The Lives of Recyclables

February 26, 2019

February 26, 2019


This guest blog is courtesy of RoadRunner Recycling. The post was written by Shelby Bell at RoadRunner Recycling.


Have you ever wondered what happens to your materials after they have been tossed in the recycling bin? After collection, each material is set on its own path to become a new product. Some materials can cycle through the process indefinitely, while others can only be recycled a few times before they lose their quality. Continue reading to learn about the recyclables’ journey from the recycling bin back to the shelf.

Cardboard


Did you know, 1 ton of recycled cardboard saves 46 gallons of oil and over 9 cubic yards of landfill space? Cardboard fibers are strong and can break down many times before they lose their quality. Once cardboard travels from your recycling bin to a recycling facility, the process begins. First, a machine shreds the cardboard down to tiny pieces. During the second step, the pieces mix with water and chemicals to create a pulp which further helps break down the fibers. Then, the pulp blends with raw materials like wood chips to help it solidify. The pulp filters through a machine to remove contamination such as glue, tape, or dyes. Finally, the drying process is the last step before the production of new items. Cardboard is usually recycled to create new cardboard, paperboard, or paper bags.

Aluminum



Remember to recycle your aluminum cans; they are one of the most recyclable materials! Aluminum never loses its quality and only requires 5% of the energy used to make the original material. To begin the recycling process, machines clean, sort, and melt the cans. The melting process removes any traces of paint, coatings, and ink that is on the aluminum. After, the melted aluminum pours into massive molds called ingots. A machine rolls out the ingots to make sheets, which is the last step before the creation of new product. Recycled aluminum can become bicycles, airplane parts, new cans, and more. Aluminum soda cans can go through this whole process and be back on a store shelf in only 60 days!

Paper



From computer paper to newspapers, a variety of paper products are recyclable. The recycling process begins by sorting the paper by grade and type, such as: newspaper, computer paper, and magazines. Next, a machine shreds the paper into small pieces and washes it to remove adhesives and contaminates. No need to worry about the stray sticky note or staple! Next, the paper combines with water and chemicals to separate the fibers and create a pulp. The pulp passes through a machine to remove excess water and is then heated to create rolls of dry, thin paper. The rolls are now ready to create new products like telephone books, newspapers, toilet paper and napkins. Not only does this save trees, the process of recycling old paper into new paper saves energy too! The EPA estimates recycled paper products requires only 60% of the energy used to create products from raw materials.

Glass


The EPA states, “Producing glass from virgin materials requires 30 percent more energy than producing it from crushed, used glass.” Unlike some materials, glass never loses its quality throughout the recycling process. To begin, machines sort the glass by color so it helps the product retain its strength. Once sorted by color, the next step involves crushing the glass into small pieces referred to as cullet. The cullet moves through a screening process to remove any contamination and impurities. The last step merges the cullet with heated silica sand, limestone, and soda ash to form the finished product. Recycled glass can create new glass containers, or even counter tops, flooring, sewer pipes, and more! Glass recycling has a very quick turnaround – they can go from the recycling bin to a store shelf in as little as 30 days!

Plastic


If you have ever wondered what the number inside the recycling symbol on your plastic containers mean, it is to help identify the type of plastic. The recycling process begins by sorting the plastics by their recycling symbol (or resin number). Sorting is important because different plastics create different products. After sorting, a machine shreds and washes the plastic to remove impurities like labels or food residue. The next stop is the furnace, where the plastic melts down and is finally ready to create new plastic goods. Recycled plastics can create beverage containers, detergent bottles, playground equipment, and even clothing! This process only requires two-thirds of the energy needed to manufacture plastic from raw materials.


Understanding the recycling process helps clarify why it is important to recycle smarter. Recycling correctly will retain the quality of the materials, increase their life-cycles, and save a significant amount of energy. All of this starts by sorting your recyclables and taking the necessary steps to keeping them valuable. If you have any questions about the recycling process, contact us!


Sources: www.utahrecycles.orgThe EPA



This original blog can be viewed online.


Disclaimer: Guest blogs represent the opinion of the writers and may not reflect the policy or position of the Northeast Recycling Council, Inc.

Share Post

By Angelina Ruiz November 7, 2025
The Northeast Recycling Council (NERC) held their annual event from October 7 – 8 in Boston, MA. Renamed the Rethink Resource Use Conference, the name reflects an update in the approach of managing materials and discussing key strategies to drive sustainable practices forward in communities. “The new name, Rethink Resource Use, makes us consider how we can leave a more positive impact. NERC brings together professionals from across the materials management chain to improve management practices and ensure the health of the people and the environment. The event aims to mobilize others to take action and engage people in recycling programs, community engagement, trends, and more,” said NERC’s Executive Director, Megan Schulz-Fontes. Gathering together leaders from academia, government, and the sustainable materials industry, the conference was a great way to reconnect through networking and learning opportunities. RRU DAY ONE Material Shifts and New Terrain On Tuesday morning, October 7, Schulz-Fontes welcomed attendees to Boston and expressed that she was looking forward to having meaningful discussions and making connections with people around the industry. With great speakers from across the world, a wide range of important topics would be covered from innovations in infrastructure to technology. She also thanked talented colleagues who evaluated this event and made it even better, welcomed emerging professionals, and emphasized that it is important to acknowledge that human practices are shifting and evolving, and new programs and regulations are coming online to address the growing waste problem. We need to safeguard public health and biodiversity to help life on earth. Schulz-Fontes then introduced John Fischer, Deputy Division Director for Solid Waste Materials Management for the Massachusetts’ Department of Environmental Protection, who made the opening remarks, reflecting on Massachusetts’ Solid Waste master plan. He pointed out that they set an aggressive reduction goal—to reduce 1.7 tons of waste by 2030. While they have seen progress in certain areas, waste has continued to rise. So, they are reviewing it now to see how they can shift elements for greater progress. Massachusetts has been successful in food waste reduction (from small businesses and residents) with a waste disposal ban and recycling market grants, as well as loans to try to build the infrastructure. He said they have also seen success in their mattress disposal ban and an increase in textile recovery since implementation in 2022. There is also a long-standing disposal ban on construction waste to ensure more effective separation. In 2020, diversion was at 15% and increased to 20% in 2025. They would like to get to 30% by 2030. Fischer also pointed out that the Massachusetts DEP needs to take a comprehensive approach and grow market funding. They have collaborated with state and local health officials to create best practices with food containers and replace single waste food service ware to reusables. There are growing suites of market recycling program grants, including market reduction innovation grants launched this year. Smaller and more flexible grants could grow waste diversion over time and help facilities grow at scale. He said that while they are looking at doing the best they can to manage waste, the goal is to learn from colleagues in other states and in the business communities. David Allaway, Senior Policy Analyst, from the Oregon Department of Environmental Quality, gave the keynote address, first pointing out that about 20 years ago, they started taking a deeper look at their solid waste and recycling program and the connection with the waste and climate situation. Because of that, it caused a shift in programming. Going back to 2004, the Department was tasked with looking at solid waste management opportunities—recycling and waste prevention was primarily reducing in other states but not Oregon. The community was ready for climate protection, but emissions reductions don’t count. That was the beginning of Oregon’s Consumption-Based Greenhouse Gas Emissions Inventory (CBEI) and the results were an eye opener and the inventory has been updated since to look at current trends. The key takeaways from this was that all studies point in the same direction—materials matter! The production and use of materials does have a profound impact on our environment. Most impacts occur upstream of use and disposal. Recycling and composting can be helpful but alone are insufficient. From this, Oregon’s 2050 Vision and Framework for Action was born. This also included end of life materials. Allaway explained that the legislative report and technical supports were published last fall. For Oregon: Materials are driving growth in emissions Most emissions occur pre-purchase (most in food and vehicles and parts) Sector based emissions have flattened while consumption-based emissions have grown Emissions are out of state but not out of reach Oregon Comprehensive Climate Action Plan (Reduce, Reuse, Recycle, and Solid Waste Management) includes: Landfill methane reductions Recycling improvements Expand composting Prevent wasting of food Plant-rich diets Upstream packaging EPR Reduce embodies carbon He pointed out that not all materials are equally beneficial to recycling, and not all recycling pathways are equally beneficial. Maximizing recycling is not the same as optimizing recycling. Lifecycle impacts versus material attributes begs the question; how well do popular material attributes correlate with reduced environmental impacts? When comparing different packages based on recyclability, recyclable packages are better for the environment, however, downstream impacts must be taken into consideration. Recycling and composting are a means to an end—the conservation of resources and reduction of pollution, however, not all are effective. Design your programs to maximize them instead of just chasing tonnage diversion targets. Is education effective? It depends on how recycling is communicated and how local authorities think about it and treat it. Whether it is advanced through policy through broader benefits, it depends on you and what choices you make and the paths take in the coming years. Discussions on EPR After the welcome remarks and morning keynote, focus turned to “EPR for Packaging State of Mind: Lessons and Progress in the Northeast” Moderated by Kevin Budris, Deputy Director for Just Zero, the discussion featured Jason Bergquist, Vice President of U.S. Operations for RecycleMe; Erin Victor, PhD, Member of the Senator George J Mitchell Center Research Team at the University of Maine; Shannon McDonald, Natural Resource Planner at the Maryland Department of the Environment; and David Allaway, Senior Policy Analyst for Oregon Department of Environmental Quality. Bergquist kicked it off by talking about the current EPR landscape in the U.S. Seven EPR packaging bills have been passed and 10 states have introduced legislation for EPR for packaging from 2024 to 2025; this number continues to rise. Those that have been signed into law include Oregon and Maine (2021), Colorado and California (2022), Minnesota (2024), and Washington and Maryland (2025), with implementation ranging from July 2025 to July 2029. California has the most ambitious goals—by 2032 100% of all packaging must be recyclable or compostable, 65% of all single-use plastic packaging to be recycled, and there should be a 25% reduction in packaging. He said that challenges producers face in the west are when is a producer a producer, when is a package a package, where should the focus be (fees, targets, modulation plans). There are always different definitions, two different scopes, bottle bill vs non-bottle bill, primary, secondary, tertiary—which is in scope? Victor covered the research she’s been doing the past couple of years. Her research approach included a qualitative case study of the emergence of Maine’s EPR for packaging legislation situated within a larger 24-month ethnographic research project on the politics of disposable packaging. Maine is a primarily rural state and much of it relies on drop off centers. However, the state has yet to meet the 50% waste diversion goal, so something more needs to be done. She did explain that there have been disruptions to Maine’s materials management system that have been a challenge: centralized waste planning agencies disbanded, Green Fence/National Sword, COVID, and the shuttering of the Coastal Resource of Maine facility in Hampden. Maine’s packaging journey started in 2019 when the DEP recommended EPR for packaging. In 2021, the state passed the first in the nation EPR law, the rules were adopted in 2024, and in 2025, the goal is to define ‘readily recyclable’ and selecting a stewardship organization. She emphasized that it is critical to have a strong commitment to stakeholder outreach, maintain municipal operational control over materials management, look at the need for more transparent and robust data and the burden of reporting (for both producers and municipalities), and consider what elements of packaging regulation to address through market-based approaches versus command-and-control regulations. Fortunately, LD1423 was introduced this year which really updated and harmonized the program. She said that she is currently working on estimating the impact of tradeoffs in U.S. EPR rulemaking scenarios. Read the full article on Waste Advantage.
By Sophie Leone October 29, 2025
The Pressurized Cylinder Industry Association is a 501C(6) trade association comprised of leading pressurized cylinder producers. They are “working to advance industry interests through advocacy, sustainable stewardship development, education, and innovative collaboration on shared challenges that impact our industry, our customers, and consumers.” Advocacy, Sustainable Stewardship, Education, and innovation are the pillars of the work they do, including collaborating with state legislators, regulatory officials, and other industry associations, particularly related to Extended Producer Responsibility (EPR) policy work. To expand their impact on EPR legislation, PCIA established a nonprofit Producer Responsibility Organization (PRO) called the Cylinder Collective, which recently launched its first cylinder collection program in the State of Connecticut. “The passage of the legislation in CT, as well as the subsequent implementation of the CT statewide cylinder collection program, allowed PCIA and its staff to gain experience in developing the local partnerships required to implement sustainable solutions at the local level.” David Keeling, Executive Director, Pressurized Cylinder Industry Association and The Cylinder Collective. NERC is thrilled to welcome the Pressurized Cylinder Industry Association to our diverse group of trade association members. We look forward to supporting their industry work and education efforts through collaboration and action. For more information on the Pressurized Cylinder Industry Association visit .
By Sophie Leone October 21, 2025
The Town of Stonington in Connecticut has a history dating back to the 1640’s. Today the town features an active community with miles of beach, historic homes, and a dedication to sustainability. Ensuring continued connection to the community, the Town holds over 30 boards, commissions, and committees that help regulate and advise the surrounding area. These Boards include Affordable Housing, Conservation Commission, Cultural District, Water Pollution Control, and more. Stonington is a member of the Southeastern Connecticut Regional Resources Recovery Authority (SCRRRA). Being a member of SCRRRA provides the Town with cost savings on solid waste and recycling, access to specialized disposal services, public education programs, and grant opportunities. The regional approach to waste management gives Stonington and other member towns greater negotiating power and access to resources that would be more difficult to obtain alone. The Town of Stonington is committed to advancing sustainability and responsible resource management within our community. Through initiatives such as Pay-As-You-Throw curbside trash collection, textile and electronics recycling, and household hazardous waste events, they work to reduce waste and promote reuse. Stonington continues to expand its sustainability programs by exploring food scrap diversion and supporting regional collaborations that protect our environment and conserve natural resources. “As a proud new member of the Northeast Recycling Council, we look forward to sharing ideas and strengthening our community’s impact through innovation and partnership.” NERC is thrilled to welcome the Town of Stonington to our growing list of municipality members. We look forward to working with them to help continued education and accessibility for local recycling efforts For more information on the Town of Stonington visit .