Waste Tires to Carbon Black & Fuels

Waste Tires to Carbon Black & Fuels

QCI-TELLUS, LLC has developed a proprietary, and patented, two phase process to upcycle 100% of its scrap rubber feedstock into commercially accepted products that can be readily and profitably reintroduced to the chemical, fuels and allied products markets. 

QCI-TELLUS, LLC

ADVANCED TECHNOLOGY TO RID THE PROBLEM OF WASTE TIRES GLOBALLY... WHILE REINTRODUCING CHEMICALS AND FUELS BACK INTO THE MANUFACTURING STREAM

At QCI-TELLUS™, we believe that evolution requires technology.  QCI-TELLUS, LLC is a U.S. based technology company leading the world in the conversion of waste tires and rubber into highly valuable ASTM commercially viable products, chemicals, and fuels.  

QCI-TELLUS™ produces chemical raw materials, from waste rubber feedstock, for the rubber and plastics industry.  Our end products are blended back into rubber and plastics products, therefore increasing recycled content in consumer products, auto parts, building products and more, while decreasing waste rubber, a serious environmental problem. QCI-TELLUS™ is pioneering sustainability in the rubber industry by reusing waste rubber as feed stock to create IsoBlack™ and other High-end products, which reduces the carbon footprint of many rubber products.

QCI-TELLUS™ patented process up-cycles scrap tire rubber, a major environmental problem, for in-demand commodities:  IsoBlack™, renewable oil, fuel gas, and steel. IsoBlack™ is an ASTM compliant ‘drop-in’ recycled carbon black product that performs as well as its virgin counterpart in commercial rubber and plastics applications, but costs considerably less. QCI-TELLUS™ has invested a significant amount of funds and time in R&D of its process, and has validated the technology and products through third-party technical analysis and rigorous product testing with potential customers. 


Evolution requires technology.  Our solution mitigates a major environmental mess while revolutionizing recycled contents into global chemical markets.   We are converting a valuable waste stream to sustainable materials in order to leave the planet in better shape than when we got here.