Niutech Scrap Tire Pyrolysis: Advanced Green Recycling Solution

The environmentally friendly treatment and resource recovery of scrap tires has always been a hot topic in the field of environmental protection. Especially in Europe and North America, where environmental awareness is growing, the introduction of relevant laws has set higher environmental requirements for the disposal of scrap tires. Niutech is a manufacturer of high-end continuous pyrolysis equipment in China, and with its independently developed “Industrial Continuous Scrap Tire Pyrolysis Production Line,” it has won the highest science and technology award in China—the State Scientific and Technological Progress Award. This production line enables tire recycling factories to safely and environmentally convert scrap tires into resourceful products such as regenerated oil, steel wire, and carbon black on a large scale. Currently, Niutech has dozens of 10,000-ton continuous projects implemented globally, providing an innovative green recycling solution for global scrap tire recovery.

tire pyrolysis equipment

Advantages of Niutech’s Industrial Continuous Scrap Tire Pyrolysis Technology:

  1. Environmental Friendliness: Niutech scrap tire treatment pyrolysis technology realizes “zero pollution, zero residue and full utilization” of scrap tire treatment. Its continuous closed production line completely solves the problem of secondary pollution that may be generated during the pyrolysis process of waste rubber.
  2. Resource Utilization: Through advanced pyrolysis technology and integrated equipment, scrap tires can be transformed into regenerated oil, pyrolysis carbon black, steel wire, and non-condensable gas. The high-value solution provided by Niutech further converts the regenerated oil into gasoline and diesel, and the pyrolysis carbon black, after grinding and pelletizing, becomes commercial-grade carbon black used in the production of tire products. The non-condensable gas is recycled through the equipment’s recycling system for self-use, significantly reducing the energy consumption of the production line.
  3. Significant Economic Benefits: Niutech’s continuous pyrolysis technology not only reduces dependence on petroleum resources and lowers carbon dioxide emissions but also creates significant economic benefits through high-quality resourceful products.
  4. Technological Advancements: Niutech’s entire production line utilizes self-developed dust removal, odor removal, and purification equipment, with emission standards that comply with the environmental requirements of the European Environmental Agency (EEA) and the United States Environmental Protection Agency (EPA).
  5. Policy Compliance: Niutech’s scrap tire pyrolysis technology fully meets the latest policy requirements in Europe and North America, making it the optimal solution for green recycling of scrap tires globally.
  6. Demonstration Effect of Tire Recycling Factories: Niutech’s technological achievements have been implemented both domestically and internationally, generating positive economic and environmental benefits, and setting a precedent for the standardized recycling and robust system establishment of scrap tires.

Niutech’s technical achievements have not only achieved results in China but also produced industrial impact in the international market. Through dedicated research and development and continuous innovation, Niutech has constructed a highly replicable and widely promotable technical model. This scrap tire pyrolysis production line has made breakthrough progress in key technical areas such as pyrolysis process, tail gas treatment, and product purification, significantly enhancing the project’s environmental protection level and economic benefits. Niutech is committed to continuous optimization, aiming to build a greener, more efficient, and sustainable resource recycling system. It contributes more Chinese wisdom to the global ecological civilization construction, promotes the innovative practice of “waste to resources,” and leads the industry to continuously progress towards higher quality and more environmentally friendly development directions.

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