fan shape condenser segments 34 are combined and redistributed into the other 4 annular fan shape condenser segments 34 at the opposite side the partially cooled regeneration air from the flow redistribution chamber 31 is further cooled by the condensing coils and more h 2 o is removed the regeneration air with saturated water exiting from the condensing coils is passed into the 4 outer annular fan fluid transfer segments 27 the water condensed by the condensing coils is removed by a drain 28 shown in fig5 7 a and 7 b at the center of the flow redistribution chamber 31 the water saturated air from the four outer annular fan fluid transfer segments 27 flows into the four upper outer annular fan fluid transfer segments 21 as shown in fig4 and then goes into the four annular fan segments 19 through the perforated plate screen 20 the 4 adsorption annular fan segments 19 are opposite to the four regeneration annular fan segments h 2 o in the cooled saturated air is adsorbed and removed by the cool adsorbent the dried air effluent flows through perforated plate screen 18 stationary flow distribution segments 17 opening s on plate 22 as shown in fig4 and fig5 the corresponding flow distribution channel in the flow distribution box and plate opening 14 of the rotating flow channel in fig5 fig6 a and fig6 b the outer annular of the rotating flow channel of the rotary device 12 sealing plate 9 and 7 and then exit the inlet outlet channel 1 as shown in fig5 the internal walls of stationary pipe and rotary device denoted as 4.