Upward Sloping Density Current Baffle for Clarifier Tanks

The baffle is designed with an upward slope from the tank bottom rather than being vertical or downward-sloping. This dynamic geometry allows the baffle to effectively redirect density currents across a wide range of flow rates, including low flow conditions where traditional baffles fail. The upward slope creates a more stable flow pattern that maintains effectiveness during sudden flow changes such as those occurring after rain storms.

Instead of positioning the baffle horizontally at a specific height that depends on knowing the sludge blanket height, the invention uses a vertical dimension approach with an upward slope from the tank bottom. This dimensional change eliminates the need to know or measure sludge blanket height, as the upward-sloping geometry automatically adapts to different sludge levels while maintaining effective current redirection and TSS reduction.

Traditional baffles slope downward or are vertical, but this invention inverts the approach by using an upward slope from the tank bottom. This inverted geometry more effectively blocks hydraulic short circuits that would otherwise bypass the main clarification volume, while still redirecting density currents back toward the center of the tank. The upward slope creates a more complete barrier that prevents both current escape and short-circuiting.