SLUDGE TREATING APPARATUS

The present invention discloses a sludge treating apparatus having maximized purification efficiency. The sludge treating apparatus that sediments floating matters by using weir and discharges overlaying water includes extension bars having V-shaped grooves which are uniformly arranged disposed between V grooves formed in inner walls facing each other of the sludge treating apparatus and an inclination plate driving unit controlling rotation for installation angles of the inclination plates that are disposed at the uniform distance to induce the sedimentation of sludge. Thus, the extension bar having a V-shaped sectional area to extend to face the V grooves of the weir installed on the inner wall of the sedimentation bath may be disposed in each of the V grooves, and the V grooves may be uniformly disposed in a longitudinal direction of the extension bar to disperse a flow rate of the overlying water, thereby reducing concentration (SS) of the floating matters within the overlying water. Also, the inclination plate installed on a sedimentation area on which giant particles or congelation particles within waste water sink to the bottom of the sedimentation bath may be rotatable at a preset angle to discharge the sludge by changing the installed angle of the inclination plate at a time point at which an amount of sludge that passes through a multilayered thin film of the inclination plate and is sedimented, and thus the sedimentation rate of sludge may increase.