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 pyrolysis tire recycling system realizes the recycling of waste tires through pyrolysis technology. The tire pyrolysis plant solves the problem of a large amount of waste tires accumulating. At the same time, the tire pyrolysis products (pyrolysis oil and recycled carbon black) also bring more profits to the tire pyrolysis project. The working principle … Read more
The continuous waste tyre pyrolysis oil production line is used to recycle waste tyres. It can convert waste tires into pyrolysis oil, carbon black, steel wire and synthesis gas. The fully automatic tyre pyrolysis plant can achieve large-scale waste tire disposal under the premise of safe, environmentally friendly, continuous and stable operation. Emerging markets and … Read more
The fully continuous tire pyrolysis process refers to a waste tire processing technology with continuous feeding, continuous reaction and continuous discharging. In an oxygen-free or oxygen-deficient environment, the continuous pyrolysis plant decomposes the high molecular polymer (rubber) in the tire into more valuable products (pyrolysis oil, pyrolysis gas and solid carbon black) through high temperature, … Read more
Waste tyres are converted from waste to energy through pyrolysis plant. The waste tyre pyrolysis products mainly include pyrolysis oil, carbon black, steel wire and syngas. These tyre pyrolysis products are all of economic value. Pyrolysis oil is one of the core high value-added waste tyre pyrolysis products, with a typical yield of 40–45%. Tyre … Read more
Pyrolysis technology is one of the most environmentally friendly and cost-effective methods for the treatment of waste tyres. It can process recyclables and obtain valuable products from waste. The tyre pyrolysis process is a thermal decomposition process. Pyrolysis plants convert waste tyres into liquid oil (pyrolysis oil), solid residues (carbon black), steel wire and synthesis … Read more
The core technology of tyre pyrolysis oil to diesel is pyrolysis. This is a process of decomposing organic matter by high temperature in an oxygen-free or low-oxygen environment. Mingjie Group provides pyrolysis plant and distillation plant to solve the problem of Tyre Pyrolysis Oil To Diesel. Our tire pyrolysis plant and pyrolysis oil distillation plant … Read more
In recent years, the rapid development of the global automotive industry has led to a significant increase in the number of scrap tires. These waste tires not only pose a serious threat to the environment, but also contain a large amount of untapped resources. Waste tire recycling plant have become a key solution to this … Read more
Car tyre recycling refers to the recycling of tires that have reached the end of their service life or can no longer be used. Tire processing can be converted into reusable resources or products through physical, chemical or biological methods. The tire to oil pyrolysis plant can convert waste tires into pyrolysis oil (WTPO) with … Read more
The pyrolysis of tyres process requires multiple systems to work together. Each system plays an indispensable role in the continuous pyrolysis process of waste tires. The main equipment in continuous pyrolysis of tyres process includes feeding system, pyrolysis reactor, heating system, condensation system, slag discharge system and flue gas purification system. Feeding System The feeding … Read more
The tyre rubber pyrolysis process converts rubber into pyrolysis oil, synthesis gas and carbon black by heating under oxygen-free conditions. This rubber pyrolysis process is essentially to deconstruct and reorganize the hydrocarbons in the rubber, thereby realizing the recycling of waste tires. Under high temperature, the chemical bonds in the rubber molecules break, and the … Read more
