Method for mixing additives into and electrolyzing contaminated liquids
A method and apparatus for mixing chemical additives into contaminated liquids and electrolyzing contaminated liquids includes the positioning of a vibratable element, such as a metal spring, within a cylindrical liquid conduit. A treatment additive is introduced into the liquid upstream of the vibratable element and the liquid is directed through the conduit. The flow of the liquid in proximity to the vibratable element causes the element to vibrate and mix the liquid and the additive. The conduit and the vibratable element may be electrically charged such that the flow of the liquid in proximity to the charged and vibrating element causes an electrical charge to be imparted to the liquid. The vibration of the element also prevents fouling.
1. A method for mixing chemical additives into contaminated liquids, comprising the steps of:
providing a liquid conduit having a flow path with a cross-sectional flow path area;
positioning at least one vibratable element within the liquid conduit, such that the outer periphery of the at least one vibratable element is in close proximity to an inner wall of the conduit such that the liquid is forced to flow around the at least one vibratable element, the at least one vibratable element being a coiled helix disposed around a rigid central support to reduce the cross-sectional flow path area of the liquid conduit, the rigid central support having a first end and an opposed second end and being secured to the liquid conduit and the coiled helix having a first attachment point attached to the first end of the rigid central support and a second attachment point attached to the second end of the rigid central support;
introducing a treatment additive into a contaminated liquid upstream of the vibratable element, the treatment additive selected to interact chemically with the contaminants in the liquid; and
directing the liquid through the conduit, whereby the flow of the liquid in proximity to the at least one vibratable element causes the element to vibrate and mix the liquid and the additive.
2. The method of claim 1 , wherein the liquid is pressurized.
3. The method of claim 1 , wherein the conduit comprises a cylinder.
4. The method of claim 1 , wherein the coiled helix comprises a metal spring.
5. The method of claim 1 , wherein the introducing step comprises introducing a liquid, gaseous, or solid chemical additive to the liquid stream.
6. The method of claim 1 wherein the coiled helix is an extension spring attached to the rigid central support under tension.
7. The method of claim 6 wherein the coiled helix is an extension spring that, when relaxed, is fully collapsed.
8. A method for electrolyzing a contaminated liquid, comprising the steps of:
positioning at least one electrically conductive and vibratable element within a liquid conduit having at least a portion thereof which is electrically conductive;
positioning a liquid flow directing support comprised of an insulative material within the at least one vibratable element;
electrically charging the conduit and the at least one vibratable element; and
directing the liquid through the conduit, whereby the flow of the liquid is increased between the support and an inner wall of the conduit and forced into close proximity to the at least one vibratable element causing an electrical charge to be imparted to the liquid and also causing the at least one vibratable element to vibrate and prevent fouling of the at least one vibratable element.
9. The method of claim 8 , wherein the liquid is pressurized.
10. The method of claim 8 , wherein the positioning step includes positioning the at least one vibratable element within the conduit such that the outer periphery of the at least one vibratable element is in close proximity to an inner wall of the conduit such that the liquid is forced to flow around the at least one vibratable element.
11. The method of claim 8 , wherein the conduit comprises a cylinder.
12. The method of claim 11 , wherein the vibratable element comprises a helix coil disposed within the cylinder.
13. The method of claim 12 , wherein the coil comprises a metal spring.
14. The method of claim 8 , including the step of introducing a liquid, gaseous, or solid chemical additive to the contaminated liquid upstream of the at least one vibratable element.
15. A method for mixing chemical additives into and electrolyzing a contaminated liquid, comprising the steps of:
positioning a coiled spring comprised of an electrically conductive material within a cylindrical liquid conduit having at least a portion thereof which is electrically conductive such that the outer periphery of the spring is closely spaced to an inner surface of the conduit;
electrically charging the conduit and the spring;
introducing a liquid, gaseous, or solid chemical additive to the contaminated liquid upstream of the coiled spring;
pressurizing the liquid; and
directing the liquid into an inlet of the conduit, whereby the flow of the liquid through the conduit and in proximity to the spring causes an electrical charge to be imparted to the liquid and also causes the spring to vibrate and prevent fouling thereof.
16. The method of claim 15 , including the step of positioning a liquid flow directing support comprised of an insulative material within the spring whereby the flow of the liquid is increased between the support and an inner wall of the conduit and forced into close proximity to the spring.