Performance Evaluation of Cyclone Separator

Authors -Assistant Professor Mr.S.Ravi, A. Ajayprasath, S. Arun, A. Balamurugan

Abstract- — In India vast and diverse industrials in future and high demand for cleaning process is increases. Each year, thousands of tons row material or waste material use for recycling or purifier in India. Food, mineral water pure gas or air in mixture of some chemical or dust particle. Food or pharma industry maximum cost spends for cleaning process. Many cleanings process available but this mechanical device very costly therefore to replace the less cost effect and performance of remove dust particle is very efficient. Cyclones have often been regarded as low-efficiency collectors. However, efficiency varies greatly with particle size and cyclone design. Advanced design work has greatly improved cyclone performance. This project have discussed the design parameters required to construct a high performing cyclone through the application of the classical cyclone design, However, the pressure drop in this design does not consider any vertical dimensions as contributing to pressure drop, This is a misleading in that a tall cyclone would have the same pressure drop as a short one as long as cyclone inlets and outlets dimensions and inlet velocities are the same. The cyclone design model was used to obtain an accurate pressure drop and sizing of cyclone, The cyclone approach to design cyclones was to initially determine optimum inlet velocities for different cyclone designs, hence using the inlets velocity a cyclone dimension can be determined.

DOI: /10.61463/ijset.vol.10.issue2.211