Waste & Recycling Statistics: Jobs, Pay, Materials & Safety

At a glance

Key waste and recycling statistics

The U.S. waste and recycling economy is best understood as several connected systems: collection workers and drivers, transfer and disposal operations, recycling and reuse businesses, and the materials people put into the municipal solid waste stream. A single statistic cannot represent all of it. The numbers below make the distinction clear, so they are useful to cite without overstating what they measure.

Workforce

Waste collection workforce and pay statistics

Direct answer: BLS counted 147,900 refuse and recyclable material collectors in 2024 and projects 149,200 in 2034. The occupation’s 2024 median annual wage was $48,350. These national figures are the most specific public baseline for frontline collection work, but they do not include every job at a landfill, transfer station, recycling facility, municipality or private hauler.

The job title in the BLS series is deliberately narrow. Refuse and recyclable material collectors gather garbage and recyclables from homes and businesses, then transport them to a dump, landfill or recycling center. Some work as helpers; others drive the collection vehicle or operate the equipment that lifts and empties containers. The occupation is a strong indicator for curbside and commercial collection work, but it is not a count of the entire circular-economy labor market.

Source: U.S. Bureau of Labor Statistics, Occupational Outlook Handbook ↗. The BLS explains that population growth can increase the volume of trash and recycling, while automation and route efficiency can constrain employment growth. That is why the projection is best read as a national occupation outlook, not a prediction for every local hauler or public-works department.

What the pay figure does and does not say

The $48,350 figure is a median annual wage, meaning half of workers earned more and half earned less. It is not a promise of entry pay, a union wage scale or a total compensation figure. A local offer can differ because the route type, commercial driver’s-license requirement, shift, overtime rules, public or private employer, cost of living and collective-bargaining agreement all vary. For job seekers, the practical next step is to use the national figure as context and then compare it with current local openings and their stated pay.

BLS also notes that collectors who drive trucks above a certain capacity need a commercial driver’s license. That requirement matters when interpreting job ads: a collection-helper posting and a CDL route-driver posting can sit within the same broad field while having different barriers to entry and pay. The public occupation data is valuable because it establishes a common national frame, not because it replaces the details in a real offer.

Worker safety

Waste collection safety statistics

Direct answer: BLS recorded 36 fatal occupational injuries among refuse and recyclable material collectors in the United States in 2024. Twenty-four were transportation incidents. The result is a sober reminder that collection work is exposed to roadway and vehicle risks as well as the physical demands of lifting, loading and working around equipment.

Fatality counts are not the same as a fatality rate, and this page does not calculate a rate from unrelated denominators. The published total is still useful: it gives a concrete, sourceable view of the risk present in this occupation. BLS’s occupational outlook profile separately notes that hand laborers, freight movers and refuse and recyclable material collectors have some of the highest rates of injuries and illnesses among occupations, with lifting, moving heavy objects and cleaning vehicles among the activities that may contribute to strains and overexertion.

Source: BLS Census of Fatal Occupational Injuries, Table A-5 (2024) ↗. The BLS table describes fatal injury events and is final for the reported year. It does not include illness-related deaths unless an injury event precipitated the illness.

For a job seeker, safety data is not a reason to treat all employers or routes as the same. It is a reason to ask concrete questions: How is traffic control handled? Is the job a driver, helper or both? What training is required before a worker rides a route? Which equipment is used for lifting containers? What is the procedure for a missed pickup, breakdown or work near a busy roadway? A transparent employer should be able to explain the job’s operating context rather than reduce safety to a generic line in a posting.

Materials

Municipal solid waste, recycling and landfill statistics

Direct answer: EPA reports that the United States generated 292.4 million U.S. short tons of municipal solid waste in 2018, or 4.9 pounds per person per day. Almost 94 million tons were recycled or composted, while more than 146 million tons were landfilled. EPA’s municipal-solid-waste series is a defined consumer-waste measure, not a count of every material handled by the broader waste industry.

“Municipal solid waste,” or MSW, is a useful term because it describes the consumer materials most people mean by trash: bottles, boxes, food, yard trimmings, furniture, electronics, tires and appliances. It also has a limit. EPA says the MSW facts and figures do not include everything that might be disposed of locally, such as construction and demolition debris, municipal wastewater sludge and other non-hazardous industrial wastes. Cite the measure as MSW, not as all U.S. waste.

Source: EPA, National Overview: Facts and Figures on Materials, Wastes and Recycling ↗. Amounts above are stated as U.S. short tons, consistent with EPA’s source.

Which materials dominate the stream?

EPA’s 2018 material breakdown shows why a general “recycling rate” hides important differences. Paper and paperboard were 23.1% of MSW generation, food was 21.6%, yard trimmings 12.1% and plastics 12.2%. The destination of a material depends on what it is, how it is collected, contamination, local processing capacity and whether a market exists for the resulting commodity. A national total is a useful context figure, not a promise that a specific item is accepted in every curbside program.

Paper and paperboard were also the largest share of recycling tonnage, accounting for approximately two-thirds of the 69 million tons of MSW recycled in 2018. EPA reports a 68.2% paper-and-paperboard recycling rate that year, equal to 46.0 million tons. Food and yard trimmings tell a different story: 22.3 million tons of yard trimmings were composted, while food composting was 2.6 million tons, or 4.1% of food and other organics generation under the source’s methodology.

Landfilling remained the largest path in the same series. EPA reports 146.1 million tons landfilled in 2018, with food making up about 24% of the landfilled total and plastics more than 18%. For a precise sentence, say that half of the EPA-measured MSW stream was landfilled in 2018. Do not turn the figure into a claim that half of every waste type generated in the United States went to landfill.

Material detail

Paper, food, yard trimmings and plastic recycling statistics

Direct answer: EPA’s 2018 MSW data shows substantial differences by material. Paper and paperboard had a 68.2% recycling rate, equal to 46.0 million tons. Yard trimmings had a 63% composting rate, or 22.3 million tons. Food and other MSW organics had a 4.1% composting rate, or 2.6 million tons. Plastic made up 12.2% of MSW generation, but only 4.47% of recycling tonnage.

Material-level figures are where a broad waste statistic becomes operationally useful. The national recycling-and-composting rate tells a reader how much MSW moved through those paths as a whole. It does not show what happens to a corrugated box, a plastic bottle, a banana peel or a bag of yard waste. Those materials move through different collection, processing and end-market systems, and their national tonnages should not be treated as if they have the same route or recovery rate.

Source: EPA, National Overview: Facts and Figures on Materials, Wastes and Recycling ↗. All tonnages are U.S. short tons and all percentages preserve EPA’s 2018 definitions.

Paper and paperboard: the largest recycling tonnage

Paper and paperboard are the clearest example of why tonnage matters. EPA reports that paper and paperboard made up 23.1% of all MSW generated in 2018, or 67.4 million tons. It also reports a 68.2% recycling rate, equal to 46.0 million tons. In the recycling stream itself, paper and paperboard accounted for approximately 67% of the 69 million tons of MSW recycled. Corrugated boxes alone were the largest recycled product category at 32.1 million tons.

That does not mean every paper item has the same recovery path. EPA’s table combines categories within the material family, while real-world collection programs may accept or reject individual items based on local processing specifications. The reliable claim is the national material statistic: paper and paperboard were the largest component of MSW recycling by tonnage in EPA’s 2018 data. A claim about a local cart, bin or facility needs the local program’s current rules.

Organics: composting and other food-management pathways

Food and yard trimmings together show why “recycling” can be an incomplete shorthand. EPA estimated 63.1 million tons of food waste in the 2018 MSW stream and 35.4 million tons of yard trimmings. Yard trimmings had a 63% composting rate, while EPA reported only 2.6 million tons of food composted. The difference reflects the material itself, collection availability and the fact that the food series has additional management pathways that EPA counts separately.

In 2018 EPA added estimates for 17.7 million tons of food managed through other pathways, including animal feed, bio-based materials and biochemical processing, co-digestion or anaerobic digestion, donation, land application and sewer or wastewater treatment. That total was 28.1% of generated wasted food under EPA’s methodology. It is important not to silently fold it into the 32.1% recycling-and-composting rate, because EPA reports it separately. The distinction makes an environmental or business claim more accurate, even if it makes the sentence slightly longer.

Plastics: a large share of generation, a smaller share of recycling tonnage

Plastics represented 35.7 million tons, or 12.2%, of the MSW generated in 2018 in EPA’s series. The same source says plastics accounted for about 4.47% of total MSW recycling tonnage. These two facts are frequently cited together because they show a difference between the material’s presence in the waste stream and its share of the recycling stream. They do not, on their own, identify a universal plastic recycling rate for every product or resin type.

A useful citation therefore retains both the material and the denominator. For example: “EPA reported that plastics were 12.2% of U.S. municipal solid waste generation in 2018 and about 4.47% of MSW recycling tonnage.” That statement is clear about what it does and does not prove. It avoids replacing a detailed materials-management question with an unsourced generalization about every plastic product.

Long-term view

Long-term U.S. waste and recycling trends

Direct answer: EPA’s MSW series shows a much larger waste stream and a different mix of management pathways than in 1960. Generation rose from 88.1 million tons in 1960 to 292.4 million tons in 2018. Over the same period, landfilling fell from 94% of generated MSW to 50%, while recycling and composting rose from just over 6% to 32.1%. The series includes methodology changes, so it should be read with EPA’s notes.

Historical trends are useful when they preserve the measurement boundary. EPA’s series lets a reader see the broad direction of U.S. municipal solid waste management over several decades: more material generated overall, lower dependence on landfilling as a share of the measured stream, and much more recycling and composting than in the early decades of the series. It does not establish a smooth annual line for every material or prove that a particular local recycling program moved in the same way.

Source: EPA, National Overview: Facts and Figures on Materials, Wastes and Recycling ↗. EPA’s own explanation of changes in the series is part of the citation context.

Why the 2017-to-2018 change needs a note

One of the most useful cautions in the EPA material is also one of the least glamorous: a larger number does not automatically mean households suddenly generated that much more physical trash. EPA reports total MSW generation rising from 268.7 million tons in 2017 to 292.4 million tons in 2018, and explains that the increase was mainly the result of including additional food-management pathways. The 2018 per-capita figure of 4.9 pounds a day likewise reflects those added pathways.

This is exactly why a source-led statistics page should label its vintage and avoid stripping away methodology. A trendline is useful because it helps readers ask better questions: What changed in the physical system? What changed in collection or markets? What changed in the way a national agency accounted for material? EPA provides one part of that answer. The right use of the data is to report the stated change and preserve the agency’s explanation, rather than manufacturing a simpler narrative.

Recycling growth is real, but the latest rate is not the peak

EPA reports that recycling and composting rose from just over 6% of generated MSW in 1960 to around 10% in 1980, 16% in 1990 and about 29% in 2000. The rate reached about 35% in 2017, then was 32.1% in 2018. A good summary can say that the rate expanded significantly over the long run and that the reported 2018 rate was below the 2017 value. A less reliable summary would imply a simple uninterrupted rise.

The same pattern illustrates why annual comparisons should name the source’s method. EPA says 69 million tons of MSW were recycled in 2018, a 2.2% increase from 67.6 million tons in 2015. Yet the combined recycling-and-composting rate declined from 34.7% in 2015 to 32.1% in 2018. Tonnage and rate can move differently because the total generation denominator changes. Citing both the numerator and the denominator prevents a reader from assuming that one figure answers every question.

Landfill share fell, but landfill did not disappear

EPA’s long-run figure for landfilling is equally important. Landfilling fell from 94% of generated MSW in 1960 to 50% in 2018, a major change in the mix of management paths. But 50% was still more than 146 million tons, making landfill the largest reported destination in the 2018 MSW total. The two statements belong together: the share has fallen substantially, and landfill continues to be a central part of the U.S. waste system measured by this series.

This context helps explain the topical connection between waste work, recycling and disposal. Collection and transport do not end when a bin is emptied. Materials move through a network of recovery, composting, energy recovery, transfer and landfill operations. The public figures cannot describe every site or route, but they establish the scale and the long-running need for people and equipment across that network.

Recycling economy

Recycling and reuse economic statistics

Direct answer: EPA’s Recycling Economic Information report estimates that recycling and reuse activities accounted for 681,000 jobs, $37.8 billion in wages and $5.5 billion in tax revenues in 2012. The report uses a waste input-output model across nine materials, so it measures broader direct and upstream economic activity, not just people working at a recycling facility.

This is one of the most frequently useful recycling workforce figures, and one of the easiest to misuse. EPA published the report in 2020, but the modeled base year is 2012 because it uses detailed Bureau of Economic Analysis input-output data. The report is authoritative about what its model estimated for that year. It should be cited as a 2012 estimate, not as the current size of the recycling workforce.

Source: EPA, Recycling Economic Information Report ↗. EPA’s total-impact approach includes direct production and upstream supply-chain activity.

The model covers ferrous metals, nonferrous metals such as aluminum, glass, paper, plastics, rubber, construction and demolition materials, electronics and organics. That broad material scope is why the 681,000-job estimate is far larger than the BLS count for refuse and recyclable material collectors. The figures describe different things. One is an occupational count. The other is a modeled economic contribution across material flows and supply chains.

That difference is not a flaw. It is a reason to be precise. Use BLS when a claim is about frontline collectors and occupation-level wages. Use the EPA REI report when a claim is about the wider modeled economic footprint of recycling and reuse. If an argument needs a current payroll total, current employment figure or local estimate, it needs a newer, separately defined source rather than a loose update of this one.

System context

What is changing in the U.S. recycling system?

Direct answer: EPA’s National Recycling Strategy identifies four system-level needs: improve markets for recycled commodities, increase collection and processing infrastructure, reduce contamination and strengthen recycling-data systems. The strategy treats recycling as one part of a broader circular-economy approach that also includes source reduction, product redesign and reuse.

The National Recycling Strategy is useful context for anyone using waste and recycling statistics in a report or pitch. EPA describes a system facing confusion over what can be recycled, infrastructure that has not kept pace with a changing waste stream, reduced markets for recycled materials and inconsistent ways to measure performance. These are not just communications problems. They affect what a resident can place in a bin, what a facility can sort, which materials can be sold and how national results are compared.

The strategy does not say that recycling is the only solution. EPA explicitly places recycling within a wider materials-management toolkit. Source reduction and reuse come before recycling in the agency’s waste-management hierarchy, while treatment, energy recovery and disposal address materials that remain. This framing matters for writers: a robust waste statistic should identify the specific decision point it describes, instead of making “recycling” stand in for every environmental outcome.

For the workforce, system change tends to appear in practical terms. Collection operations need people who can work safely around routes and vehicles. Facilities need people who can run equipment, maintain fleets, manage materials, protect compliance requirements and coordinate transfers. The evidence on this page does not forecast the number of jobs in every one of those functions. It does show why the work connects to a large physical system of collection, material handling and disposal.

Source: EPA, National Recycling Strategy ↗. The strategy was published in 2021 and is presented here as policy and systems context, not as a newer replacement for EPA’s 2018 material-flow figures.

The work behind the data

Which jobs make up the waste and recycling system?

Direct answer: The public statistics on this page do not produce one complete headcount for every waste and recycling job. They do, however, show the scale of frontline collection work, the broader modeled recycling-and-reuse economy, and the material flows that require collection, sorting, transport, maintenance, compliance and disposal operations.

A waste and recycling system is more than a truck route. Residential and commercial collection requires drivers, helpers, dispatchers, route supervisors and fleet technicians. Transfer and disposal operations require equipment operators, scale-house staff, mechanics, environmental and compliance professionals, managers and support teams. Recycling facilities add material handlers, sorters, technicians, buyers, quality-control staff and logistics roles. Municipal departments may combine some of these functions, while private haulers may organize them across separate locations.

That variety is why no single BLS occupation should be treated as a complete industry total. The 147,900 collector figure is especially valuable because it is specific and defined, not because it captures every person who works in the field. Likewise, EPA’s 681,000 recycling-and-reuse estimate is valuable because it captures a broader economic model across materials, not because it tells a job seeker how many collection roles are open in one city. Readers get a truer picture by keeping the two measures separate and using each for its intended question.

For job seekers, the distinction has a practical payoff. A person drawn to field work may look for collection or equipment roles. Someone with mechanical experience may compare fleet and diesel jobs. A candidate with environmental, operations or customer service experience may find a fit without ever appearing in the collector occupation count. The page’s public data establishes the industry context; the job board shows the current roles that use those skills in real locations.

Data literacy

How to read and use a waste or recycling statistic

Direct answer: Before repeating a waste statistic, check the material or occupation it covers, the geography, the source year and the denominator. A number can be accurate while still being wrong for a particular claim. The definitions in the original BLS or EPA publication are part of the statistic, not a footnote to ignore.

Start with the noun. “Waste” can mean municipal solid waste, construction and demolition debris, industrial waste, hazardous waste, organics or a local authority’s entire service area. EPA’s material figures on this page use municipal solid waste. They include consumer-discarded materials and exclude some streams that a landfill or private waste company may handle. A headline that says “half of U.S. waste goes to landfill” would be broader than the source allows; “half of EPA-measured MSW was landfilled in 2018” is defensible.

Then identify the denominator. The 32.1% recycling-and-composting rate is a share of generated MSW. The 68.2% paper-and-paperboard recycling rate is a share of paper and paperboard generation. The 4.47% plastics figure on this page is a share of recycling tonnage, not a plastic recycling rate. These are three different ratios. The numbers become more useful, and less likely to mislead, when the sentence names the denominator rather than presenting a bare percentage.

Employment figures need the same care. BLS counted workers in an occupation. EPA’s recycling economic report modeled activity across a material supply chain. Neither source is a current job-posting count, and neither is a universal estimate of everyone who has ever worked in a waste-related company. If a story is about pay for collection workers, the BLS occupation profile is the relevant primary source. If it is about the economic activity linked to recycling and reuse, the EPA REI report answers a different question.

Finally, retain the date. A report published in 2020 can use 2012 underlying economic data. A webpage updated in 2026 can reasonably cite 2024 BLS employment and safety data or 2018 EPA materials data, provided it says so. Fresh presentation is useful; false freshness is not. This guide uses a current edition date to show that the source audit was recent and source-year labels to show exactly when each underlying number was measured.

Three citation-ready sentence patterns

1. Occupation: “The U.S. Bureau of Labor Statistics counted 147,900 refuse and recyclable material collectors in 2024 and reported a $48,350 median annual wage for the occupation.”
2. Materials: “EPA reported 292.4 million U.S. short tons of municipal solid waste generated in 2018; 32.1% was recycled or composted and 50% was landfilled.”
3. Economic impact: “EPA’s 2020 Recycling Economic Information report, using 2012 data, estimated 681,000 jobs from recycling and reuse activity.”

Each pattern keeps the publisher, the date and the scope within the sentence. That is the standard this page follows. It also makes a journalist’s fact check faster, which is a more durable reason for a reference page to earn a link than a high number of unsourced claims.

Methodology

How to cite these waste and recycling statistics

A strong statistic needs four labels: what it measures, where it applies, the source year and the original publisher. This page puts those labels next to the number so a reader can decide whether it fits their use. The goal is not to make old data appear new. The goal is to make the best available public facts faster to verify and harder to misquote.

1. Name the measure. “Municipal solid waste” is not all U.S. waste; “refuse and recyclable material collectors” is not every waste-sector worker.
2. Keep the source year. EPA’s materials figures on this page are for 2018. EPA’s modeled recycling-economy figures have a 2012 base year. BLS collector employment, pay and fatality figures are for 2024.
3. Use the original link. The citations lead to BLS and EPA, where the definitions, caveats and full tables are available.
4. Do not merge unlike measures. An occupation count, a material tonnage and an input-output model answer different questions and should not be added together or treated as a single workforce total.

Primary sources used on this page

This is an editorial reference, not a statistical release. It will be refreshed when a source changes materially or a newer primary series replaces one used here. If you cite a figure in a publication, link to the original BLS or EPA source as well as this guide so readers can inspect the underlying definition.

FAQ

Frequently asked questions about waste and recycling statistics

For a closer look at the people and materials behind the national figures, read our Garbage Truck Driver Statistics and U.S. Recycling Statistics references.