Fluid injection system with smart injection and receiver tanks
A tank including a fluid reservoir, a communication module, a controller, and at least one sensor. The fluid reservoir is configured to be in fluid communication with a cable segment. The communication module is configured to communicate with an external device. The sensor is configured to detect an injection parameter value, encode the injection parameter value in a sensor signal, and send the sensor signal to the controller. The controller is configured to automatically instruct the communication module to transmit information to the external device based on the injection parameter value.
1. An injection tank for use with a first valve, a second valve, and a source of charge gas to be connected to the injection tank by the second valve and to pressurize the injection tank, the injection tank to inject an injection fluid into a first end of a cable with a stranded conductor positioned inside an interior of the cable, the injection to cause the injection fluid to travel lengthwise through the stranded conductor toward a second end of the cable, the injection tank comprising:
a communication module to communicate with an external device;
a controller operable to cause the first valve to vent at least a first portion of the charge gas from inside the injection tank to prevent the first portion of the charge gas from traveling through the first valve into the interior of the cable, and the controller to be operable to cause the second valve to vent a second portion of the charge gas from the source of charge gas to prevent the second portion of the charge gas from entering the injection tank and traveling through the injection tank into the interior of the cable; and
at least one sensor to monitor the injection and send a monitoring signal to the controller, the controller to formulate information based at least in part on the monitoring signal and automatically provide the information to the external device via the communication module.
2. The injection tank of claim 1 , wherein the charge gas is to flow into the injection tank along a first flow path,
the first portion of the charge gas is to be vented by the first valve from the injection tank along a second flow path that is different from the first flow path.
3. The injection tank of claim 1 , wherein the communication module is to receive an instruction from the external device and forward the instruction to the controller,
the instruction instructs the controller to adjust at least one injection parameter, and
the controller is to adjust the at least one injection parameter in response to the instruction.
4. The injection tank of claim 3 , wherein the at least one injection parameter is a pressure at which the injection fluid is injected into the cable.
5. The injection tank of claim 1 for use with a receiver tank receiving a portion of the injection fluid injected into the cable, wherein the communication module is a first communication module, and the injection tank further comprises:
a second communication module to communicate with the receiver tank.
6. The injection tank of claim 1 for use with a different injection tank that is remote with respect to the injection tank, wherein the communication module is a first communication module, and
the injection tank further comprises a second communication module to communicate with the different injection tank.
7. A cable injection system for use with a cable, the cable injection system comprising:
an injection tank to inject an injection fluid into a cable, injection of the injection fluid to determine, at least in part, a value of a non-fixed property of the cable;
a pressurization device to determine a pressure of the injection fluid being injected into the cable;
a control system; and
a measurement device to measure the value of the non-fixed property of the cable and communicate the value to the control system, the control system to instruct the pressurization device to adjust the pressure of the injection fluid being injected into the cable based at least in part on the value.
8. The cable injection system of claim 7 , wherein
the control system is to instruct the pressurization device to increase the pressure of the injection fluid when the value is below a threshold value, and
the control system is to instruct the pressurization device to decrease the pressure of the injection fluid when the value is above the threshold value.
9. The cable injection system of claim 7 , further comprising:
a first fluid pathway that extends from the injection tank to the pressurization device; and
a second fluid pathway that extends from the pressurization device to the cable, the pressurization device being a fluid flow valve or a positive displacement pump.
10. The cable injection system of claim 7 , wherein the pressurization device is coupled to the injection tank and pressurizes the injection fluid inside the injection tank, and
the pressurization device is a gas flow valve or an air compressor.
11. An injection system for use with an external computing device and a cable having a first end and a second end, the cable comprising a stranded conductor surrounded by insulation, the injection system comprising:
a fluid feed system to inject an injection fluid into the first end of the cable to cause the injection fluid to travel through the stranded conductor toward the second end, the fluid feed system comprising at least one communication module, a controller, and at least one first sensor, the at least one communication module to communicate with the external computing device, the at least one first sensor to monitor the injection and send a monitoring signal to the controller, the controller to formulate a message signal based at least in part on the monitoring signal and automatically provide the message signal to the external computing device via the at least one communication module; and
a fluid receiving system to be coupled to the second end of the cable and comprising a fluid reservoir to receive the injection fluid exiting the cable through the second end, the fluid receiving system comprising at least one second sensor at least partially positioned inside the fluid reservoir to detect an amount of injection fluid received by the fluid reservoir, the fluid receiving system to communicate with the at least one communication module of the fluid feed system.
12. The injection system of claim 11 , further comprising:
a feed valve connected between the fluid feed system and the first end of the cable;
a gas pathway from the fluid feed system to the feed valve, the gas pathway allowing a gas to flow from the fluid feed system and into the first end of the cable, the gas pathway comprising a gas flow sensor to detect a flow of gas through the gas pathway and into the cable and send a gas flow signal to an injection controller of the fluid feed system; and
a fluid pathway from the fluid feed system to the feed valve, the feed valve to allow either the gas or the injection fluid to flow therethrough at any particular time, the injection controller to:
instruct the feed valve to allow the gas to flow therethrough and to not allow the injection fluid to flow therethrough,
determine when the flow of the gas through the gas pathway is sufficient based on the gas flow signal, and
instruct the feed valve to stop the flow of the gas therethrough and to allow the injection fluid to flow therethrough after the injection controller determines that the flow of the gas through the gas pathway is sufficient.
13. The injection system of claim 11 , wherein the fluid feed system comprises:
an injection tank;
a pressurization device;
a gas pathway between the injection tank and the pressurization device, the pressurization device to provide a charge gas to the injection tank through the gas pathway that pressurizes the injection fluid inside the injection tank, the gas pathway comprising a first valve to vent the charge gas from the gas pathway to an outside environment when the first valve is opened; and
a second valve coupled to the injection tank, the second valve to vent the charge gas from inside the injection tank to the outside environment when the second valve is opened, the controller to open the first and second valves to thereby stop the injection of the injection fluid.
14. The injection system of claim 13 , further comprising:
a sensor to detect at least one environmental criteria, the controller to receive a sensor signal from the sensor and determine whether the sensor signal indicates the injection should be stopped, the controller opening the first and second valves when the controller determines the sensor signal indicates the injection should be stopped.
15. The injection system of claim 14 , wherein the at least one environmental criteria is temperature and the sensor signal indicates the injection should be stopped when the sensor signal indicates the temperature is outside an acceptable temperature range.
16. The injection system of claim 13 , further comprising:
a sensor to detect at least one process criteria, the controller to receive a sensor signal from the sensor and determine whether the sensor signal indicates the injection should be stopped, the controller opening the first and second valves when the controller determines the sensor signal indicates the injection should be stopped.
17. The injection system of claim 16 , wherein the at least one process criteria is a flow rate and the sensor signal indicates the injection should be stopped when the sensor signal indicates that the flow rate exceeds a threshold value.
18. The injection system of claim 16 , wherein the fluid receiving system comprises a receiver tank comprising the fluid reservoir, the at least one process criteria is an orientation of the receiver tank, and the sensor signal indicates the injection should be stopped when the sensor signal indicates that the orientation of the receiver tank is other than vertical.
19. The injection system of claim 16 , wherein the fluid feed system comprises a feed tank, the at least one process criteria is a fluid level of the injection fluid inside the feed tank, and the sensor signal indicates the injection should be stopped when the sensor signal indicates that the fluid level is too low to complete the injection.
20. The injection system of claim 13 , wherein the at least one communication module is to receive a manual triggering signal from a remote communication device,
the controller opens the first and second valves in response to the at least one communication module receiving the manual triggering signal.
21. The injection system of claim 13 , wherein the controller is to formulate an alert signal and automatically provide the alert signal to the external computing device via the at least one communication module, the alert signal notifying the external computing device that the controller will open or has opened the first and second valves.
22. The injection system of claim 11 , further comprising:
a repeater device to receive the message signal transmitted by at least one of the at least one communication module, boost a signal strength of the message signal to produce a boosted signal, and transmit the boosted signal to the external computing device.
23. The injection system of claim 11 , wherein the at least one second sensor is to monitor at least one of position of a float inside the fluid reservoir, an amount of air inside the fluid reservoir, electrical resistance between two electrodes inside the fluid reservoir, or capacitance between two plates positioned inside the fluid reservoir.
24. The injection system of claim 11 , wherein the at least one second sensor comprises a magnet attached to a float positioned inside the fluid reservoir.
25. The cable injection system of claim 7 , wherein the non-fixed property of the cable comprises at least one of a diameter, a radius, or a circumference of the cable.