How Mobility Changes the Economics of Tire Recycling
For most of its history, tire recycling has happened in large, centralized facilities where material is collected, transported, and fed into fixed plants designed to handle high volumes. It’s a model that mirrors many other industrial processes, where centralization is often seen as the most efficient approach.
At first glance, this kind of process makes the most logistical sense for a material like tires. But it doesn’t always hold up under real operating conditions over the long term. What is actually needed is a system designed around where tires exist, not one that depends on moving them.
Why Centralization Became the Default
Up until recently, there hasn’t been much reason to question centralization. Processing equipment was large, specialized, and difficult to deploy outside of specialized facilities. If you wanted to recycle tires at a large scale, you built a plant.
That assumption shaped how the industry developed. Infrastructure came first, and everything else had to fit around it. Today, that approach continues to define how most tire recycling systems operate.
But when applied to tires, that model introduces tradeoffs that are easy to overlook.
Tires are bulky and relatively low in value, so moving them over distance adds cost quickly—especially when the material is often treated as waste to begin with. Transportation becomes part of the equation before any processing even happens.
At the same time, centralized facilities are inherently complex systems. They are built to specific requirements, often with specialized components that require ongoing maintenance and large teams of trained operators to manage them.
Running these facilities is about more than just processing materials. It’s about keeping a large system operating consistently over time. As systems scale or operate continuously, that complexity can become harder to manage.
Rethinking Where Processing Happens
An alternative to centralized processing is to revisit the assumption itself. Instead of moving tires to a fixed facility where processing takes place, processing can be brought closer to where the material already exists.
At a basic level, that simplifies how the system is structured. Transportation becomes less of a constraint, infrastructure requirements shift, and deployment becomes more flexible.
It also opens up a different way to approach recycling projects. Instead of committing to a single large facility, processing capacity can be deployed in smaller units, placed where significant volumes of tires already exist, and expanded incrementally over time.
These systems still need to meet the same requirements as centralized facilities, with consistent output, reliable operation, and economically viable throughput, but they approach those requirements differently.
What Changes as a Result
When processing moves closer to the source, several dynamics begin to change.
Reducing or eliminating transportation can lower overall system costs, particularly in cases where logistics represents a significant portion of total expense. System size and complexity shift. Smaller units can reduce infrastructure requirements and operator burden, making them easier to deploy and manage across different environments.
Growth can also begin to look different. Instead of increasing the size of a single facility, scale can come from deploying a fleet of units across different locations. This creates a distributed system that can adapt to where tire supply actually exists, rather than requiring the material to be transported to a central location.
This approach also changes how large, concentrated tire stockpiles are handled. Instead of requiring material to be transported to a central facility, processing can be deployed directly to the site. A fleet of mobile units can operate along the edges of a stockpile, processing material in place and repositioning as needed, allowing the system to adapt to the shape, size, and progression of the pile over time. This makes operations more immediate, controlled, and scalable in a way that centralized systems struggle to match.
A Different Approach
Mobility doesn’t eliminate all the underlying challenges of tire recycling: systems still need to operate reliably, produce consistent outputs, and hold up over time. But it does change how those challenges are approached.
Instead of building around fixed infrastructure and retroactively adapting everything else to fit, the system can be designed around where tires already are. That shift may seem straightforward, but it changes the economics in ways that are difficult to achieve within a centralized model.
This shifts the focus from improving the process to designing a system that can support it economically from the start. From there, the question becomes what it takes to build a system that can actually operate that way.