best practices for recycling. We work alongside our customers to teach and aide in implementing stronger recycling programs.
At GLR we value your commitment to improving the environment one client at a time. Because GLR takes pride in our plastic recycling efforts, we are honored to say that since opening our doors we have partnered with thousands of organizations to ensure the recycling of tons and tons of industrial plastics! We look forward to forging a working partnership with you too!
Why is recycling plastic important?
Plastic by the Numbers: Plastic Recycling Facts
In 2018, plastics generation was 35.7 million tons in the United States, which was 12.2 percent of MSW generation.
Some reports state plastic materials can take hundreds of years to break down in a landfill. When you take part in our plastics recycling program, you join a network of Green-minded people and companies who recycle millions of tons of plastics across the United States annually.
Plastics are often recycled to make items such as clothes, carpet, containers, bottles, plastic lumber, films, grocery bags, molding materials, and lawn and garden products, to name a few. In addition, for every 1 ton of plastic that’s recycled, reports estimate 7 yards of landfill space is saved.
By recycling, you can also help conserve the additional 80% of energy that’s typically used when making new plastic bottles, containers and other items instead of recycling. It’s easy to see why recycling plastic is so important. Baled plastics, specifically plastic bottles, have a high scrap value per ton. In fact, the only other recyclable that’s more lucrative is aluminum cans.
Complete Recycling partners with you to ensure your business gets the most value out of your plastic recyclables. We do this through education on how to sort different resins and through our equipment leasing programs.
Other Ways to Reduce Plastic Waste Output
Companies just like yours are trying to promote a neutral carbon footprint through an alliance with Complete Recycling for plastic recovery. But many of our clients also want to know how they can take it a step further out of the workplace. One way, of course, is to recycle at home. And as a consumer, purchasing post-consumer products made with recycled plastic helps, too.
But unfortunately, when it comes to post-consumer products made with plastic, the industry must try to match costs with that of virgin plastics. And that’s not always easy. There are additional ways the country as a whole can make sure plastics don’t end up in our landfills.
Since plastics are made from petroleum, they have significant BTU value. BTU, or British thermal unit, is a unit of energy. One statistic reports plastics’ BTU value is higher than coal. That means some recycled plastics can recover energy. There are roughly 87 waste-to-energy plants in the United States. One statistic shows these plants can make enough electricity to power more than a million structures.
California and Nevada, two states Complete Recycling serves, both define waste-to-energy programs as a Green, renewable energy plan. One other way plastic can be made into energy is through pyrolysis. This technology processes plastics in a way that allows them to decompose to fuel – but some say it’s currently not an efficient process.