Electrode watering assemblies and methods for maintaining cathodic monitoring of structures
Assemblies and methods for maintaining cathodic monitoring of underground structures may include an electrode watering assembly having a cap that includes a cap body of a rigid material defining one or more chambers adjacent to a proximal electrode end of a permanent reference electrode when installed thereon. The cap body may include a distal cap end defining a distal opening configured to be disposed around the proximal electrode end and a proximal cap end defining a proximal opening. The electrode watering assembly may include a conduit having a flexible material. The conduit may include a distal conduit end configured to be fluidly coupled to the proximal opening and a proximal conduit end configured to be positioned at a cathodic test station, such that fluid directed into the proximal conduit end is directed through the conduit and into the one or more chambers for watering at least the proximal electrode end.
1. An electrode watering system to maintain cathodic monitoring of a structure at least partially underground, the electrode watering assembly comprising:
a permanent reference electrode configured to monitor cathodic protection of the structure, the permanent reference electrode having a proximal electrode end, a distal electrode end, and an electrode therebetween;
a cap comprising a cap body defining a reservoir adjacent to the proximal electrode end, the cap body having a distal cap end defining a distal opening disposed around the proximal electrode end and a proximal cap end defining a proximal opening;
an electrical conductor electrically coupled to the electrode, the electrical conductor extending from the proximal electrode end and through the distal opening, the reservoir, and the proximal opening; and
a conduit having a distal conduit end fluidly coupled to the proximal opening and a proximal conduit end configured to be positioned at a cathodic test station, such that fluid directed into the proximal conduit end is directed through the conduit and into the reservoir for watering the proximal electrode end.
2. The electrode watering system of claim 1 , wherein the permanent reference electrode comprises a solid electrolyte compound or a gel electrolyte compound between the proximal electrode end and the distal electrode end.
3. The electrode watering system of claim 1 , further comprising a gasket positioned between the proximal electrode end and the distal cap end to establish a waterproof seal therebetween.
4. The electrode watering system of claim 1 , wherein the proximal opening of the proximal cap end has a smaller open area than the distal opening of the distal cap end.
5. The electrode watering system of claim 1 , further comprising a waterproof connector disposed around the proximal cap end to establish a waterproof seal between the electrical conductor, the conduit, and the proximal cap end.
6. The electrode watering system of claim 5 , wherein the waterproof connector comprises heat shrink tape, a gasket, or a combination thereof.
7. The electrode watering system of claim 1 , wherein the cap body comprises a distal tubular section having a first diameter, a proximal tubular section having a second diameter, and a shoulder section that slopes between the first diameter and the second diameter.
8. The electrode watering system of claim 1 , wherein the cap body comprises a divider wall defining an annular channel at least partially overlapped with the reservoir along a longitudinal axis, and wherein the annular channel is configured to receive overflow fluid from the reservoir and direct the overflow fluid to a surrounding environment.
9. An electrode watering system to maintain cathodic monitoring of a structure at least partially underground, the electrode watering assembly comprising:
a permanent reference electrode configured to monitor cathodic protection of the structure, the permanent reference electrode having a proximal electrode end, a distal electrode end, and an electrode and an electrolyte compound between the proximal electrode end and the distal electrode end;
a cap comprising a cap body defining a reservoir adjacent to the proximal electrode end, the cap body having a distal cap end defining a distal opening disposed around the proximal electrode end and a proximal cap end defining a proximal opening, and the proximal opening having a smaller open area than the distal opening;
an electrical conductor electrically coupled to the electrode, the electrical conductor extending from the proximal electrode end and through the distal opening, the reservoir, and the proximal opening; and
a conduit having a distal conduit end fluidly coupled to the proximal opening and a proximal conduit end configured to be positioned at a cathodic test station, such that fluid directed into the proximal conduit end is directed through the conduit and into the reservoir for watering the proximal electrode end.
10. The electrode watering system of claim 9 , wherein the electrolyte compound comprises a solid electrolyte compound or a gel electrolyte compound.
11. The electrode watering system of claim 9 , further comprising a gasket positioned between the proximal electrode end and the distal cap end to establish a waterproof seal therebetween.
12. The electrode watering system of claim 9 , further comprising a waterproof connector disposed around the proximal cap end to establish a waterproof seal between the electrical conductor, the conduit, and the proximal cap end.
13. The electrode watering system of claim 12 , wherein the waterproof connector comprises heat shrink tape, a gasket, or a combination thereof.
14. The electrode watering system of claim 9 , wherein the cap body comprises a distal tubular section having a first diameter, a proximal tubular section having a second diameter, and a shoulder section that slopes between the first diameter and the second diameter.
15. The electrode watering system of claim 9 , wherein the cap body comprises a divider wall defining an annular channel at least partially overlapped with the reservoir along a longitudinal axis, and wherein the annular channel is configured to receive overflow fluid from the reservoir and direct the overflow fluid to a surrounding environment.
16. An electrode watering system to maintain cathodic monitoring of a structure at least partially underground, the electrode watering assembly comprising:
a permanent reference electrode configured to monitor cathodic protection of the structure, the permanent reference electrode having a proximal electrode end, a distal electrode end, and an electrode therebetween;
a cap comprising a cap body defining a reservoir adjacent to the proximal electrode end, the cap body having a distal cap end defining a distal opening disposed around the proximal electrode end and a proximal cap end defining a proximal opening, and the distal cap end being fluidly sealed against the proximal electrode end;
an electrical conductor electrically coupled to the electrode, the electrical conductor extending from the proximal electrode end and through the distal opening, the reservoir, and the proximal opening; and
a conduit having a distal conduit end fluidly coupled to the proximal opening and a proximal conduit end configured to be positioned at a cathodic test station, such that fluid directed into the proximal conduit end is directed through the conduit and into the reservoir for watering the proximal electrode end, and the proximal cap end being fluidly sealed against the electrical conductor and the distal conduit end.
17. The electrode watering system of claim 16 , wherein the permanent reference electrode comprises a solid electrolyte compound or a gel electrolyte compound between the proximal electrode end and the distal electrode end.
18. The electrode watering system of claim 16 , further comprising a gasket positioned between the proximal electrode end and the distal cap end to establish a waterproof seal therebetween.
19. The electrode watering system of claim 16 , wherein the proximal opening of the proximal cap end has a smaller open area than the distal opening of the distal cap end.
20. The electrode watering system of claim 16 , further comprising a waterproof connector disposed around the proximal cap end to establish a waterproof seal between the electrical conductor, the conduit, and the proximal cap end.
21. The electrode watering system of claim 20 , wherein the waterproof connector comprises heat shrink tape, a gasket, or a combination thereof.
22. The electrode watering system of claim 16 , wherein the cap body comprises a distal tubular section having a first diameter, a proximal tubular section having a second diameter, and a shoulder section that slopes between the first diameter and the second diameter.
23. The electrode watering system of claim 16 , wherein the cap body comprises a divider wall defining an annular channel at least partially overlapped with the reservoir along a longitudinal axis, and wherein the annular channel is configured to receive overflow fluid from the reservoir and direct the overflow fluid to a surrounding environment.