Apparatus to separate light fluids, heavy fluids, and/or sediment from a fluid stream
Three flow paths within a single container are provided for the separation of contaminates, such as floating debris, heavy trash, lighter fluids and heavier fluids, from an effluent stream. A first flow path is provided for low flow conditions wherein the effluent stream pools in a first chamber within the container and the surface of the pooled fluid is drawn off, leaving heavy contaminates within the first chamber. The drawn fluid, with lighter and/or floating contaminates, enters a second chamber. The fluid is drawn from the second chamber below the surface level of the fluid, leaving the lighter and floating contaminates within the second chamber. In moderate flow conditions, a second flow path is established from the first chamber and out the container, bypassing the second chamber. Fluid for the second flow path is drawn from below the surface of the fluid in the first chamber to exclude light and floating contaminates. A third flow path is established when the first and second flow paths are insufficient to accommodate the effluent received by the container. The third flow path draws from the surface of the fluid in the first chamber and bypasses the second chamber in discharging from the container.
1. A separator for separation of floating, light and heavy, contaminates from an effluent stream, comprising;
a container:
a dividing wall separating said container into a first chamber and a second chamber, each configured for holding a quantity of fluid from said effluent stream;
an inlet conduit for providing fluid to said first chamber;
an outlet conduit for discharging fluid from said container;
a first conduit for providing fluid from said first chamber to said second chamber;
a second conduit for providing fluid from said first chamber to said outlet conduit:
a weir in said dividing wall for providing fluid from said first chamber to said outlet conduit;
a first flow path from said inlet conduit into said first chamber to the surface of said quantity of fluid in said first chamber out, through said first conduit, into said second chamber below the surface of said fluid in said second chamber into said outlet conduit at a first elevation;
a second flow path from said inlet conduit into said first chamber below said level of said fluid in said first chamber out, through said second conduit, into said outlet conduit at a second elevation above said first elevation;
a third, bypass flow path from said inlet conduit into said first chamber to the surface of said liquid in said first chamber out, through said weir, into said outlet conduit at a third elevation, above said first and second elevations.
2. A separator for separation of floating, light and heavy, contaminates from an effluent stream, comprising:
container;
a dividing wall separating said container into a first chamber and a second chamber, each configured for holding, a quantity of fluid from said effluent stream;
an inlet conduit for providing fluid to said first chamber;
an outlet conduit for discharging fluid fro n said container;
a first transfer conduit for transporting fluid from surface of said quantity of fluid in said first chamber, into said second chamber;
a second transfer conduit for transporting fluid from below the surface of said fluid in said second chamber into said outlet conduit at a first elevation;
a third transfer conduit for transporting fluid from below said level of said fluid in said first chamber into said outlet conduit at a second elevation above first elevation;
a bypass opening in said dividing wall for transporting fluid from the surface of said liquid in said first chamber into said outlet conduit at a third elevation, above said first and second elevations.
3. The separator of claim 2 , wherein said first transfer conduit discharges into said second chamber below the level of fluid in said chamber.
4. A separator for separation of floating, light and heavy, contaminates from an effluent stream, comprising:
a container;
a first dividing wall separating said container into a first chamber and a second chamber, each configured for holding a quantity of fluid from said effluent stream;
a second dividing wall separating the said first and second chamber and an outlet chamber;
an inlet conduit for providing fluid to said first chamber;
an outlet conduit for discharging fluid from said container;
a first transfer conduit for transporting fluid from the surface of said quantity of fluid in said first chamber, into said second chamber;
a second transfer conduit for transporting fluid from below the surface of said fluid in said second chamber into said outlet chamber at a first elevation;
a moderate flow opening in said second dividing wall for transporting fluid from below said level of said fluid in said first chamber into said outlet chamber at a second elevation above said first elevation;
a bypass opening in said second dividing wall for transporting fluid from the surface of said liquid in said first chamber into said outlet chamber at a third elevation, above said first and second elevations.