Gilead Dynamics and ATS Industrial Automation Partner to Scale Mobile Tire Recycling

The global materials economy faces a persistent challenge: what to do with end-of-life tires. To address this, cleantech startup Gilead Dynamics has officially debuted with a strategic manufacturing and enablement agreement with ATS Industrial Automation (ATS). This partnership aims to accelerate the commercialization of the Carbon Black Extractor (CBX), a high-efficiency pyrolysis system designed to recover valuable materials from tire scraps.

Decoding the CBX: Transforming Waste into Value

At the heart of this collaboration is the Carbon Black Extractor (CBX). Unlike traditional waste disposal methods, the CBX platform uses a process called pyrolysis—the thermal decomposition of materials at high temperatures in an oxygen-free atmosphere—to break down tire shreds.

The system doesn’t just eliminate waste; it creates three high-value, reusable byproducts that feed back into the industrial supply chain:

• Recycled Carbon Black: A critical reinforcing filler used in rubber and plastics.
• Oil: A combustible liquid that can be repurposed for energy or chemical feedstocks.
• Syngas: A mixture of hydrogen and carbon monoxide used for heating or power generation.

From Startup Concept to Industrial Scale

While Gilead Dynamics provides the innovative cleantech vision, ATS Industrial Automation provides the engineering muscle. Transitioning a laboratory or small-scale concept into a “production-ready system” requires rigorous optimization to ensure the machine can handle industrial volumes without sacrificing reliability.

Under the terms of the agreement, ATS is refining the CBX unit for manufacturability. This involves a comprehensive support structure that covers:

• Design Optimization: Improving the unit’s architecture for better performance and easier mass production.
• Fabrication and Delivery: Managing the physical build and logistics of the prototype.
• Life-Cycle Service: Ensuring long-term uptime and repeatability through professional maintenance and support.

“ATS brings decades of experience delivering high-precision, high-volume systems across industries where performance is non-negotiable,” said Chris Gabrelcik, founder of Gilead Dynamics. “This agreement allows us to move faster, design smarter and ensure that CBX customers receive not just a machine, but a fully supported industrial platform.”

Why This Matters for the Circular Economy

The “circular economy” is an economic system aimed at eliminating waste and the continual use of resources. By recovering carbon black and other energy sources from tires, Gilead Dynamics reduces the reliance on virgin raw materials and diverts massive amounts of rubber from landfills.

The focus on a “mobile” and “scalable” prototype is particularly significant. By creating a system capable of global deployment, the partnership allows tire recycling to happen closer to the source of the waste, reducing the carbon footprint associated with transporting heavy tire scraps to centralized facilities.

Frequently Asked Questions

What is the primary goal of the Gilead Dynamics and ATS partnership?

The goal is to transition the Carbon Black Extractor (CBX) from its current state into a scalable commercial prototype that is ready for global industrial deployment.

What are the three main byproducts of the CBX system?

The system converts end-of-life tire shreds into recycled carbon black, oil, and syngas.

What specific services is ATS Industrial Automation providing?

ATS is providing end-to-end support, including design optimization, fabrication, delivery, and full life-cycle service to ensure the system is reliable and repeatable.

The Road Ahead

The announcement of this partnership marks the first public milestone for Gilead Dynamics. As the CBX moves toward its commercial prototype phase, the industry will be watching to see how effectively this pyrolysis technology can be scaled. If successful, the collaboration between Gilead’s cleantech innovation and ATS’s automation expertise could provide a blueprint for solving one of the most persistent waste challenges in the global materials economy.