The economic case for tire recycling in the United States is better than most people entering the sector expect and more nuanced than the headline numbers suggest. Gate fees are the most visible revenue source, but bale sales, material revenue, and, in some states, program grants and subsidies all contribute to the total economic picture. Understanding all the revenue streams, and modeling them against a realistic cost structure, is the difference between a credible business plan and an optimistic spreadsheet.
This article builds a detailed economic picture of the US tire recycling market across different operation types, from the tire shop adding a baler to eliminate disposal costs, through to the standalone commercial recycling business building regional market share. It draws on Gradeall’s experience supplying tire processing equipment to operators across North America and uses realistic US market figures for each revenue and cost category.
Gate fees charged to tire generators for accepting their tires are the largest revenue source for most US tire recycling operations. The gate fee compensates the processor for the cost of accepting, managing, and processing the tire, and includes a margin. Gate fees are set by local market competition, with higher rates in markets where processing alternatives are limited and lower rates where multiple processors compete for the same tire volume.
Tire bale sales are the second major revenue stream for baling operations. Bale buyers pay per bale or per ton depending on the buyer type and market. TDF buyers typically pay $20 to $40 per bale, or $40 to $80 per ton, for consistent specification car tire bales. Civil engineering buyers pay more for bales meeting dimensional specification, with prices in some US markets reaching $50 to $80 per bale for verified PAS 108-equivalent bales destined for project use. Export buyers pay per bale at rates that depend on shipping economics and the destination market, with container-optimized bale formats commanding better per-bale prices.
At a production rate of 50 bales per day, 250 working days per year, a baling operation produces 12,500 bales annually. At $30 per bale average, bale revenue is $375,000 per year from this single stream, before any gate fee revenue. Combined with gate fees from the tires that produce those bales, the dual revenue model of tire recycling is what makes the economics attractive at commercial scale.
For operations targeting the export bale market, the MK3 Tire Baler produces container-optimized bale dimensions that improve the economics of each export container shipped from US ports, increasing the net revenue per ton of tire material exported.
Operations with shredding capability generate additional revenue from steel wire recovered during tire shredding. The steel belt and bead wire in passenger car tires represents approximately 15 to 20% of the tire’s weight; in commercial truck tires, steel content is higher, at 25 to 30%. Scrap steel prices fluctuate, but even at modest rates of $100 to $200 per ton, a processing line handling 200 tons of truck tires per month recovers 50 to 60 tons of steel, worth $5,000 to $12,000 per month in additional material revenue.
Rim separation from tires arriving mounted on wheels generates steel rim scrap revenue. A truck rim weighs 25 to 45 pounds; at scrap prices and volumes where rims represent 10 to 15% of incoming tire count, rim revenue adds $500 to $2,000 per month for mid-size commercial operations. It is not the primary revenue source, but it is positive revenue from material that would otherwise add cost if it damaged processing equipment.
Labor is consistently the largest operating cost in US tire recycling, typically 45 to 60% of total operating expenditure excluding capital costs. Collection vehicle costs, fuel, and driver wages add 15 to 25% of operating costs for operations with their own collection fleets. Equipment depreciation and maintenance runs 8 to 15%. Consumables (bale wire, blades, hydraulic fluid) add 5 to 8%. Insurance, permits, and administration complete the cost structure.
The total cost structure for a standalone commercial tire recycling operation in the US, at a scale of 5,000 to 10,000 tires per week, typically runs $1.50 to $2.50 per tire in total operating cost. Gate fees of $1.00 to $1.50 per car tire, combined with bale revenue of $0.80 to $1.50 per tire processed, produce combined revenue of $1.80 to $3.00 per tire. The margin is present but requires operational efficiency to realize consistently.
“The operations that underperform financially almost always have the same problem: too much cost in collection relative to the gate fee revenue from the tires they collect,” says Conor Murphy, Director of Gradeall International. “The economics improve substantially when you shorten the collection route, increase gate fees for harder-to-process categories, and maximize bale quality to hit full market rates on bale sales. These are controllable variables.”
In states with active ADF (Advance Disposal Fee) programs, per-tire subsidies and processing grants materially improve the economics. California’s CalRecycle program pays qualifying processors a per-tire reimbursement for tires processed through registered facilities. Texas TCEQ has funded processing equipment grants for new recycling capacity. These programs effectively increase the gate fee-equivalent revenue per tire processed and can tip the economics from marginal to clearly viable for new entrants in states with strong programs.
For operators building a financial model for a US tire recycling operation, Gradeall’s equipment specifications provide the throughput and cost data inputs for the processing side of the model. The Gradeall MKII Tire Baler and Gradeall Truck Tire Sidewall Cutter specifications, combined with US gate fee and bale market data, provide the inputs for a credible investment analysis.
A standalone commercial tire recycling operation in the US typically reaches financial viability at 2,000 to 3,000 tires per week, at which point gate fee and bale revenue covers labor, collection, equipment, and overhead costs with a modest margin. At 1,000 tires per week or below, the fixed cost base is difficult to cover. Operations that build toward 5,000 tires per week within the first two years of operation consistently achieve positive margins and sustainable business models.
TDF bale prices fluctuate with energy markets, primarily coal and natural gas prices that TDF competes with as supplemental fuel. When coal prices are high, TDF bale demand and pricing improve. When natural gas prices drop significantly, TDF buyers have less incentive to pay for tire bales as a substitute fuel. Managing bale price risk means diversifying across multiple buyer types: TDF buyers, civil engineering buyers, and export buyers, so that a decline in one market does not eliminate all bale revenue. Long-term supply agreements with volume commitments provide more price stability than spot market selling.
Working capital for a US tire recycling startup needs to cover 60 to 90 days of operating costs before gate fee and bale revenue is sufficient to cover ongoing expenses. At $50,000 to $80,000 per month in total operating cost for a mid-size operation, the working capital requirement is $100,000 to $250,000 in addition to equipment capital. SBA loans covering working capital alongside equipment finance are available for qualifying businesses. A conservative financial plan that includes adequate working capital is one of the clearest markers of a credible business plan to lenders.
Owning collection vehicles provides more scheduling control, eliminates the hauler margin on each collection run, and allows the operation to offer a differentiated service to generators who value reliability. But collection vehicle ownership adds capital cost, insurance, driver employment, and maintenance. Operations at startup scale with under 2,000 tires per week often find contracted haulage more economical than owned fleets. Operations above 5,000 tires per week with established route density typically benefit from owned collection capacity. Model the specific route economics for your market rather than assuming one approach is universally better.
The Rubber Manufacturers Association (now part of the US Tire Manufacturers Association) and the EPA publish annual reports on scrap tire markets that include generation volumes, beneficial use rates, and market segment data. State waste tire program annual reports include data on tires processed and fees paid in those states. These documents provide volume and market direction data but not individual operation financial performance benchmarks. Industry associations including STARP (Scrap Tire Association of Recycling Processors) provide member networking that can surface informal benchmarking data.
← Back to news
OTR Tyre Processing: Mining and Construction Solutions
Industry 4.0: Digital Transformation in Tyre Recycling Operations
Reciclagem de Pneus no Brasil: Equipment, Regulations, and Market Guide
Recycled Tires: What Can Be Made from Them?
This website uses cookies to enhance your experience. Some are essential for site functionality, while others help us analyze and improve your usage experience. Please review your options and make your choice.If you are under 16 years old, please ensure that you have received consent from your parent or guardian for any non-essential cookies.Your privacy is important to us. You can adjust your cookie settings at any time. For more information about how we use data, please read our privacy policy. You may change your preferences at any time by clicking on the settings button below.Note that if you choose to disable some types of cookies, it may impact your experience of the site and the services we are able to offer.
Some required resources have been blocked, which can affect third-party services and may cause the site to not function properly.
This website uses cookies to enhance your browsing experience and ensure the site functions properly. By continuing to use this site, you acknowledge and accept our use of cookies.