Authors :
Kunal Tiwari; Jaydeep Sharma; Mayank Bisht; Priyanshu Tiwari; Saad Ameer
Volume/Issue :
Volume 7 - 2022, Issue 3 - March
Google Scholar :
https://bit.ly/3IIfn9N
Scribd :
https://bit.ly/3sdOgy3
DOI :
https://doi.org/10.5281/zenodo.6486797
Abstract :
The review paper presents the design and
development of a Cyclone Separator, a device which uses
centrifugal force to separate particulate matter (solid
and liquid) from flue gases and its utilization for various
particulate matters like vegetable oil, cigarette smoke,
wood dry, pollen grain etc. Cyclone Separators are used
in variety of places due to their versatile applications,
low maintenance and low cost e.g., sawmills, cement
industries, residential filtration etc. The main aim of this
work is to study about the flow field, velocity and
pressure distribution and effect of variation of inlet
angle at entry passage of Cyclone Separator using CFD
analysis. The study shall help in understanding the
working of Cyclone Separator and variation of efficiency
with the change in the inlet angle for different
particulate matters.
The review paper presents the design and
development of a Cyclone Separator, a device which uses
centrifugal force to separate particulate matter (solid
and liquid) from flue gases and its utilization for various
particulate matters like vegetable oil, cigarette smoke,
wood dry, pollen grain etc. Cyclone Separators are used
in variety of places due to their versatile applications,
low maintenance and low cost e.g., sawmills, cement
industries, residential filtration etc. The main aim of this
work is to study about the flow field, velocity and
pressure distribution and effect of variation of inlet
angle at entry passage of Cyclone Separator using CFD
analysis. The study shall help in understanding the
working of Cyclone Separator and variation of efficiency
with the change in the inlet angle for different
particulate matters.
