Continuous batch pyrolysis furnace is a common type of heat treatment furnace, characterized by intermittent heating process, that is, a certain amount of waste is incinerated at once. The advantage of this furnace type is that temperature control is relatively easy, it can adapt to various types of waste, and operating parameters can be flexibly adjusted to meet different treatment needs. The processing capacity of the batch pyrolysis furnace is relatively small, making it suitable for handling small waste.

The double helix hydraulic feeder is a new generation product that integrates stable flow conveying, weighing and quantitative control of powder materials; Suitable for continuous measurement and batching of powder materials in various industrial production environments; Multiple advanced technologies have been adopted, ensuring reliable operation and high control accuracy; Especially suitable for continuous measurement and batching of powder materials in industries such as building materials, metallurgy, power, and chemical engineering

The hydraulic feeder is mainly used to squeeze and fill the entire converter with raw materials such as waste rubber and oil sludge. The fully automatic hydraulic feeder can achieve functions such as forward, backward, left and right lateral movement, height adjustment, and remote control of material pushing. The operation is simple and convenient, reducing manual labor and labor intensity. Shortened the loading time while also increasing the loading amount. According to the current development trend, it is already an important project for customers to renovate old equipment, which is a standard configuration on the new equipment delivery list. Here is a brief introduction to avoiding equipment failures caused by misoperation.

The U-shaped screw conveyor consists of a shaft and blades arranged along the spiral line on the shaft. Vertical screw conveyors and tubular screw conveyors belong to special screw conveyors. The casing is a circular tube, and the centrifugal force generated by the high-speed rotation of the spiral belt animal material pushes the material towards the wall of the tube, which is then pushed upwards by the blades.

Used to collect solid waste or slag produced during the incineration process. During the incineration process, domestic waste will be burned to produce solid residues, which need to be effectively collected and processed to reduce environmental pollution.

Used to provide the medium pressure wind required inside the system. Such fans are commonly used in a variety of applications, including conveying waste, venting exhaust, and providing airflow to support incineration processes.

It is used in the incinerator system for secondary combustion of exhaust gas to reduce the emission of harmful gases, improve incineration efficiency, and meet environmental emission standards.

Used to provide heat energy required by equipment such as incinerators. It utilizes the high-temperature heat energy in the flue gas generated during the incineration process and recovers and utilizes it through the non-condensable gas circulation system to achieve effective utilization and recycling of energy.

Used to purify and treat waste gas generated during the treatment process. It usually uses various adsorbents, catalysts and other materials to adsorb, decompose or transform harmful substances in exhaust gas to meet environmental emission standards.

The oil-water temporary storage tank is a device used to temporarily store the oil-water mixture produced during the treatment of domestic waste. During the domestic waste treatment process, some liquid waste containing grease and water may be produced, such as sewage from the kitchen waste treatment process. The main function of the oil-water temporary storage tank is to temporarily store these oil-water mixtures for subsequent processing or disposal.

It is used to transport and discharge the waste residue generated during the incineration process from the incinerator. During the incineration process, the garbage is burned by the flame and hot gas in the high-temperature furnace, producing ash and other residue materials, which need to be transported and processed through a high-temperature slag discharge auger.

It is mainly used to provide fuel combustion in incinerators and minimize the generation of nitrogen oxides (NOx), thereby reducing environmental pollution. NOx is a gas harmful to air quality and human health, so the use of low-nitrogen burners is of great significance for reducing nitrogen oxide emissions.