The waste tyres pyrolysis is a process in which the high molecular polymers in tires are converted into gas, liquid and solid products by heating in an oxygen-free environment. Its core is to use heat energy to break the carbon chain structure, generate synthesis gas (such as methane, ethylene), fuel oil (containing aromatics, alkanes) and solid carbon black, and separate steel wire at the same time.
The waste tire pyrolysis is a process of converting tires by heating in an oxygen-free or oxygen-deficient environment. Ultimately, waste tires are converted into syngas, pyrolysis oil, solid carbon black, and steel wire. The pyrolysis process of waste tires follows the principle of polymer thermal degradation kinetics. The tyre pyrolysis plant achieves efficient separation of … Read more
Tire recycling plant uses pyrolysis technology to convert waste tires into raw materials for making new tires. As an environmentally friendly and efficient treatment method, pyrolysis technology has opened up a new path for the recycling of waste tires. The following will introduce in detail the recycling process of waste tires after pyrolysis into new … Read more
In recent years, the global waste tyre pyrolysis industry has shown a booming trend. In Europe, waste tyre pyrolysis plant is rapidly rising and gradually becoming one of the important ways to treat waste tires. The tire recycling market size in Europe reached 3.728 billion US dollars in 2024, accounting for more than 30% of … Read more
According to different working methods, tyre pyrolysis plant for sale can be divided into batch and continuous tire pyrolysis plant. Tire pyrolysis plant uses pyrolysis technology to convert waste tires into fuel oil, carbon black, syngas and steel wire. The principle of pyrolysis technology is to heat solid waste under oxygen-free or low-oxygen conditions. Its … Read more
Both tyre pyrolysis machine and plastic pyrolysis machine are based on pyrolysis technology, which can convert organic materials into fuel oil or carbon black. However, due to differences in raw material composition and process requirements, plastic and tire pyrolysis equipment have significant differences in design, processing flow and products. The differences between waste plastic pyrolysis … Read more
Tire pyrolysis technology provides an effective way to solve the problem of waste tire treatment. It can convert waste tires into products with economic value, such as pyrolysis oil, carbon black, syngas and steel wire, and realize the recycling of waste resources. More and more investors are turning their attention to the field of tire … Read more
Tyre recycling plants are essential to reduce the burden on the environment and develop a market for sustainable materials. With technological innovation and policy support, the tyre recycling industry is expected to achieve significant growth. Pyrolysis plant is increasingly combined with renewable energy systems to offset operating costs. As the market for pyrolysis oil and … Read more
Pyrolysis Plant is a key equipment in the recycling of waste tires. The tire recycling pyrolysis plant promotes the efficient utilization of waste tires, which is beneficial to environmental protection and sustainable supply of energy. Tire pyrolysis is carried out in a sealed, oxygen-deficient environment at a temperature of usually 400 – 450 °C. Tires … Read more
In October 2019, Mingjie Group installed two sets of tyre pyrolysis equipment for sale in India. The Indian tire pyrolysis market is showing good development. The products produced by tire pyrolysis have a wide range of applications. Pyrolysis oil can be mixed with light diesel and used in boiler companies, rolling mills, foundries, asphalt plants, … Read more
In February 2020, Mingjie Group completed the installation of two sets of batch tire pyrolysis equipment for sale to Thailand. This Thai customer has been running several pyrolysis plants to process waste tires. They had previously purchased 5 sets pyrolysis plants from Mingjie Group. The previous reactor door was too small, so this time our … Read more
