Views: 9 Author: Site Editor Publish Time: 2025-02-28 Origin: Site
Currently, the world is gradually transitioning towards a circular society. The recycling of scrap tires, which are difficult to degrade naturally, has become a significant challenge in the field of environmental protection. The European Union's "Green Deal" mandates that all tires must be 100% recyclable by 2030, while the United States' "Infrastructure Bill" explicitly includes pyrolysis technology in the tire management technology pathway. Against this backdrop, Niutech Environment, a global expert in continuous pyrolysis technology, has emerged as a new direction recognized by both policy and market. Its independently developed industrial continuous scrap tire pyrolysis production line boasts advantages in safety, environmental protection, and 100% full-volume recycling.
Traditional methods of scrap tire disposal, such as incineration, landfilling, and rubber regeneration, often lead to secondary pollution and energy waste. In 2019, Europe utilized 1.37 million tons of scrap tires for energy recovery, but this process resulted in high carbon emissions of 1.2 tons of CO₂ per ton of tires. Achieving green and low-carbon chemical recycling of scrap tires has long been a significant environmental challenge in the industry. Niutech Environment, with 40 years of expertise in the pyrolysis field, has independently developed industrial continuous scrap tire pyrolysis technology, achieving multiple global breakthroughs and overcoming core challenges in industrial continuous pyrolysis. This innovation has earned the company China's highest environmental science and technology award, the National Science and Technology Progress Award. Leveraging its technological advantages, Niutech has established 10,000-ton demonstration projects in over 20 countries, including Germany, Brazil, and India. As of 2024, Niutech's advanced pyrolysis production lines have cumulatively processed more than 2 million tons of scrap tires, reducing carbon dioxide emissions by 1.8 million tons and generating over 5 billion yuan in circular economy value.
Germany Project
The client's adoption of Niutech's technology and equipment demonstrates that the equipment meets the rigorous environmental and technical performance standards set by the European Union and Germany.
Continuous Pyrolysis Technology: Utilizing a combination of patented technologies, the production line achieves 24-hour continuous feeding, discharging, and slag removal. The equipment can operate stably for over 8,000 hours annually.
International Environmental Standards: The entire production line integrates multi-stage purification processes, with emission standards surpassing those of the EU EEA and the US EPA.
High-Value and Stable Output: The pyrolysis oil can be further processed into gasoline and diesel components, while the pyrolysis carbon black is of high purity and stability, suitable for deep processing and subsequent use in the manufacturing of new tires.
With the rapid development of the global circular economy and the intense investment interest, the global market for pyrolysis treatment of scrap tires is on the verge of explosive growth. As the global leader in this field, Niutech has leveraged its continuous pyrolysis recycling production lines to gain advantages in technology and project timelines. It has already deployed advanced demonstration continuous pyrolysis projects, ranging from ten thousand to millions of tons, in dozens of countries worldwide. In the future, Niutech will continue to optimize the pyrolysis process chain for scrap tire recycling, promote innovations in advanced pyrolysis oil refining, and explore high-value applications such as carbon black modification and deep processing. Niutech aims to provide a comprehensive pyrolysis solution that achieves "zero waste + negative carbon emissions" globally, transforming black pollution into black gold. This transformation once again underscores the significance of technological innovation in the circular economy. As an industry leader, Niutech will persist in reshaping the resource recycling ecosystem with its advanced pyrolysis technology, injecting new momentum into global sustainable development.
