RTO thermal storage honeycomb ceramic thermal storage Pingxiang Qunxing

Description :

　　The key component of a regenerative thermal incinerator (RTO) is the honeycomb ceramic thermal storage body, which has the advantages of large heat transfer area per unit volume, fast heat transfer, low airflow resistance, shallow heat transfer depth, and high thermal efficiency.

　　At present, the hole types of honeycomb ceramic thermal storage bodies are mainly square holes, circular holes, and hexagonal holes. In practical use, there are two problems with square hole honeycomb ceramic thermal storage bodies: A. The cross ribs of honeycomb ceramic thermal storage bodies are prone to block the upper and lower layers of honeycomb ceramics, thereby increasing the pressure drop of honeycomb ceramics; B、 Due to the lack of horizontal flow when the airflow passes through the straight holes of honeycomb ceramics, it is impossible to ensure the uniformity of the airflow across the cross-section; So the actual heat recovery rate is lower than the theoretical heat recovery rate.

　　At present, the materials of the products include: cordierite, mullite, silica, corundum mullite, dense cordierite, dense mullite, etc; Hole type: square, rectangle, circle, triangle, hexagonal hole, etc

　　Product performance:

　　1. Raise the heat loss of exhaust gas, greatly limit the utilization rate of advanced fuels, and increase unit energy consumption;

　　2. Improve the practice of extinguishing temperature, improve extinguishing conditions, meet the low-temperature requirements of thermal facilities, expand the use of low calorific value fuels, especially blast furnace gas, and improve the utilization rate of fuel calorific value;

　　3. Improve furnace heat replacement conditions, increase facility output and product quality, and reduce facility investment;

　　4. Increase the exhaust emissions and harmless gas emissions of thermal facilities per unit product, reduce atmospheric purification, and improve the environment.

AfterSalesService :

• RTO thermal storage body