The U.S. recycling industry generates $184 billion annually and supports more than 603,000 jobs built on infrastructure that the federal government estimates is only half-ready for the growing waste challenge as it needs to be.
That gap between what the system does and what it could do represents one of the clearest unspent investments in the American economy. The EPA’s 2024 recycling infrastructure assessment puts the cost of closing it at $36.5 to $43.4 billion, which the agency estimated was enough to raise the national recycling rate from 32% to 61% and recover an additional 82 to 89 million tons of material every year.
The U.S. currently spends more than $250 billion annually managing solid waste. An investment in better collection and processing can pay for itself quickly, and then keep paying dividends in cash and reduced environmental impacts.
Households Can’t Recycle as Easily as Trashing Waste
Before the economics, let’s look at the experience in communities: access to recycling in the United States is neither universal nor equitable. The EPA found that 6% of homes have no recycling service. Roughly 40% lack recycling services that are meaningfully equivalent to trash pickup; they can’t set a bin at the curb and have it collected on a schedule.
Rural and lower-income communities are disproportionately underserved. Households without curbside collection must drive materials to drop-off sites, which may be a realistic option for some, but acts as an effective barrier for others. The result is that the 32% national recycling rate reflects not just individual behavior, but the infrastructure decisions (and non-decisions) that preceded it.
The reality of U.S. waste collection is obscure, because many parts of the nation don’t maintain data about their collection and processing infrastructure. Of the 59 states and territories that responded to the EPA survey, 48% don’t collect data on the number of curbside programs operating in their jurisdictions, and 37% don’t track drop-off programs. You can’t improve what you don’t measure, and states aren’t measuring.
The Recycling Economics Demand a Modernized System
The $36.5 to $43.4 billion investment needed to make U.S. recycling competitive with the rest of the world falls into two main categories. Roughly $22 to $28 billion would fund curbside collection expansion, drop-off upgrades, and modernization of materials recovery facilities (MRFs) to handle the full range of packaging materials in the waste stream. The remaining $14 to $16 billion would address organics, such composting infrastructure and anaerobic digestion for food scraps and yard waste, which currently account for more than a quarter of what goes to landfill.
What does that investment yield? According to the Recycled Materials Association’s 2024 economic impact study, the existing recycling system already generates $184 billion in annual economic activity. The 175,000 Americans directly employed in the industry average more than $100,000 in total wages and benefits; these are jobs that require skilled labor and tend to stay local. Doubling the system’s capacity would drive job growth and related investments in local collection and processing.
The long-term cost comparison is even more striking. A World Economic Forum analysis projects that continuing with current waste management practices will cost more than $417 billion per year by 2050, a $165 billion increase from 2020. The infrastructure investment the EPA is describing is one-time capital spending. The savings are recurring, and the jobs created are a source of economic opportunity.
Rising Disposal Costs Signal Future Landfill Shortages
The cost side of the equation is moving in recycling’s favor. The average U.S. landfill tipping fee — what municipalities and haulers pay to deposit a ton of waste — reached $62.28 per ton in 2024, a 10% increase from the year before and the steepest annual jump since 2022. In short, we are running out of landfill space. In the Northeast, average tipping fees run over $80 per ton. As disposal costs rise, the cost-benefit analysis for materials recovery improves in proportion, even before accounting for the commodity value of recovered materials.
Tipping fees are a useful market signal pointing to a circular future, when burying or burning waste becomes expensive enough that diverting it becomes economically rational for municipalities. Several cities and counties have found that recycling programs with high diversion rates lower their net waste management costs, even after accounting for the added cost of program operations.
Composting is seeing a similar shift. As landfill operators in high-fee regions turn away organics or charge premium rates for wet material, commercial and municipal composting operations are becoming genuinely competitive alternatives. The infrastructure investment the EPA is describing would accelerate this shift rather than waiting for market pressure to do the work slowly.
What the Money Would Actually Build
It helps to be specific about what “infrastructure investment” means in practice:
MRF upgrades: materials recovery facilities sort and separate mixed recyclables into commodity streams that can be sold for profit. Many existing MRFs were designed for a different mix of materials than what households generate today, such as thinner plastics, smaller form factors, and more flexible film. Optical sorting technology and updated equipment can dramatically improve both recovery rates and material quality, but the capital costs often exceed municipal budgets, even though the programs will turn a profit in the long run..
Curbside collection expansion: in rural areas and low-density suburban zones, the per-household cost of traditional curbside routes is high enough that service has never been offered. Regional collection systems, hub-and-spoke drop-off networks, and consolidation of collection contracts across county lines can make service viable in areas that currently have none.
Organics processing: food scraps and yard waste make up 28% of the U.S. municipal solid waste stream by weight, according to 2018 EPA data, the most recent available from the agency. Composting and anaerobic digestion can divert most of that material while producing either compost for agriculture or biogas for energy. Neither requires advanced technology, just facilities and collection infrastructure that most communities lack.
What You Can Do
Individual recycling behavior matters, but in this case, advocacy for systemic investment matters more. The access gap won’t close through consumer choice alone.
- At home: Recycle what your program accepts, correctly. Contamination from wishcycling — putting non-recyclables or dirty materials into curbside bins — drives up processing costs and can render entire loads unusable. Use Earth911’s recycling search to confirm what’s accepted in your area before you bin it.
- At the household level: Compost food scraps if your municipality offers pickup or if you have space to do it at home. Diverting organics from the landfill is one of the highest-impact actions available to most households, both to reduce methane emissions and for producing soil amendments that sequester carbon.
- At the community and policy level: Contact your municipal waste management department or local elected officials and ask specifically about infrastructure investment plans. The EPA report gives local advocates a concrete ask: expanded curbside access, MRF modernization funding, and organics collection. Federal infrastructure dollars are available for these projects; the question is whether local officials are pursuing them.
- Support extended producer responsibility (EPR) legislation: Several states have passed or are considering laws that shift the costs of recycling infrastructure to producers of packaging and products, rather than placing the full burden on municipal budgets. EPR programs in California, Colorado, Maine, and Oregon are early models worth watching and supporting.