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The parametric study has been done by varying cooling water inlet flow rate, water inlet temperature, flue gas inlet flow rate, inlet temperature, and inlet dew point.
A higher inlet flow rate led to a thinner oil core with constant inlet oil concentration.
The influences of pipe wall rotation speed and inlet flow rate were also investigated.
The inlet flow rate was identified as the most significant factor.
To the extent possible, inlet flow rate and temperature were held constant during each test.
The separability of gas increased with increase in the inlet flow rate and pressure.
Predicted local conditions and global results are presented for two ranges of conditions: (i) relatively low inlet flow rate with low heat flux and (ii) relatively high inlet flow rate with high heat flux.
As results, inlet flow rate, inclination angle of wall and inlet design are proposed for optimum operational conditions.
Collection efficiency of the cyclone was measured for different values of the inlet flow rate and the vortex finder length.
This is achieved by manipulating the primary air channel inlet flow rate and the secondary air channel inlet temperature.
On the contrary a decrease in the electrical energy consumption EEC is observed when the inlet flow rate increases.
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