Hydrodynamic cavitation device
View Patent ↗An advanced hydrodynamic cavitation device formed from a cylindrical tube having a flow through chamber. The chamber has a series of stages with each stage formed from at least three plates spaced annularly and extending radially inward at an oblique angle with respect to the longitudinal axis of the flow through chamber. Each plate has shear inducing side edges and a plurality of orifices with shear inducing edges. The orifices are arranged perpendicular to the plates and shaped to control the velocity of the fluid. An unrestricted passageway exists along the central axis of the flow through chamber to provide a constant flow for continuous flushing of suspended solids to prevent clogging. Additionally, the passageway will facilitate the insertion of a pressure cleaning tube without requiring that the device be disassembled.
1. A device for enhancing hydrodynamic cavitation in fluids comprising: a dependent tube member having an inlet and outlet with a continuous sidewall forming a flow-through chamber; said flow-through chamber having an inner surface and an outer surface; a plurality of plate stages, each plate stage having at least three plates spaced annularly and secured to said tube member at an oblique angle with respect the longitudinal axis of said flow-through chamber, said plates further defined as having a top surface securable to said outer surface of said flow-through chamber and a bottom surface of each plate extending radially inward through a slot placed in said sidewall, said plate having a plurality of side surfaces and a plurality of orifices, said side surfaces constructed and arranged to form fluid shear inducing edges, said orifices constructed and arranged to form shear inducing edges; wherein passage of a fluid through said flow-through chamber results in the creation of a hydrodynamic cavitation field through fluid shearing along said shear inducing edges and said orifices in each plate.
2. The device for enhancing hydrodynamic cavitation in fluids according to claim 1 , wherein said plates are further defined as having a proximate end and a distal end.
3. The device for enhancing hydrodynamic cavitation in fluids according to claim 1 , wherein a depending flange having an inner surface and an outer surface is constructed and arranged to attach at a predetermined angle to said proximate end of said plate.
4. The device for enhancing hydrodynamic cavitation in fluids according to claim 1 , wherein said top surface, said bottom surface, said side surfaces and said depending flange of said plates are integrally formed.
5. The device for enhancing hydrodynamic cavitation in fluids according to claim 1 , wherein said plates are constructed and arranged in a triangular configuration.
6. The device for enhancing hydrodynamic cavitation in fluids according to claim 1 , wherein said inner surface of said depending flange further defined as having a substantially conjugate shape as said outer surface of said flow-through chamber.
7. The device for enhancing hydrodynamic cavitation in fluids according to claim 1 , wherein plurality of said orifices are constructed and arranged perpendicular to the said top surface of said plate.
8. The device for enhancing hydrodynamic cavitation in fluids according to claim 1 , wherein each said orifice is sized to control the velocity of fluid flow.
9. The device for enhancing hydrodynamic cavitation in fluids according to claim 1 , wherein each said orifice is sized to provide a predetermined pressure drop for a volume of fluid flow.
10. The device for enhancing hydrodynamic cavitation in fluids according to claim 1 , wherein said distal end of said plates is positioned in said flow-through chamber to create an unrestricted passageway along the central axis of said flow through chamber.
11. The device for enhancing hydrodynamic cavitation in fluids according to claim 1 , wherein said plates are releasably secured to said slot.
12. The device for enhancing hydrodynamic cavitation in fluids according to claim 1 , wherein said slots have a substantially conjugate shape as said proximate end of said plate.
13. The device for enhancing hydrodynamic cavitation in fluids according to claim 1 , wherein said plates extend radially inward through said slots at an oblique angle with respect to the longitudinal axis of said flow through chamber.
14. The device for enhancing hydrodynamic cavitation in fluids according to claim 1 , wherein said top surface forms a depending flange positioned to cooperate with the outer surface of said flow through chamber.
15. The device for enhancing hydrodynamic cavitation in fluids according to claim 1 , wherein said plates are anchored by attaching said flange to said outer surface of said flow through chamber by weldment.