Environmental Focus
Building a circular economy that transforms waste tires into valuable resources while protecting our planet for future generations.
The Tire Waste Crisis
Every year, over 300 million waste tires are generated in the United States alone. Globally, that number exceeds 1.5 billion tires annually. These tires don't decompose naturally—they can sit in landfills for centuries, leaching toxic chemicals into soil and groundwater.
Tire stockpiles create serious environmental and public health hazards. They're breeding grounds for disease-carrying mosquitoes, fire risks that can burn for months releasing toxic smoke, and eyesores that blight communities. Traditional disposal methods—burning or landfilling—are neither sustainable nor economically viable.
Pennsylvania alone generates over 12 million waste tires every year. We need better solutions.
Waste tires generated annually in the US
Waste tires generated globally each year
Waste tires in Pennsylvania annually
Our Solution: Tire Pyrolysis
Pyrolysis is an advanced thermal decomposition process that converts waste tires into four valuable products: pyrolysis oil, carbon black, steel wire, and syngas. Unlike burning, pyrolysis operates in an oxygen-free environment at controlled temperatures, producing zero harmful emissions.
Our planned facility in Pennsylvania will process 10 tons of waste tires per day, diverting over 3,650 tons annually from landfills. This isn't just waste management—it's resource recovery at scale.
The Pyrolysis Process
Tire Preparation
Whole tires loaded via 1.2m door, no shredding needed
Thermal Decomposition
Heated to 400-450°C in oxygen-free reactor
Product Separation
Vapors condense to oil, carbon black collected
Energy Recovery
Syngas powers reactor, net energy positive
Industrial Pyrolysis Reactor
Diesel Fuel
Carbon Black
Steel Wire
Environmental Safety
- ✓EPA Compliant Emissions: Advanced scrubbing systems ensure <0.1% particulate emissions
- ✓Zero Wastewater: Closed-loop water cooling system with no discharge
- ✓Energy Self-Sufficient: Syngas provides 120% of reactor energy needs
- ✓Carbon Negative: Prevents 2.5 tons of CO₂ emissions per ton of tires processed
Operational Safety
- ✓Automated temperature control and pressure monitoring
- ✓Fire suppression and emergency shutdown systems
- ✓Continuous gas detection and leak prevention
- ✓24/7 PLC monitoring with remote diagnostics
Pyrolysis Products
Every ton of waste tires is completely transformed into three valuable commodities with established markets. This isn't waste disposal—it's resource recovery.
45% of tire weight converts to high-quality diesel fuel, reducing dependence on fossil fuel extraction
33% becomes recovered carbon black, used in new tires, plastics, and industrial applications
12% is steel wire that's extracted and sold to scrap metal recyclers for reuse
Environmental Impact
The Pyrolysis Process: Step by Step
1Tire Preparation & Shredding
Incoming waste tires are shredded into 2-4 inch pieces. Steel wire is magnetically separated and removed. The rubber pieces are then fed into the reactor chamber through an automated conveyor system with precise weight monitoring.
2Thermal Decomposition (400-450°C)
Inside the sealed reactor chamber, rubber is heated to 400-450°C in an oxygen-free environment. This breaks down the long polymer chains into shorter hydrocarbon molecules. The process takes 6-8 hours per batch and is fully automated with PLC control systems monitoring temperature, pressure, and gas composition in real-time.
3Vapor Condensation & Product Separation
Hydrocarbon vapors exit the reactor and pass through a multi-stage condensation system. Heavier molecules condense into pyrolysis oil (diesel fuel), while lighter gases are captured separately. Carbon black remains as solid residue in the reactor chamber and is collected after cooling. The entire system operates under negative pressure to prevent any gas leakage.
4Energy Recovery & Emissions Control
Non-condensable syngas (primarily methane, hydrogen, and CO) is captured and burned to power the reactor, making the process energy self-sufficient with 120% net energy positive. All combustion gases pass through a wet scrubbing system that removes particulates and acid gases before emission. The closed-loop water cooling system operates with zero discharge.
Emissions & Environmental Compliance
Is Pyrolysis Bad for the Environment?
No—when done correctly, tire pyrolysis is significantly cleaner than traditional disposal methods. Our system is designed to meet or exceed all EPA air quality standards and Pennsylvania DEP requirements. Here's the detailed breakdown:
Our Emissions (Pyrolysis)
- ✓Particulate Matter (PM2.5): <0.1% of tire burning
- ✓SOx (Sulfur Oxides): <10 ppm (EPA limit: 500 ppm)
- ✓NOx (Nitrogen Oxides): <50 ppm (EPA limit: 150 ppm)
- ✓CO (Carbon Monoxide): <100 ppm (EPA limit: 400 ppm)
- ✓VOCs (Volatile Organics): Captured and burned as fuel
- ✓Dioxins/Furans: Undetectable (below 0.01 ng/m³)
Tire Burning (Traditional)
- ✗Particulate Matter: 1,000-10,000× higher
- ✗SOx: 500-2,000 ppm (acid rain precursor)
- ✗NOx: 200-800 ppm (smog formation)
- ✗CO: 1,000-5,000 ppm (toxic gas)
- ✗VOCs: Released directly to atmosphere
- ✗Dioxins/Furans: 10-100 ng/m³ (carcinogenic)
Key Compliance Certifications
- ✓EPA Clean Air Act Title V - Major source permit with continuous emissions monitoring
- ✓PA DEP Air Quality Permit - State-level emissions compliance and annual reporting
- ✓ISO 14001 Environmental Management - Third-party audited environmental systems
- ✓ASTM D975 Fuel Quality - Diesel fuel meets commercial grade specifications
Our facility will divert 7,000+ tons of waste tires from landfills annually, eliminating toxic leaching and reducing fire hazards in tire stockpiles.
Over 25 years, that's 175,000 tons of tires kept out of Pennsylvania's waste stream.
Pyrolysis produces zero harmful emissions compared to tire burning, which releases carcinogens and particulate matter into the air.
Our closed-loop system captures all gases for energy recovery, meeting EPA air quality standards.
Every ton of tires processed yields 450 liters of diesel fuel, 330 kg of carbon black, and 120 kg of steel—all valuable commodities.
This is true circular economy: waste becomes raw material for new products.
By converting waste into products, we create $3.2M+ in annual revenue while solving an environmental problem.
This proves that sustainability and profitability go hand-in-hand.
Closing the Loop
Traditional waste management is linear: extract → use → dispose. We're building a circular economy where waste becomes feedstock for new products, reducing extraction, lowering emissions, and creating economic value at every step.
We collect waste tires from auto shops, dealerships, and residents
Pyrolysis converts tires into diesel, carbon black, and steel
Products are sold to industrial buyers and manufacturers
Materials re-enter supply chains, reducing virgin resource extraction
Join Us in Building a Sustainable Future
Whether you're a business looking for tire disposal or an investor interested in sustainable infrastructure, we'd love to hear from you.