ZVPD-type organic exhaust gas purification catalyst takes modified alumina of high temperature and high specific surface area, rare earth oxygen storage material of high performance, and perovskite-type transition oxide as catalytic material carrier, it takes precious metal platinum (PT) and palladium (PD) as main active components. By matching catalytic materials and active species of precious metal perfectly, and dispersing them into the catalytic materials evenly, the catalyst with low ignition temperature and high durability is formed. It is a low temperature and high efficiency industrial exhaust gas purification catalyst with independent patent right.
Honeycomb ceramic regenerator is the key and core component of regenerative high temperature combustion technology (HTAC technology). Regenerative high-temperature combustion technology (HTAC technology) is a new concept of combustion technology, which organically combines waste heat recovery of flue gas with high-efficiency combustion and reduction of NOx emissions, and achieves the dual purpose of energy saving and limiting NOx emissions.
Honeycomb ceramics for heat exchange include ceramic honeycomb heat recovery beds, heat exchange beds, heat storage and recovery ceramic media, and heat exchange elements/media. Ceramic monolithic media provide significant energy savings in iron and steel plants, the metallurgical industry, and in regenerative thermal oxidizers (RTO). The honeycomb integral furnace is the key component of the furnace, which is widely used in various heaters, sirocco furnaces, heat treatment furnaces, pyrolysis towers, roasting furnaces, melting furnaces, and balance heating furnaces. This technology can save more than 40-70% of energy.