Waste tire pyrolysis technology is an environmentally friendly technology that converts waste tires into reusable resources, such as fuel oil, petrochemical raw materials, etc. Including waste tire treatment equipment, pyrolysis reactors, condensers, oil and gas treatment equipment, liquid product treatment equipment, gas treatment equipment, and solid waste treatment equipment. The following are the main equipment that may be involved in the waste tire refining process:

Waste tire processing equipment includes: cutting machines, used to cut waste tires into small pieces for subsequent processing; magnetic separators, used to separate steel wires in waste tires to prevent damage to the equipment.

Pyrolysis reactor, also known as pyrolysis furnace, is one of the core equipment for waste tire refining. The pyrolysis furnace decomposes organic matter in waste tires into gas, liquid and solid products through high temperature and anoxic or low-oxygen environment. The waste tire anaerobic pyrolysis unit can be produced in parallel with multiple production lines, and a capacity redundancy design can be adopted to meet the requirement of non-stop production during the maintenance of a single unit. The pyrolysis equipment unit adopts modular design and automated parallel design to minimize the energy consumption of equipment operation.

The pyrolysis gas condenser is used to cool the pyrolysis gas generated in the pyrolysis furnace and condense it into liquid products; the liquid product separator is used to separate oil, water and other components in the condensate.

Oil and gas separator, used to separate oil and gas in pyrolysis gas. Oil-water separator is used to separate oil and water in oil-water mixture.

The desulfurization device is used to remove sulfide from liquid products and improve the quality of the products; the liquid product storage tank is used to store the liquid products produced during the oil refining process.

The exhaust gas treatment device is used to treat the exhaust gas generated by the pyrolysis furnace and reduce the impact on the environment. This may include incineration, absorption or other treatment methods to clean harmful substances from the exhaust.

Solid waste treatment equipment is used to treat solid waste generated by pyrolysis furnaces. Disposal methods may include incineration, landfill or reuse to reduce environmental impact.

These equipment are usually combined to form a waste tire refining production line. When designing and operating a production line, factors such as process parameters, energy consumption, product quality, and environmental protection need to be considered to ensure that the entire process is efficient, environmentally friendly, and safe.

Waste tire pyrolysis technology can convert discarded tires into reusable resources, such as fuel oil, petrochemical raw materials, etc., helping to reduce resource waste and environmental pollution. Compared with traditional waste tire disposal methods, such as landfill or incineration, waste tire refining technology is more environmentally friendly. It converts tires into energy products through a high-temperature pyrolysis process, reducing pollution to land and atmosphere. Waste tire refining technology can convert organic matter in waste tires into fuel oil or other energy products, realize energy recycling, and help save energy resources. Through waste tire refining technology, discarded tires can be converted into products of economic value, such as fuel oil or other chemical raw materials, thus bringing economic benefits. Waste tire pyrolysis technology has been commercialized and matured to a certain extent. There are a variety of process routes and equipment options, which can be optimized and improved according to actual conditions. Waste tire pyrolysis technology reduces the burning of waste tires, thereby reducing the emission of harmful gases and helping to improve the quality of the atmospheric environment. The waste tire refining technology reduces the landfill of waste tires and helps reduce the occupation of land resources and environmental pollution.

In summary, waste tire pyrolysis technology has the characteristics of resource reuse, environmental protection, energy recovery, and economic benefits, and is of great significance to the processing and resource utilization of waste tires. These equipments are combined to form a waste tire pyrolysis production line. When designing a production line, factors such as process parameters, energy consumption, product quality, and environmental impact need to be considered to ensure that the entire process is efficient, environmentally friendly, and safe.

Yongle Environmental Protection is mainly engaged in the research and development, production and sales of complete sets of technical equipment for organic solid waste disposal and comprehensive utilization. Production and manufacturing, domestic waste treatment equipment, tire pyrolysis equipment, medical waste disposal equipment, hazardous waste disposal equipment, and achieve efficient and comprehensive utilization of resources through independently developed low-temperature anaerobic pyrolysis equipment technology solutions.