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High-temperature refractory ceramic materials are selected as raw materials and mixed according to specific proportions to make uniform porcelain clay. The porcelain clay is put into the mold, and the porcelain clay is formed into a specific shape of the heat storage body through processes such as pressing. The formed regenerator is then placed in a drying chamber to remove moisture, and then the dried regenerator is placed in a kiln for high-temperature firing to achieve the required hardness and high-temperature resistance. After the fired regenerator is cooled, quality inspection is carried out, including inspection of appearance, size and temperature performance. Only regenerators that meet the standards can be packaged and sent to the market or customers.

Regenerative thermal oxidizer RTO is widely used in the industrial field as an efficient and environmentally friendly equipment. As a key component in the RTO system, the honeycomb ceramic regenerator plays an important role. The following is the importance of the honeycomb ceramic regenerator to the RTO system: 1.Efficient heat exchange: The honeycomb ceramic regenerator has a porous structure, a large number of surface areas and channels, which can achieve efficient heat exchange and preheat organic pollutants before entering the RTO system, thus improving combustion efficiency and reducing energy consumption. 2.Stable heat transfer: The honeycomb ceramic regenerator can stably absorb and release heat, achieve continuous heat transfer, increase heat recovery rate, and reduce operating costs. 3.Low pressure drop: The density of the honeycomb ceramic regenerator is small, so the pressure drop generated when running in the regenerative thermal oxidizer RTO system is small, which is beneficial to reducing equipment maintenance costs and extending the service life of the equipment. 4.Reliability and durability: The honeycomb ceramic regenerator has good high temperature resistance and corrosion resistance, ensuring the stable operation of the RTO system and extending the service life of the equipment. The key role of honeycomb ceramic regenerator in the regenerative thermal oxidizer RTO system is not only to improve energy utilization efficiency and reduce operating costs, but also to promote environmental protection and reduce the negative impact of industrial emissions on the environment.