14 misconceptions about the waste industry

Most of what people believe about waste and recycling is outdated, oversimplified, or plain wrong. Americans throw away about 4.9 pounds of trash per person every day and recycle or compost just 32.1% of it (EPA, 2018 data). A lot of that gap comes down to myths — and those myths cost businesses money and send good material to landfill. Here are 14 of the most common, and what's actually true.

Why do these waste myths matter?

Most misconceptions on this list carry a cost — some obvious, some hidden. Believe that "it all ends up in landfill anyway," and you stop sorting. Believe your contamination doesn't matter, and your hauler downgrades a whole load. Believe your business is too small to measure, and you never see the savings hiding in an oversized container, the wrong service level, or recyclables stuck in the pricey landfill stream. Getting the facts right is the first step to cutting cost — and the cleanest way to see your own numbers is to start with a waste audit. Scrapp® exists to make that data simple. Let's clear the myths.

1. "Recycling doesn't make a difference — it all ends up in landfill anyway"

The reality: In 2018, the US recycled and composted about 94 million tons of material — 32.1% of everything thrown away — keeping it out of landfills and incinerators (EPA, Advancing Sustainable Materials Management, 2018 data). The problem isn't that recycling is futile. It's that the rate is too low and contamination is too high. Both are fixable, and neither is a reason to stop.

2. "If it's in the recycling bin, it gets recycled"

The reality: Putting something in the bin is a request, not a guarantee. US recycling streams run roughly 17–25% contamination (The Recycling Partnership, 2024), and a load that's too dirty can be rejected and sent to landfill. What you put in the bin matters far less than whether it belongs there. "Wishcycling" — tossing in questionable items and hoping — is one of the biggest drivers of contamination.

3. Does waste-to-energy count as recycling?

The reality: No. Burning waste to generate electricity — waste-to-energy or "thermal recycling" — is not recycling and does not count as diversion — the industry term for keeping waste out of landfill. It sits below recycling and composting in the EPA's waste management hierarchy, and the Zero Waste International Alliance explicitly excludes incineration from any zero-waste claim. Recovering some energy from trash is better than a bare landfill, but it destroys the material for good. Don't let anyone count it in a diversion number.

4. "Plastic can be recycled endlessly"

The reality: Most plastic is downcycled — each pass degrades the polymer, so a bottle rarely becomes another bottle. It's why recycled content can't simply replace virgin plastic at scale. Of all the plastic ever made, only about 9% has been recycled; roughly 79% sits in landfills or the environment (Geyer et al., Science Advances, 2017). Global figures haven't moved much — the OECD put worldwide plastic recycling at just 9% (2019 data). The practical read: plastic isn't a closed loop, so cutting and reusing it beats counting on the bin to save it.

5. "Compostable plastic breaks down anywhere"

The reality: "Compostable" almost always means industrially compostable. A cup certified to ASTM D6400 is designed to break down about 90% within 180 days — but only in a commercial facility running at roughly 50–60°C. Drop the same cup in a backyard bin, a landfill, or the ocean and it can persist for years. Compostable packaging only works if your area has industrial composting and the item actually gets there.

6. "It's all just shipped overseas and dumped"

The reality: This was a real problem, but it's mostly a story about the past. Before 2018, much of the West's recycling went to China, where a lot was poorly sorted and mismanaged. China's "National Sword" import ban in January 2018 slammed that door shut, which forced a painful but real shift toward domestic sorting and processing (Yale Environment 360, 2019). Export and mismanagement still happen — but "it all gets dumped abroad" is no longer an accurate description of a modern recycling system.

7. Does the recycling symbol mean an item is recyclable?

The reality: No. The chasing-arrows symbol with a number inside is a Resin Identification Code — it tells you which plastic an item is made of, not whether your local program accepts it. A "5" on a yogurt tub doesn't mean your curbside hauler takes it. US regulators know this is misleading: the FTC's Green Guides say a recyclability claim should only appear where recycling is actually available to a substantial majority of consumers. Always check local rules, not the symbol.

8. "Glass and metal degrade when you recycle them"

The reality: The opposite is true. Aluminum and glass can be recycled effectively forever without losing quality. Recycling aluminum uses about 95% less energy than making it from raw ore (International Aluminium Institute), which is why a used can can be back on a shelf as a new can in a matter of weeks. These are the materials where recycling pays off most — both environmentally and economically.

9. What does "zero-waste" actually mean?

The reality: Zero-waste doesn't mean producing literally nothing. The widely used Zero Waste International Alliance definition targets diverting at least 90% of waste away from landfills and incinerators through reduction, reuse, recycling, and composting. It's a direction and a threshold, not a demand for perfection — and, per myth #3, it explicitly excludes waste-to-energy. Framing it as "impossible unless you make zero trash" is how good programs get dismissed before they start.

10. "Landfills break waste down over time"

The reality: Modern landfills are engineered to entomb waste, not compost it — lined, capped, and starved of oxygen. Newspapers pulled from landfills are still readable decades later. What waste does release is methane, a potent greenhouse gas: landfills were the third-largest source of human-caused methane emissions in the US, about 14.4% of the total, in 2022 (EPA). "It'll just rot away" is one of the most expensive myths in the business.

11. "It's all on corporations, not us"

The reality: This is a false choice. Producers absolutely shape what's possible — packaging design and extended producer responsibility rules — laws that make producers help pay for their packaging's end of life — matter enormously. But downstream behavior decides whether recyclable material actually gets recovered or contaminated. A perfectly recyclable package still goes to landfill if it lands in the wrong bin. Producer responsibility and good sorting aren't competitors; they're two halves of the same system.

12. "Our business is too small for waste data to matter"

The reality: You can't cut what you don't measure. Small and mid-size businesses often assume waste is a fixed cost of doing business — so no one checks the invoice, the service level, or what's actually in the bin. That's exactly where the easy savings hide: right-sizing collection, catching double-billing, and moving recyclables out of the pricey landfill stream. Measurement is what turns waste from a fixed cost into a managed one.

13. "A little contamination is no big deal"

The reality: Contamination isn't graded on a curve. A greasy pizza box or a half-full bottle can soak into and downgrade an entire bale — the compressed bundle of sorted paper a facility actually sells — turning a sellable commodity into a disposal cost. It's why "when in doubt, throw it out" beats "when in doubt, recycle it." Cutting contamination at the source has an outsized effect: Scrapp helped Re3 cut contamination among active users by an estimated 93% simply by giving residents an instant answer on what goes where. See how Re3 reduced contamination with Scrapp.

14. "The waste industry is low-tech — just trucks and holes in the ground"

The reality: Modern material recovery facilities (MRFs — the plants that sort your recycling) run optical sorters that identify plastics by type, AI-powered cameras, and robotic pickers that separate materials faster than any human line. Collection is increasingly driven by route data and bin sensors, and waste accounting now runs on software instead of clipboards. The industry that used to be defined by trucks and landfills is quietly becoming a data business — which is exactly why building an effective waste program now starts with your numbers.

Frequently asked questions

What is the most common recycling myth?

Probably "if it's in the bin, it gets recycled." In reality, contamination rates of 17–25% mean a lot of material placed in recycling never makes it through processing (The Recycling Partnership, 2024). Correct sorting — not just good intentions — is what determines whether something is actually recycled.

Is waste-to-energy considered recycling?

No. Waste-to-energy incineration ranks below recycling and composting in the EPA's waste hierarchy and is excluded from zero-waste diversion by the Zero Waste International Alliance. It can recover energy, but it destroys the material, so it should never be counted as recycling or diversion.

Can plastic really only be recycled once or twice?

Most plastics degrade each time they're reprocessed, so they're usually downcycled into lower-grade products rather than recycled endlessly. That's a big reason only about 9% of plastic ever made has been recycled (Geyer et al., 2017; OECD, 2022). Glass and aluminum, by contrast, can be recycled repeatedly without losing quality.

Does a small business really need to track its waste?

Yes — that's often where the fastest savings are. Without waste data, most businesses overpay for oversized collection and send recyclables to the more expensive landfill stream. Measuring what you throw away is the first step to cutting the bill.

The bottom line

The waste industry isn't broken and recycling isn't pointless — but the folk wisdom around both is badly out of date. The businesses and communities that get ahead are the ones that trade myths for data: what's actually in the bin, where it goes, and what it costs. That's the whole idea behind Scrapp.

If you want to see your own numbers instead of guessing, book a 15-minute call with the Scrapp team and we'll walk you through what your waste data is really telling you.

Sources

• U.S. EPA, Advancing Sustainable Materials Management: Facts and Figures (2018 data): https://www.epa.gov/facts-and-figures-about-materials-waste-and-recycling
• The Recycling Partnership, State of Recycling (2024): https://recyclingpartnership.org/state-of-recycling/
• U.S. EPA, Waste Management Hierarchy & Zero Waste International Alliance definition: https://www.epa.gov/smm/sustainable-materials-management-non-hazardous-materials-and-waste-management-hierarchy
• Geyer, Jambeck & Law, "Production, use, and fate of all plastics ever made," Science Advances (2017): https://www.science.org/doi/10.1126/sciadv.1700782
• OECD, Global Plastics Outlook (2022): https://www.oecd.org/environment/plastics/
• ASTM D6400 standard for compostable plastics: https://www.astm.org/d6400-21.html
• Yale Environment 360, "Piling Up: How China's Ban on Recycling Has Stalled Global Recycling" (2019): https://e360.yale.edu/features/piling-up-how-chinas-ban-on-recycling-has-stalled-global-recycling
• U.S. FTC, Green Guides (16 CFR Part 260): https://www.ftc.gov/legal-library/browse/rules/green-guides
• International Aluminium Institute (recycling energy savings): https://international-aluminium.org/
• U.S. EPA, Inventory of U.S. Greenhouse Gas Emissions (landfill methane, 2022): https://www.epa.gov/lmop/basic-information-about-landfill-gas
• World Bank, What a Waste 2.0 (2018): https://openknowledge.worldbank.org/handle/10986/30317