Structural design of Essen absorption tower stirrer blades

电源：

～380V 50HZ

功率：

37KW 变频电机

The structural design of the absorption tower mixer blades includes blade diameter, blade shape and radian. The structure of the blades has an important impact on the mixing effect and life of the mixer. The increase in blade diameter will significantly enhance the turbulence intensity and improve the mixing effect, but the increase in blade weight will decrease the mixing efficiency, and the increase in blade tail speed will make the blade edge erosion more obvious. Usually agitators have a certain curved surface to improve mixing efficiency. The discharge performance of the curved impeller is higher than that of ordinary impellers. The downward-curved blades can produce efficient downward suction with smaller driving force. Finally, the smooth motion of the fluid medium is obtained by changing the inclination angle and the chord width of the curved surface along the length of the blade. That is, the blade with a smaller linear speed has a wider root and a larger slope, and a blade with a larger linear speed has a narrower end and a smaller slope. , to get the best speed effect. The agitator produced by Guangdong Essen Environmental Protection Technology Co., Ltd. has fully studied the influence of blade diameter, shape and radian on mixing efficiency. It has added a baffle at the front end of the blade to extend the service life of the blade. It is designed through simulation calculation methods. The shape of the blade and the curvature of the surface were modified to improve the mixing efficiency. Finally, a side-entry absorption tower mixer and its blade structure were designed for the wet flue gas desulfurization process. The company has professional technical personnel with rich design and practical experience, and cooperates with a number of high-tech professional units including South China University of Technology to ensure that it provides technology and products that meet customer needs.
If interested, please contact Mr. Liu