Air driven particle recirculator for a septic tank outlet baffle or filter assembly
View Patent ↗An air driven particle recirculator designed to introduce air around a single or multiple compartment septic tank discharge outlet baffle or filter assembly. The air driven particle recirculator causes a movement of waste particles and suspended solids to be forced away from the inlet of the outlet baffle or filter assembly to only allow cleaner filtered effluent to enter the secondary treatment system. The particle recirculator performs a function normally carried out by a settling compartment or clarifier zone associated in aerobic type septic systems. When installed in a single or multiple compartment septic tank utilizing an aerobic process, the particle recirculator will remove waste particles from the discharge area causing cleaner discharge and a cleaner septic tank filter assembly or outlet baffle reducing potential pre-mature failure or damage to the secondary treatment system. The particle recirculator, used in conjunction with an aerobic process, will result in dramatically and lower coliform and E. coli bacteria levels, as well as reduce levels of oil, grease, settable solids and suspended residue.
1. An air driven particle recirculator for use with pre-existing or newly installed single or multiple compartment septic tanks and aerobic systems utilizing an outlet baffle with a bottom inlet, comprising;
Means for delivering forced air around the exterior of the outlet baffle positioned above the bottom inlet to said outlet baffle.
2. The air driven particle recirculator of claim 1 , wherein said means for delivering forced air around the exterior of the outlet baffle positioned above the bottom inlet to said outlet baffle is an injected molded air passage along the exterior of the outlet baffle, wherein said injected molded air passage contains evenly spaced holes positioned above the bottom inlet of the outlet baffle.
3. The air driven particle recirculator of claim 1 , wherein said means for delivering forced air around the exterior of the outlet baffle positioned above the bottom inlet to said outlet baffle comprises;
a first piece of air tubing containing several holes evenly spaced throughout the tubing positioned in a circular pattern with a horizontal orientation positioned above the bottom inlet to said outlet baffle;
a second piece of air tubing positioned in a vertical orientation;
means for connecting said first piece of flexible air tubing to said second piece of flexible air tubing; and
means to connect the upper portion of said second piece of air tubing to an air supply line.
4. The air driven particle recirculator of claim 3 , wherein said first piece of air tubing is ¼ inch tubing curved into a circle having a diameter of approximately 7 inches, with said air tubing containing six 3/32 inch diameter holes evenly spaced throughout the tubing.
5. The air driven particle recirculator of claim 3 , wherein said second piece of air tubing is approximately 19 and ½ inches tall.
6. The air driven particle recirculator of claim 3 , further comprising a protective outer covering positioned externally to said second piece of air tubing.