Recycling operations already rely on data to inform day to day operations. Production numbers help schedule output, and maintenance tracking helps keep equipment running. But focusing only on internal data can leave gaps in planning.
Looking at broader tire waste trends helps fill in those gaps. Regional disposal rates can give you a better sense of how much raw material is likely to arrive over time, which supports more accurate planning for capacity and equipment needs.
Demand data from end buyers is also important. Understanding what customers want, such as specific rubber grades or consistency levels, helps recycling facilities adjust processing early rather than reacting after production issues arise.
When internal performance data is combined with external supply and demand trends, recycling operators get a clearer view of both operating efficiency and longer-term business decisions.
The Scale of Tire Waste Helps Guide Operational Planning
Understanding tire waste begins with the generation volume. In the United States, hundreds of millions of scrap tires are generated each year, with global totals reaching into the billions. For recycling operators, these numbers are less about environmental scale and more about the size of the available feedstock.
This data helps define the potential supply of raw material in a given market. It also provides a starting point for understanding whether local recycling capacity is balanced with the amount of tire waste being produced. In some regions, supply may exceed processing capacity, creating opportunities for additional infrastructure, such as adding a new tire shredder. In others, established facilities may already compete for the same material, making efficiency and output quality more important.
Tracking how these volumes change over time adds another layer of insight. Transportation trends, vehicle registration data, and fleet growth can all help indicate whether scrap tire generation is likely to increase or remain stable in a region. This information supports longer-term decisions about facility expansion and facility capacity planning.
Disposal and Diversion Rates Reveal Where the Market Stands
Generation volume shows how much material exists. Disposal and diversion rates show what is actually happening to that material, which helps identify where recycling capacity is strong and where gaps may still exist.
In the United States, most scrap tires are now diverted from landfills and stockpiles into beneficial use. Recent industry reporting suggests that roughly 75–80% of scrap tires are processed into end-use markets such as tire-derived fuel, crumb rubber, and molded rubber products.1
This shift is important for operators because it reflects how developed the recycling system already is. Higher diversion rates generally indicate stronger processing capacity and more established end markets, which also means a more competitive environment for new or expanding facilities.
At the same time, disposal and regulatory trends still shape how the market operates. State-level landfill restrictions, hauling requirements, and scrap tire program rules influence where material flows and how easily it can be collected. Monitoring these conditions helps operators anticipate changes before they affect day-to-day operations.
Recycling Rate Benchmarks Tell You How You Compare
Industry-level recycling rate data is available through the U.S. Tire Manufacturers Association (USTMA) and various state environmental agencies. These benchmarks give you a performance reference point that purely internal data cannot provide.
If your operation’s recovery rate for a given material fraction falls below regional or national benchmarks, that gap is worth investigating. Lagging rates in rubber, steel, or fiber yield often signal deep issues. It may reflect equipment configuration, feedstock quality, processing parameters, or downstream handling practices. It is a question the data raises that your internal metrics alone might not.
Benchmarking against industry data also supports conversations with customers and partners. Buyers of recycled rubber and steel wire increasingly want documented performance data from their suppliers.
Recycling machinery manufacturers and equipment vendors can also provide useful reference points. They use these standard targets to prove what comparable processing lines achieve with similar scrap. Knowing where you stand relative to those benchmarks is an asset in those conversations.
Environmental Data as a Planning Guide
Environmental data at the industry level helps recycling operators understand both expectations and performance standards. It provides a reference point for how the industry is performing overall and helps set realistic benchmarks for your own operation.
One useful way to view this data is through long-term changes in scrap tire stockpiles. As recycling activity has increased, the amount of tires stored in unmanaged piles has decreased. This reflects the broader impact of the industry and highlights the role each facility plays in reducing overall waste accumulation.
Environmental performance data is also useful when working with customers who rely on recycled materials. Information on emissions and energy use in end markets helps support conversations with industrial buyers, especially when explaining how different fuel or material sources compare. Having clear, up-to-date data makes those discussions more grounded and easier to align on requirements.
Regulatory trends are another important signal. Environmental rules for tire processing can vary by state and may change over time. Tracking these updates helps operators stay prepared, plan improvements in advance, and avoid last-minute adjustments when standards shift.
Environmental data works as a planning tool. It helps recycling facilities understand expectations and stay ahead of changes that affect operations.
Trend Data Helps Forecast Industry Shifts
One of the most valuable uses of tire waste data is forecasting how the industry may change over time. Looking at broader trends helps recycling operators prepare for shifts in supply, demand, and processing requirements before those changes show up in daily operations.
Changes in vehicle design are one example. Electric vehicles are often heavier than traditional combustion engine vehicles due to their battery systems. This added weight can increase tire wear over time, which may gradually affect scrap tire generation rates and the characteristics of incoming material. Tracking automotive trends helps operators anticipate how feedstock volume and composition may evolve.
End-market demand is also shifting. Some applications, such as rubber infill for artificial turf, are facing increased regulatory scrutiny in parts of the world, including new restrictions on intentionally added microplastics in the European Union. At the same time, other uses, such as rubberized asphalt, continue to gain traction in infrastructure projects in North America. Monitoring these trends helps recycling facilities adjust their product mix rather than relying too heavily on a single end market.
Industry capacity is another important signal. When new tire recycling facilities or shredder lines enter a region, competition for feedstock can increase, and pricing can shift. Staying aware of new project announcements and industry reporting helps operators anticipate changes in local supply and protect long-term contract stability.
Putting Industry Data to Work
Tire waste data is most useful when it directly supports operational decisions. When used consistently, external data becomes more than background information. It can help operators understand how the market is shifting beyond their own facility.
Facilities that regularly review both internal performance data and external industry trends are better positioned to plan ahead rather than react to change. Relying only on internal yard data can limit visibility into broader supply and demand shifts.
Using industry data alongside operational metrics can provide a clearer view of where the market is heading and help support more informed, timely decisions.
Sources:
1https://www.ustma.org/scrap-tire-management
