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Exact(14)
The control problem considered here is the management of air quality associated to a control of the outdoor air rates.
In addition, discharge velocity profiles were measured as a function of the froth height over the launder lip for two froth crowder angles and two superficial air rates.
Experimental results were obtained for three impeller speeds, ten air rates and four inlet and outlet combinations of top and bottom.
Measurements were taken at three different air rates, namely 0.13, 0.25 and 0.38 L/min (corresponding to average gas volume fractions of 0.0065, 0.0138 and 0.0197, respectively).
Thus, using higher air rates, it was possible to achieve more than an order of magnitude increase in the emulsification rate.
This way the supply air is used most effectively and supply air rates can be reduced while still maintaining good indoor air quality for a great number of floor plan topologies.
Similar(46)
Therefore, this study focuses on levels of CO2 and calculates the makeup air rate and recirculation air rate of indoor spaces.
In the mode of mechanical air supply, the best supply air rate and case were determined.
Air rate and froth depth are the most commonly adjusted levers in PGM flotation plants.
The air rate is universally over-sized in underground hydroelectric stations causing energy to be wasted.
The variables in the experiments were the air rate, the recirculation air ratio (RAR) and the bypass air ratio.
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