Aerating and liquid agitating device

An aerating and liquid agitating device suitable for introducing agitating air into a liquid to mix and aerate solids with the liquid, the device comprising:

• a male threaded reducer defined by a pump end and a tank end, the pump end being operable to couple to a liquid pump, whereby pumped liquid flows from the pumped end to the tank end;
• a device fitting defined by an ingress end, an egress end, and an opening between the ingress end and the egress end, the ingress end detachably coupled to the tank end of the male threaded reducer, the device fitting having a sidewall forming a uniformly straight linear flow path for the liquid from the ingress end to the egress end;
• a reduction in width or diameter from the tank end of the male threaded reducer to the ingress end of the device fitting;
• whereby the reduction in width or diameter from the tank end of the male threaded reducer to the ingress end of the device fitting increases flow pressure of the liquid from the male threaded reducer to the device fitting;
• an air inlet fitting having an inlet fitting wall passing through the opening in the device fitting and having a terminal wall end terminating inside the device fitting, the inlet fitting wall having a straight linear shape to the terminal wall end, the inlet fitting wall disposed perpendicular to the flow of the liquid through the device fitting, the terminal wall end of the air inlet fitting defined by an open-ended terminal angled profile sloped between from about 45° to about 60° with respect to a pathway of air flow through the air inlet fitting and facing downstream of flow of the pumped liquid, the terminal wall end with the terminal angled profile disposed at least about ⅔ across a diameter of the device fitting from the opening and terminating in spaced-apart relationship to the sidewall of the device fitting, the terminal wall end having an air inlet fitting opening, whereby the terminal angled profile and the air inlet fitting opening of the air inlet fitting have a length less than the diameter of the device fitting;
• an air inlet hose coupled to the air inlet fitting, the air inlet hose introducing air into the device fitting through the air inlet fitting;
• whereby the air inlet fitting in the device fitting creates a straight-in airline, so as to increase flow of the air into the device fitting;
• whereby injection of the air through the air inlet hose and the air inlet fitting into the device fitting increases due to vacuum pressure induced at the air inlet fitting;
• and
• a liquid tank disposed in fluid communication with the device fitting, the liquid tank suitably configured to suspend the solids in solution in the liquid as the agitating air mixes the solids with the liquid in the liquid tank.

An aerating and liquid agitating device suitable for introducing agitating air into a liquid to mix and aerate solids with the liquid, the device comprising:

• a male threaded reducer defined by a pump end and a tank end, the pump end being operable to couple to a liquid pump, whereby pumped liquid flows from the pumped end to the tank end;
• a device fitting defined by an ingress end, an egress end, and an opening between the ingress end and the egress end, the ingress end detachably coupled to the tank end of the male threaded reducer, the device fitting having a sidewall forming a uniformly straight linear flow path for the liquid from the ingress end to the egress end;
• about a 10% to 40% reduction in width or diameter from the ingress end to the egress end of the device fitting;
• a reduction in width or diameter from the tank end of the male threaded reducer to the ingress end of the device fitting;
• whereby the reduction in width or diameter from the ingress end to the egress end of the device fitting and the reduction in diameter from the tank end of the male threaded reducer to the ingress end of the device fitting increases flow pressure of the liquid from the male threaded reducer to the device fitting;
• an air inlet fitting having an inlet fitting wall passing through the opening in the device fitting and a terminal wall end terminating inside the device fitting, the inlet fitting wall having a straight linear shape to the terminal wall end, the inlet fitting wall disposed perpendicular to the flow of the liquid through the device fitting, the terminal wall end of the air inlet fitting defined by an open-ended terminal angled profile sloped between from about 45° to about 60° with respect to a pathway of air flow through the air inlet fitting and facing downstream of the flow of the pumped liquid, the terminal wall end with the terminal angled profile disposed at least about ⅔ across a diameter of the device fitting from the opening and terminating in spaced-apart relationship to the sidewall of the device fitting, the terminal wall end having an air inlet fitting opening, whereby the terminal angled profile and the air inlet fitting opening of the air inlet fitting have a length less than the diameter of the device fitting;
• an air inlet hose coupled to the air inlet fitting, the air inlet hose introducing air into the device fitting through the air inlet fitting;
• whereby the air inlet fitting in the device fitting creates a straight-in airline, so as to increase flow of the air into the device fitting;
• whereby injection of the air through the air inlet hose and the air inlet fitting into the device fitting increases due to vacuum pressure induced at the air inlet fitting;
• at least one stabilizing arm engaged with the device fitting;
• and
• a liquid tank disposed in fluid communication with the device fitting, the liquid tank suitably configured to suspend the solids in solution in the liquid as the agitating air mixes the solids with the liquid in the liquid tank.