Plastic-to-oil conversion is not only feasible but also a key technology that has achieved industrial application, offering significant environmental and economic benefits.
Chemical recycling of plastics is a process that breaks down the polymer chains of plastics into smaller chemical molecules or fuels through heat, chemical solvents, or catalysts. It is a key technology for achieving high-value utilization of low-value and mixed plastic waste.
Amid the wave of the circular economy and "dual-carbon" goals, advanced recycling and processing technologies are transforming these troublesome wastes into valuable "black gold" by fully utilizing every component.
Chemical recycling, particularly through pyrolysis technology, is regarded as key to achieving sustainable development and offers irreplaceable advantages over traditional mechanical recycling.
Waste tire pyrolysis is a complex physicochemical process that yields pyrolysis oil, recovered carbon black, steel wires, and combustible gas.
Maximizing the value of scrap tires requires shifting beyond the "waste" mindset and recognizing them as "urban mines" awaiting efficient development. The key lies in systematically unlocking the resource potential of scrap tires through technological advancement, business model innovation, and policy support.
Chemical recycling of waste plastics, as an emerging treatment method, transforms "white pollution" into high-value resources, demonstrating significant advantages in environmental, economic, and social dimensions.
Pyrolysis technology is regarded as the "ultimate treatment method" for scrap tires because it nearly completely converts the organic components of tires into high-value resources while minimizing environmental pollution.
