forces a support tube 20 connects an impeller unit 22 and extends through a buoyancy module 24 to upwardly support a wind turbine 30 upon installation the turbine 30 is rotatable about a vertical axis and is positioned above the surface of the body of water the turbine 30 includes a plurality of wind sails 32 which are generally equidistantly mounted by a pair of axially vertically spaced mounting brackets 34 extending from a central hub 36 there is a variety of specific wind turbine engines which are suitable to spin the shaft including a three wing design savonius u201c scoop type u201d design giromill darrieus helical lenz wing and turbines such as those used for roof ventilation alternatively the turbine could be a horizontal turbine like a windmill using a 90 u00b0 gearbox to turn the vertical shaft a shaft 40 is connected to the wind turbine for rotation about a vertical axis the shaft 40 extends through the support tube to fixedly couple with the impeller unit 22 to rotatably drive the impeller unit 22 the impeller unit 22 includes a plurality of impeller prop blades 42 the impeller unit is housed within a protective cage formed by a pair of spaced plates 44 and axial struts 46 upon proper installation the wind turbine circulator 10 is installed upright in the body of water so that the wind turbine 30 is positioned above the surface of the water and the impeller unit 22 is positioned at a selected depth to provide for circulation of the water the wind turbine circulator is stabilized by the buoyancy module 24 the module 24 stabilizes the wind turbine circulator in an upright relatively.