Add to ORKGSevere erosion in the lower cone and in the upper dipleg of second stage cyclones have been observed in commercial cyclones. The main objective of this study is to shed light on the mechanism by which this erosion takes place, and how different design and operating parameters affect the erosion. Experimental data on how parameters such as the cyclone length-to diameter ratio (L/D), inlet solids loading and gas outlet velocity affect second stage cyclone erosion are presented. The outlet gas velocity was varied by changing the size of the vortex tube diameter. The effect of a vortex stabilizer on cyclone cone erosion is also discussed
This thesis presents the results of an experimental study of the airflows in reverse-flow dust colle...
The common design of cyclone separators is the cylinder–on–cone design, and the conical shape has a ...
The effect of adding extra inlet channels on the operation of the Stairmand Cyclone has been investi...
In this study, CFD-based erosion modeling combined with experimental work was applied to a cyclone o...
The common design of cyclone separators is the cylinder–on–cone design, and the conical shape has a ...
Gas-solid separation systems with turbulent swirl flow that occur inside the cyclone will cause pres...
Gas-solid separation systems with turbulent swirl flow that occur inside the cyclone will cause pres...
Gas-solid separation systems with turbulent swirl flow that occur inside the cyclone will cause pres...
Gas-solid separation systems with turbulent swirl flow that occur inside the cyclone will cause pres...
Gas-solid separation systems with turbulent swirl flow that occur inside the cyclone will cause pres...
It is widely assumed that the vortex in a cyclone has a well defined length, which may be shorter th...
It is widely assumed that the vortex in a cyclone has a well defined length, which may be shorter th...
It is widely assumed that the vortex in a cyclone has a well defined length, which may be shorter th...
It is widely assumed that the vortex in a cyclone has a well defined length, which may be shorter th...
It is widely assumed that the vortex in a cyclone has a well defined length, which may be shorter th...
This thesis presents the results of an experimental study of the airflows in reverse-flow dust colle...
The common design of cyclone separators is the cylinder–on–cone design, and the conical shape has a ...
The effect of adding extra inlet channels on the operation of the Stairmand Cyclone has been investi...
In this study, CFD-based erosion modeling combined with experimental work was applied to a cyclone o...
The common design of cyclone separators is the cylinder–on–cone design, and the conical shape has a ...
Gas-solid separation systems with turbulent swirl flow that occur inside the cyclone will cause pres...
Gas-solid separation systems with turbulent swirl flow that occur inside the cyclone will cause pres...
Gas-solid separation systems with turbulent swirl flow that occur inside the cyclone will cause pres...
Gas-solid separation systems with turbulent swirl flow that occur inside the cyclone will cause pres...
Gas-solid separation systems with turbulent swirl flow that occur inside the cyclone will cause pres...
It is widely assumed that the vortex in a cyclone has a well defined length, which may be shorter th...
It is widely assumed that the vortex in a cyclone has a well defined length, which may be shorter th...
It is widely assumed that the vortex in a cyclone has a well defined length, which may be shorter th...
It is widely assumed that the vortex in a cyclone has a well defined length, which may be shorter th...
It is widely assumed that the vortex in a cyclone has a well defined length, which may be shorter th...
This thesis presents the results of an experimental study of the airflows in reverse-flow dust colle...
The common design of cyclone separators is the cylinder–on–cone design, and the conical shape has a ...
The effect of adding extra inlet channels on the operation of the Stairmand Cyclone has been investi...