Society faces a dual challenge: how to make a transition to a low-carbon energy future, while also extending the economic and social benefits of energy to everyone on the planet.
At The BioCarburante Company, we are committed to reducing humanity’s reliance on virgin fossil-based raw materials to conserve natural resources and minimize our environmental impact. Our project exemplifies this commitment.
The future outlook for ELTs (End-of-Life Tires) offers tremendous inspiration and opportunity for The BioCarburante Company, aligning well with our sustainable development objectives. ELTs are increasingly recognized for their potential in energy and material recovery, serving as a sustainable alternative to virgin raw materials. By utilizing ELTs in various applications, we can significantly reduce the environmental impact associated with virgin resource exploitation.
Efforts are underway worldwide to reduce the number of tires in landfills and find innovative, environmentally friendly uses for ELTs. This presents fertile ground for The BioCarburante Company to contribute to these efforts. Tire manufacturer programs and government regulations are pivotal in shaping ELT markets, emphasizing the importance of considering ELTs as a resource rather than waste.
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. Sustainable management of end-of-life tires through recycling presents a significant opportunity for us. Alongside our research partners, we have prioritized circular solutions as a key strategic focus.
Our approach begins with tire pyrolysis, a process that heats end-of-life tires in a reactor to extract oil, which can then be used as a feedstock for producing carbon black. This circular business model in the tire industry has the potential to reduce waste and the incineration of used tires, positioning us as leaders in delivering sustainable solutions to our customers.
Collaboration among tire companies, ELT management firms, scientific laboratories, government regulators, and industrial partners is crucial for driving research and development. Together, we can explore new, effective, and environmentally sound applications for ELTs, unlocking their full potential and contributing to a more sustainable future.
The BioCarburante Company is committed to leading the charge in this transformative industry. By leveraging our expertise in resource recovery and sustainable innovation, we aim to pioneer solutions that not only address the ELT challenge but also drive broader environmental and economic benefits. This commitment to sustainability and innovation will help us shape a greener, more sustainable future for generations to come.
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.
The BioCarburante Company (TBIOCC) processes 36,000 metric tons of tires annually, equivalent to approximately 4,962,922 tires. Utilizing advanced pyrolysis technology, TBIOCC achieves negative carbon emissions by reducing CO₂ output significantly. On average, processing one ton of tires through pyrolysis reduces CO₂ emissions by approximately 1.2 metric tons, enabling TBIOCC to contribute an estimated 43,200 metric tons in CO₂ reductions annually.
This impressive carbon reduction is achieved by converting used tires into valuable byproducts—pyrolysis oil, syngas, and recovered carbon black (rCB)—which serve as replacements for more carbon-intensive materials and fossil fuels. By avoiding traditional disposal methods like landfilling or incineration, TBIOCC prevents emissions that would otherwise contribute to environmental pollution. This not only supports the circular economy but also enables TBIOCC to qualify for carbon credits in voluntary markets.
Recent U.S. policy updates, including the CFTC’s 2024 guidance on voluntary carbon credit trading, strengthen the framework for initiatives like TBIOCC’s tire pyrolysis to earn carbon credits. By adhering to rigorous standards of additionality, permanence, and robust quantification (Environmental Defense Fund, Carbon Pulse), TBIOCC is well-positioned to capitalize on these markets while making a substantial impact on reducing environmental footprints.
