Project Overview
Waste tire pyrolysis is an advanced recycling solution designed to address the global problem of scrap tires. Instead of landfilling or incineration, pyrolysis converts end-of-life tires into valuable secondary resources such as fuel oil, carbon black, steel wire, and combustible gas. This project demonstrates how modern pyrolysis technology can transform a major environmental challenge into a profitable and sustainable business model.
Objectives
- Reduce environmental hazards caused by discarded tires.
- Recover high-value resources through sustainable recycling.
- Promote circular economy by turning waste into marketable products.
- Minimize greenhouse gas emissions compared to traditional disposal methods.
Outcomes / Results
Annual recycling capacity of [insert tons per year].
Reduced landfill waste and environmental pollution.
Generated alternative fuels and industrial raw materials.
Positive ROI within 1.5–3 years depending on plant size and market demand.
Technology Used
ProcessContinuous/Batch pyrolysis under an oxygen-free environment
Emission ControlAdvanced gas scrubbing and condensation systems
Operating Temperature~400–500 °C
Catalyst (optional)Used in some systems to improve oil quality
Implementation Steps
1.Pre-TreatmentShredding and cleaning of waste tires
2.Feeding SystemAutomated conveyors feed rubber into the pyrolysis reactor
3.Pyrolysis ProcessHeating in the absence of oxygen to break down rubber polymers
4.Product Recovery






No Comment