**A low-temperature magnetization furnace process, pyrolysis under temperature conditions, the reduction rate can reach 98%.
In today's era of increasing environmental awareness, how to reduce, harmless, and recycle waste has become an important research topic. As a new type of waste treatment technology, the low-temperature magnetization furnace process can achieve waste reduction, harmlessness and resource utilization under mild conditions, which has attracted widespread attention. In this paper, the principles, characteristics and applications of this low-temperature magnetization furnace process will be summarized, in order to provide a useful reference for the research and practice in related fields.
1. The principle and characteristics of the low-temperature magnetization furnace process.
The low-temperature magnetization furnace process is a technology that uses the action of magnetic fields to achieve waste treatment. The process performs pyrolysis under mild conditions, so that the waste is rapidly cracked into small molecules under the action of a magnetic field, and at the same time the reduction and harmlessness are realized. Compared with traditional incineration, landfill and other treatment methods, the low-temperature magnetization furnace process has the following characteristics:
1.High reduction rate: Through the magnetization effect and pyrolysis process, the volume of waste can be greatly reduced, and the reduction rate can reach more than 98%, which effectively reduces the burden of waste disposal.
2.Good harmless effect: pyrolysis under mild conditions avoids harmful gases such as dioxins generated in the traditional incineration process, reduces the dissolution of harmful substances such as heavy metals, and realizes the harmless treatment of waste.
3.High resource utilization: The magnetization effect can promote the uniform heating and decomposition of waste, and improve the utilization value of pyrolysis products. The products processed by the low-temperature magnetization furnace process can be used as fuel, chemical raw materials, etc., to realize the resource utilization of waste.
4.Wide range of application: The low-temperature magnetization furnace process is suitable for treating all kinds of combustible waste, such as plastics, waste grease, etc., providing an efficient and environmentally friendly treatment method for it.
Second, the application of low-temperature magnetization furnace process.
As a new type of waste treatment technology, the low-temperature magnetization furnace process has been widely used and promoted at home and abroad. Here are some examples:
1.Treatment of plastic waste: After being processed by the low-temperature magnetization furnace process, plastic waste can be converted into energy substances such as fuel oil, which realizes the resource utilization of waste plastics. At the same time, the process avoids the harmful gases and smoke generated in the traditional incineration process, and reduces the pollution to the environment.
2.Treatment of waste grease: Waste grease has the characteristics of flammability and easy degradation, and can be converted into energy substances such as biodiesel after being processed by low-temperature magnetization furnace process. This treatment method not only improves the utilization rate of waste grease, but also provides a new way to solve the energy crisis.
3.Treatment of organic wastewater: After the organic wastewater is treated by the low-temperature magnetization furnace process, the reduction, harmlessness and resource utilization of organic matter can be realized. This process avoids the secondary pollution problem existing in the traditional biochemical treatment method in the treatment process, and provides a new solution for the treatment of organic wastewater.
III. Conclusion. As a new type of waste treatment technology, the low-temperature magnetization furnace process has the characteristics of high reduction rate, good harmless effect, high resource utilization rate and wide range of application. Through the magnetization effect and pyrolysis process, all kinds of combustible waste are treated and converted into valuable energy substances or chemical raw materials. The application of this process not only helps to reduce the burden of waste disposal and reduce environmental pollution, but also provides new solutions for solving the energy crisis and the treatment of organic wastewater. In the future, the low-temperature magnetization furnace process will continue to play an important role in the field of waste treatment and resource utilization, and contribute to the construction of a beautiful China.