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Water saving performance and macro fluid analysis of a new cyclonic water collector

Power and chemical plants entail serious water loss during their operation.
 In order to save water by alleviating the loss of the circulating water in
 the cooling tower, a FLUENT simulation is performed to design and analyze a
 cyclonic water collector. The geometrical structure of the collector was
 such designed that the trajectory of the steam is optimized. The turbulence
 caused by the collector increases the possibility for collisions between
 water molecules, and the accumulation of tiny drops could be recycled. The
 results of the numerical simulation and the experiment verification
 demonstrate the ability of the proposed device to save much water.
 Furthermore, the mechanisms for water recycling and water saving are
 elucidated clearly through the gas-liquid coupling of the circulating water
 and cooling water. The present theory gives deep insights into the
 optimization of water-saving facilities and improvement of water-saving
 efficiency.