9 Statistics About Foodservice Waste in the US: What the Numbers Reveal

The US foodservice industry — restaurants, cafeterias, hotels, hospitals, schools, catering, ghost kitchens — produces an enormous amount of waste. Some of it is food. Some of it is packaging. Some is paper. The cumulative volume is hard to visualize without putting numbers around it.

Below, nine statistics that frame the scale of foodservice waste in the US and what the numbers reveal about where the leverage points are. Most of these come from research by the EPA, USDA, ReFED, Food Waste Reduction Alliance, and various trade-association industry reports.

1. The US foodservice industry produces approximately 22 million tons of waste annually

According to estimates by ReFED and the EPA, total foodservice waste in the US is approximately 22 million tons per year. This breaks down roughly as:

• 10-11 million tons of food waste.
• 7-8 million tons of packaging and serviceware.
• 3-4 million tons of paper (napkins, receipts, cardboard).
• 1-2 million tons of other (glass bottles, aluminum cans, miscellaneous).

For context, this is about 12% of total US municipal solid waste from a sector that represents 5% of the population’s spending. Foodservice produces disproportionate waste relative to its economic footprint.

2. Approximately 60-65% of foodservice waste goes to landfill

Despite growing composting infrastructure and recycling efforts, the majority of foodservice waste in the US still goes to landfill.

The breakdown:

• 60-65% landfill.
• 12-18% recycling (mainly cardboard, glass, aluminum).
• 8-12% composting (food + compostable packaging).
• 5-8% donation (surplus food).
• 1-3% other (anaerobic digestion, incineration, animal feed).

The 60% landfill figure is improving year over year (from ~70% in 2015), but the rate of improvement has been slower than urban policymakers and operators projected. The infrastructure gap — particularly for commercial composting — remains the major constraint.

3. A typical full-service restaurant produces 75,000-125,000 pounds of waste annually

Roughly the weight of two pickup trucks per year, every year, from a single mid-size restaurant.

The composition for a typical restaurant:

• 35-45% food waste (prep trim, plate scraps, expired inventory).
• 25-35% packaging waste.
• 10-15% beverage containers.
• 5-10% paper.
• 5-15% mixed.

For a restaurant with 100 seats and an average of 200-250 covers per day, total annual waste is in this range. Larger restaurants (200+ seats, 400-600 covers per day) produce 150,000-300,000 pounds annually.

This is the scale that any individual operation works with. Reducing it by even 20-30% represents meaningful environmental and operational impact.

4. About 30-40% of food in foodservice is wasted

Across the full supply chain — from farm to fork — roughly 30-40% of food in foodservice operations is wasted. The waste happens at multiple points:

• 12-15% at farm and supplier level (rejected for cosmetic issues, spoilage in transit).
• 5-8% at distribution and wholesale.
• 15-20% at restaurant/foodservice operation (prep trim, expiration, plate scrap).

For a foodservice operator, the operation-controlled portion is the 15-20%. This translates to roughly 4-5% of food cost. For a restaurant with $1M in food cost, that’s $40,000-$50,000 in food that was purchased and not served.

5. Compostable packaging diversion rate in foodservice is approximately 25%

When a foodservice operation uses certified compostable packaging, the diversion rate (the percentage that actually reaches a commercial composting facility) is significantly lower than 100%.

Approximately 25% of compostable foodservice packaging reaches commercial composting facilities. The rest:

• 50-55% to landfill (no commercial compost access, or operations that didn’t sort).
• 10-15% to recycling (mistakenly sorted there, often contaminating the recycling load).
• 5-10% to incineration (where applicable).
• 0-5% to other.

This 25% number is the gap between the promise of compostable packaging and its actual realized diversion. Closing this gap requires:

• Commercial composting infrastructure expansion (a city-level investment).
• Customer-facing sorting infrastructure (an operator-level investment).
• Continued staff training and contamination management.

6. Foodservice operations spend $1.5-$3.5 per cover on waste-related costs

For a typical restaurant, total waste-related costs per cover include:

• Trash hauling/tipping: $0.40-$0.80 per cover.
• Compost hauling: $0.30-$0.70 per cover (where applicable).
• Recycling cost (or savings): $0-$0.20 per cover.
• Lost food cost (food purchased but wasted): $0.80-$2.00 per cover.

Total waste-related cost: $1.50-$3.50 per cover. For a restaurant with 200 covers per day, this is $110,000-$255,000 annually. A reduction of 20-30% in waste-related costs represents real bottom-line impact.

Note that lost food cost is by far the largest waste-related expense. Operational improvements that reduce food waste have far greater financial impact than improvements in disposal sorting alone.

7. The US has approximately 5,000 commercial composting facilities, up from 3,500 in 2015

Commercial composting capacity has grown substantially:

• 2015: ~3,500 facilities, mostly accepting yard waste.
• 2020: ~4,300 facilities, with growing food-waste acceptance.
• 2025: ~5,000 facilities, of which ~2,200 accept commercial food waste.

Geographic distribution is uneven. The Pacific Northwest (Oregon, Washington), California, Colorado, Massachusetts, New York metro, and Minnesota have relatively strong infrastructure. Much of the Midwest and Southeast still have limited commercial composting.

For a foodservice operator, the practical question is local: does your county have a commercial composting facility that accepts commercial food waste? Approximately 30-35% of US counties have this access; 65-70% don’t.

8. Single-use foam containers represent 5-7% of foodservice packaging waste by weight

Foam (polystyrene EPS) is a small fraction of overall foodservice packaging waste by weight (5-7%), but produces disproportionate environmental concern because:

• It doesn’t compost.
• It doesn’t recycle in standard programs.
• It produces visible litter — foam is the iconic single-use plastic visual.
• It lasts in the environment for decades to centuries.

Many US cities and states have banned foam foodware: California (2024 statewide), New York (NYC ban), Maine, Maryland, New Jersey, Washington DC, Boulder, Seattle. The list is growing.

For foodservice operators, the foam phaseout has been largely complete in major chains; remaining foam use is concentrated in independent operations and budget-tier chains.

9. Compostable foodware adoption has grown ~22% annually over 2018-2025

The compostable foodware category — bagasse compostable food containers, PLA compostable cups, CPLA compostable utensils, and related products — has been the fastest-growing segment in foodservice packaging.

Annual growth: ~22% from 2018 to 2025. Market size: approximately $2.8 billion in 2024 US sales, up from roughly $900 million in 2018.

Drivers of growth:

• Foam and plastic bans in major cities.
• Corporate ESG commitments.
• Consumer demand for sustainable packaging.
• Cost compression (compostable now ~30-60% premium over plastic, vs. 100%+ in 2015).
• B2B procurement programs from major chains, universities, and corporate cafeterias.

The category is expected to continue growing 15-20% annually through 2030. The compounding growth is gradually shifting the foodservice industry’s packaging mix toward compostable, but the absolute numbers remain modest — compostable packaging is still less than 10% of total US foodservice packaging by volume.

What the numbers mean

A few patterns emerge from these nine statistics:

The food waste is the bigger story, not the packaging. Across the foodservice industry, food waste represents about $33-$45 billion in annual lost value (food purchased but never served). Packaging waste is environmentally significant but financially much smaller. For operators focused on profitability, food waste reduction has higher ROI than packaging changes.

The diversion gap is real. The fact that only 25% of compostable packaging actually reaches commercial composting facilities is a major implementation problem. Compostable packaging is not magic; without infrastructure, it ends up in landfill.

Infrastructure varies enormously by location. Foodservice operators in compost-mature cities (SF, Seattle, NYC, Boulder) can build credible sustainability claims. Operators in infrastructure-light counties cannot make the same claims credibly.

The trend lines are positive but slow. Foodservice waste diversion has improved every year since 2015. The improvement is real. But the pace is slower than industry advocates and policymakers would like. Each year’s progress is meaningful; cumulative progress over a decade is substantial.

Cost economics are tightening. Compostable packaging at 30-60% premium over plastic is sustainable for most operations. The “cost is too high” objection of 2015 is no longer the dominant constraint; the infrastructure and behavior change are now the bigger gaps.

For a foodservice operator reading this

Three operational takeaways:

1. Focus first on food waste. It’s the biggest financial and environmental opportunity. A 20% reduction in food waste from inventory and prep is worth more financially than any single packaging change.

2. Verify infrastructure before specifying compostable. “Compostable packaging” without local commercial composting is just more expensive landfill. Verify the disposal pathway exists in your markets.

3. Track and report. Measure your diversion rate, contamination rate, total cost. Without measurement, the program drifts. With measurement, it improves year over year.

For B2B procurement teams

Two takeaways:

1. Supplier claims need scrutiny. A supplier claiming “compostable” needs BPI certification. A supplier claiming “carbon neutral” needs LCA documentation. A supplier claiming “sustainable” needs specifics.

2. The category is growing but immature. Supplier supply chains are still developing. Lead times, MOQs, and pricing all reflect category immaturity. Plan procurement around 4-8 week lead times and 4-week buffer inventory.

For policymakers

The data implies several priorities:

1. Infrastructure expansion for commercial composting in underserved geographies.
2. Sorting infrastructure at customer-facing disposal points (transit hubs, retail, public spaces).
3. Education and behavior change to reduce contamination.
4. Standards and certification harmonization across jurisdictions.

The technology and the products are largely solved. The implementation gap — getting compostable packaging from purchase to actual compost — is where the lever is.

A final framing

Twenty-two million tons of foodservice waste per year, 60% to landfill, $33-45 billion in lost food value, slow but real improvements year over year. These numbers describe a system that’s gradually changing but starting from a deeply non-circular baseline.

For foodservice operators, the choices made today on packaging, on food waste, on sorting, on training, on vendor relationships — they all show up in these aggregate statistics. The industry’s footprint is the sum of individual operators’ decisions.

For a B2B buyer or operator reading this, the data is useful both for context (understanding the scale of the problem) and for benchmarking (where does your operation sit relative to industry averages). A restaurant with 80% diversion is meaningfully above average. A restaurant with 25% diversion is meaningfully below.

The numbers point to where progress is possible, and where it isn’t yet happening. The decade of 2025-2035 is likely to see substantial change in these numbers if current trajectories hold. By 2035, total foodservice waste should be lower in absolute terms (despite industry growth), diversion rates should be in the 60-70% range, and food waste should be down 25-40% from current levels.

A regional breakdown

Foodservice waste profiles vary regionally:

West Coast (CA, OR, WA): highest diversion rates (45-55% on average), supported by mature commercial composting infrastructure, foam bans, and strong recycling programs. Trash hauling costs are higher than national average ($90-$140 per ton vs. $55-$90 national), making diversion economically attractive.

Northeast (NY, MA, CT, NJ): strong diversion in major metros (NYC, Boston) at 35-45%, weaker in smaller markets. Foam bans in major cities. Tipping fees among the highest in the country at $80-$150 per ton.

Midwest (IL, OH, MI, MN, WI): mixed. Minneapolis and Madison have strong programs; broader region has 25-35% diversion. Compost infrastructure thin outside major metros.

South (TX, FL, GA, NC, TN): lowest diversion rates at 18-28%. Limited commercial composting, fewer foam bans, lower tipping fees that don’t economically incentivize diversion. Major chains operating in these markets often have weaker compostable programs.

Mountain and rural West (CO, NM, AZ, UT): Denver and Boulder are strong; rural areas are landfill-default. Mid-30% diversion in major metros, sub-15% in rural.

For multi-region operators, the per-location diversion variation is significant. A national chain might have 60%+ diversion in West Coast stores and 18% in Southeast stores — driven by infrastructure differences rather than operational differences.

That’s the achievable trajectory. Whether it actually happens depends on operators, vendors, policymakers, and consumers all moving in the same direction at the same time. The data tells the story so far. The next chapter is being written one operational decision at a time.

For B2B sourcing, see our compostable catering trays catalog.

For procurement teams verifying compostable claims, the controlling references are BPI certification (North America), EN 13432 (EU), and the FTC Green Guides on environmental marketing claims — these are the only sources U.S. enforcement actions cite.