Waste incinerators dispose of garbage by incinerating at high temperatures. In an incinerator, the garbage is ignited and burned, and the organic matter in the garbage is converted into harmless substances such as carbon dioxide and water through high-temperature oxidation. This treatment method can effectively reduce the volume and quality of garbage, and achieve the purpose of reduction and harmlessness. However, traditional waste incinerators may produce some harmful gases and soot, causing some pollution to the environment.
The low-temperature magnetization and degradation furnace adopts a more environmentally friendly and efficient treatment method. It uses the action of magnetic field and low temperature to make the organic matter in the garbage undergo pyrolysis reaction under the condition of lack of oxygen or micro-oxygen, so as to convert the garbage into combustible gas, liquid and a small amount of solid residue. This treatment method can not only effectively reduce the volume and quality of garbage, but also realize the recycling of resources, which has high economic and environmental benefits. In addition, the low-temperature magnetization and degradation furnace also has the advantages of stable operation, simple operation and wide application range.
In terms of scope of application, waste incinerators are more used in the treatment of municipal solid waste and industrial waste. The low-temperature magnetization and degradation furnace is more suitable for some special types of garbage treatment, such as the treatment of medical waste, sick and dead livestock and poultry and other hazardous waste. In addition, due to its superior environmental performance, low-temperature magnetization and degradation furnaces have also been gradually applied in some areas with high environmental requirements.
