At BioCarburante Company, we are committed to reducing humanities reliance on virgin fossil-based raw materials to conserve natural resources and minimize our environmental impact. Our project exemplifies this commitment.
Carbon black is a critical component in tire manufacturing, but the current tire life cycle generates significant waste. By recycling this waste into new high-value products, we aim to revolutionize the industry.
At the BioCarburante Company, we recognize the substantial opportunity in sustainably managing end-of-life tires through recycling. Together with our development partners, we’ve made circular solutions a strategic priority. Our approach centers on true pyrolysis, a process that thermally deconstructs end-of-life tires in a reactor, enabling the extraction of valuable resources like oil and carbon black. This circular business model allows us to provide our customers with sustainable, innovative solutions.
Discarded annually worldwide, representing a growing environmental concern.
Of ELTs end up in landfills, contributing to 2% of global waste and significant environmental risks.
Of ocean microplastic pollution consists of tire particles, posing threats to marine life and public health.
Tire pyrolysis is a cutting-edge and eco-friendly process that transforms end-of-life tires into valuable resources. By subjecting tires to high temperatures in an oxygen-free environment, pyrolysis deconstructs them into useful by-products: pyrolysis oil, carbon black, and steel wire. This innovative solution not only addresses the global challenge of tire waste but also recovers materials that can be reused across various industries.
The BioCarburante Company will help reduce waste and conserve natural resources, while also providing an attractive financial return. With its versatile applications and growing market demand, pyrolysis technology is a smart choice for investors looking to make a positive impact and achieve their financial goals.
Scrap tires that United States generates each year.
Used tires generated each year, globally.
Projected growth in the Global Tire-Derived Fuel (TDF) market through 2028.
