Electrocoagulation unit
AssigneeWater Vision Incorporated
InventorsGregory K. Norman, Xandra Joines Turner, Joshua Hebert, Jason Michael Kirk
Life of this patent
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Abstract
An electrocoagulation unit that may include an outer shell, and a set of electrodes disposed within the inner housing. Each electrode is separated from an adjacent electrode by an electrode gap spacing. The outer shell may further include a fluid inlet; a fluid outlet; a first busbar opening with a first busbar gland associated therewith.
Claims18
An electrocoagulation unit comprising:
- an outer shell, the outer shell further comprising:
- a fluid inlet;
- a fluid outlet;
- a first busbar opening;
- a second busbar opening;
- an inner housing coupled with the outer shell;
- a set of electrodes disposed within the inner housing, each electrode being separated from an adjacent electrode by an electrode gap;
- a first pressure gland assembly sealingly coupled with the first busbar opening, the first pressure gland assembly further comprising a first gland power bar disposed within a first gland body;
- a second pressure gland assembly sealingly coupled with the second busbar opening, the second pressure gland assembly further comprising a second gland power bar disposed within a second gland body;
- a first busbar coupled with the first gland power bar, and further coupled with every other electrode of the set of electrodes;
- a second busbar coupled with the second gland power bar, and further coupled in an alternating manner with every electrode of the set of electrodes not coupled with the first busbar;
- and
- a plurality of sacrificial media disposed between each respective adjacent pair of electrodes.
An electrocoagulation unit comprising:
- an outer shell, the outer shell comprising:
- a first busbar opening;
- an inner housing within the outer shell;
- a set of electrodes disposed within the inner housing, each electrode being separated from an adjacent electrode by an electrode gap;
- a first pressure gland assembly sealingly coupled with the first busbar opening, the first pressure gland assembly further comprising a first gland power bar disposed within a first gland body;
- a first busbar coupled with the first gland power bar, and further coupled with every other electrode of the set of electrodes;
- and
- a plurality of sacrificial media disposed between each respective adjacent pair of electrodes.
The electrocoagulation unit of 13, wherein an at least one electrode of the set of electrodes comprises a main electrode body made of platinum, and an outer electrode surface coating selected from a group consisting of any noble metal, wherein the at least one electrode is coupled with the first busbar via a jumper, and wherein the jumper comprises a first jumper surface portion coated with the dielectric material, and a second jumper surface portion coated with the conductive material.
An electrocoagulation unit comprising:
- an outer shell comprising a first busbar opening;
- an inner housing within the outer shell;
- a set of 4 to 10 electrodes disposed within the inner housing, each electrode being separated from an adjacent electrode by an electrode gap in a range of 5 inches to 7 inches;
- a first pressure gland assembly sealingly coupled with the first busbar opening, the first pressure gland assembly further comprising a first gland power bar disposed within a first gland body;
- a first busbar coupled with the first gland power bar, and further coupled with every other electrode of the set of electrodes;
- and
- a plurality of sacrificial media disposed between each respective adjacent pair of electrodes, wherein each of the set of electrodes comprises a cumulative surface area in a range of 1000 inches to 2000 inches, and wherein the first busbar comprises a main busbar body made of a conductive metal, and further comprises a first surface portion coated with a dielectric material, and a second surface portion coated with a conductive material.
The electrocoagulation unit of 16, wherein an at least one electrode of the set of electrodes comprises a main electrode body made of platinum, and an outer electrode surface coating selected from a group consisting of any noble metal, wherein the at least one electrode is coupled with the first busbar via a jumper, and wherein the jumper comprises a first jumper surface portion coated with the dielectric material, and a second jumper surface portion coated with the conductive material.
Dependencies are inferred from the claim text.