Abstract: A baffle system for use in a clarifier tank, having a tank bottom and a periphery and a substantially vertical peripheral wall bounding the interior of the tank, has a plurality of baffles mounted on the peripheral wall of the clarifier tank. each baffle has an upper baffle surface with a lower end and an upper end. The upper end of the upper baffle portion is coupled to the side wall of the clarifier tank wall. The lower end of the upper baffle portion is disposed. at a substantially 60° angle away from the side wall of the clarifier tank such that the upper baffle surface slopes downwardly and away from the side wall.

Abstract: A baffle system for use in a clarifier tank, having a tank bottom and a periphery and a substantially vertical peripheral wall bounding the interior of the tank, has a plurality of baffles mounted on the peripheral wall of the clarifier tank. each baffle has an upper baffle surface with a lower end and an upper end. The upper end of the upper baffle portion is coupled to the side wall of the clarifier tank wall. The lower end of the upper baffle portion is disposed. at a substantially 60° angle away from the side wall of the clarifier tank such that the upper baffle surface slopes downwardly and away from the side wall.

Abstract: A density current baffle for use in a clarifier tank has a first baffle portion having a lower end, an upper end and an intermediate central portion. The lower end of the baffle portion is coupled to a side wall of the clarifier tank, the upper end of the baffle portion is disposed, at a predefined angle, away from the side wall of the clarifier tank such that the first baffle portion slopes upwardly and away from the side wall. The upper end is configured to receive a mounting bracket having a first end coupled to the end flange and a second end coupled to the side wall of the tank wall. The mounting bracket is a downwardly sloping panel member which together with the first baffle portion form a substantially closed baffle, so that solid materials may be prevented from building up behind the upwardly sloping central baffle portion.

Abstract: A baffle system for use in a clarifier tank, having a tank bottom and a periphery and a substantially vertical peripheral wall bounding the interior of the tank, has a plurality of baffles mounted on the peripheral wall of the clarifier tank, each baffle has an upper baffle surface with a lower end and an upper end. The upper end of the upper baffle portion is coupled to the side wall of the clarifier tank wall. The lower end of the upper baffle portion is disposed at a substantially 60° angle away from the side wall of the clarifier tank such that the upper baffle surface slopes downwardly and away from the side wall.

Abstract: A density current baffle for use in a clarifier tank has a first baffle portion having a lower end, an upper end and an intermediate central portion. The lower end of the baffle portion is coupled to a side wall of the clarifier tank, the upper end of the baffle portion is disposed, at a predefined angle, away from the side wall of the clarifier tank such that the first baffle portion slopes upwardly and away from the side wall. The upper end is configured to receive a mounting bracket having a first end coupled to the end flange and a second end coupled to the side wall of the tank wall. The mounting bracket is a downwardly sloping panel member which together with the first baffle portion form a substantially closed baffle, so that solid materials may be prevented from building up behind the upwardly sloping central baffle portion.

Abstract: A baffle system for use in a clarifier tank, having a tank bottom and a periphery and a substantially vertical peripheral wall bounding the interior of the tank, has a plurality of baffles mounted on the peripheral wall of the clarifier tank, each baffle has an upper baffle surface with a lower end and an upper end. The upper end of the upper baffle portion is coupled to the side wall of the clarifier tank wall. The lower end of the upper baffle portion is disposed, at a substantially 60° angle away from the side wall of the clarifier tank such that the upper baffle surface slopes downwardly and away from the side wall.

Abstract: A density current baffle for use in a clarifier tank maintains a first baffle portion having a lower end, an upper end and an intermediate central portion. The lower end of the baffle portion is coupled to a side wall of the clarifier tank and the upper end of the baffle portion is disposed, at a predefined angle, away from the side wall of the clarifier tank such that the first baffle portion slopes upwardly and away from the side wall.

Abstract: A density current baffle for use in a clarifier tank has a first baffle portion having a lower end, an upper end and an intermediate central portion. The lower end of the baffle portion is coupled to a side wall of the clarifier tank. The upper end of the baffle portion being disposed away from the side wall of the clarifier tank. The intermediate central portion between the lower end and the upper end, the baffle portion is curved such that the upper end curves inward towards the center of the tank.

Abstract: A density current baffle for use in a clarifier tank maintains a first baffle portion having a lower end, an upper end and an intermediate central portion. The lower end of the baffle portion is coupled to a side wall of the clarifier tank and the upper end of the baffle portion is disposed, at a predefined angle, away from the side wall of the clarifier tank such that the first baffle portion slopes upwardly and away from the side wall.

Abstract: A density current baffle for use in a clarifier tank has a first baffle portion having a lower end, an upper end and an intermediate central portion. The lower end of the baffle portion is coupled to a side wall of the clarifier tank. The upper end of the baffle portion being disposed away from the side wall of the clarifier tank. The intermediate central portion between the lower end and the upper end, the baffle portion is curved such that the upper end curves inward towards the center of the tank.