Used JEL / JUSUNG Cyclone Plus #9282361 for sale

JEL / JUSUNG Cyclone Plus is a reactor designed specifically for catalytic refining processes and fluidized bed applications. It features a cylindrical steel shell, lined with high-temperature resistant insulation material. Inside the shell is a large solid catalyst bed, which comprises solid particles or beads of different sizes that mix and react with the raw materials under a catalytic action. JEL Cyclone Plus reactor has a unique design that optimizes the whole process. It has a large inlet at the top of the reactor, which connects to a cyclone separator. The incoming material is forced into the reactor by an internal fan, and the separator removes larger contaminants from the material. The material then continues to the catalyst bed where it is mixed with a fluidizing gas and circulated in the bed. This results in uniform heat and mass transfer within the bed, accelerating the reaction rate. The material then exits the catalyst bed and goes to a lower free-flow area where JUSUNG Cyclone Plus eccentricity separator further enriches the reaction products caused by the chemical interaction between the solid particles in the bed. The useful product material is finally removed by a top magnetic separator, while the tailing material is removed from the bottom of the reactor. Cyclone Plus reactor offers several advantages. It provides high heat transfer efficiency, high sensitivity to physical properties of catalysts, and robustness to pressure variations. Additionally, it ensures homogenized catalyst loading and reaction conditions in the bed, thus providing high quality process results. The reactor is capable of operating for a long period of time with minimal maintenance requirements. Finally, JEL / JUSUNG Cyclone Plus reactor is easily integrated into existing systems due to its modular design. In conclusion, JEL Cyclone Plus reactor is a modern and reliable reactor designed for refining and fluidized bed applications. It offers excellent performance and robustness, and is easy to integrate into existing systems. As such, it is an ideal choice for catalytic refining processes.