System and method for streaming high frequency data to surface while drilling
A system and method include a dart deployment sub coupled to a drill string including a data receiver, a transmission device, and a data transmission cable, a downhole data collection sub coupled downhole from the dart deployment sub including an instrumentation package capable of acquiring parameter data regarding a location in the wellbore, and a dart disposed inside the dart deployment sub coupled to the data transmission cable configured to receive acquired parameter data from the downhole data collection sub. The dart is configured to depart from the dart deployment sub and land in the downhole data collection sub, wherein the data receiver is configured to receive parameter data from the dart via the data transmission cable. The system further includes a surface collection device coupled to the transmission device configured to transmit parameter data from the dart deployment sub to the surface collection device.
1. A streaming system for a drill string in a wellbore, comprising:
a dart deployment sub coupled to the drill string comprising a data receiver fitted inside the dart deployment sub, a transmission device fitted inside the dart deployment sub, and a data transmission cable fitted inside the dart deployment sub;
a downhole data collection sub coupled to the drill string downhole from the dart deployment sub comprising an instrumentation package capable of acquiring parameter data regarding a first location in the wellbore;
a dart disposed inside the dart deployment sub coupled to the data transmission cable configured to receive acquired parameter data from the downhole data collection sub, the dart configured to depart from the dart deployment sub and land in the downhole data collection sub,
wherein the data receiver is configured to receive parameter data from the dart via the data transmission cable; and
a surface collection device coupled to the transmission device, the transmission device configured to transmit parameter data from the dart deployment sub to the surface collection device,
wherein the dart deployment sub comprises a spool configured to coil and uncoil the data transmission cable to a length from the dart deployment sub to the downhole data collection sub.
2. The system of claim 1 , further comprising:
a collection and extension sub coupled to the drill string between the dart deployment sub and the downhole data collection sub, the collection and extension sub comprising a second downhole data collection sub coupled uphole to a second dart deployment sub having a second dart inside the second dart deployment sub, and
wherein the dart disposed inside the dart deployment sub departs from the dart deployment sub and lands in the second downhole data collection sub,
wherein the second dart is configured to depart from the second dart deployment sub and land in the downhole data collection sub.
3. The system of claim 2 ,
wherein the second downhole data collection sub comprises a second instrumentation package capable of acquiring parameter data regarding a second location in the wellbore, and
wherein the second dart deployment sub comprises a second data receiver configured to receive parameter data from the first location via a second data transmission cable coupled to the second dart,
wherein the dart deployment sub is configured to receive parameter data from the data receiver and the second data receiver via the dart and transmit parameter data to the surface collection device via the transmission device.
4. The system of claim 1 , wherein the dart deployment sub is surface deployed.
5. The system of claim 1 , wherein the surface collection device is coupled to the transmission device wirelessly or with a cable.
6. The system of claim 1 , wherein the downhole data collection sub is self-powered by a battery.
7. The system of claim 1 , wherein the downhole data collection sub is configured to generate energy using a harvesting method.
8. The system of claim 1 , wherein the instrumentation package comprises a plurality of sensors configured to measure parameter data.
9. The system of claim 1 , wherein the dart is configured to land in a dart catcher sub disposed in the downhole data collection sub.
10. A streaming method for a drill string in a wellbore, comprising:
conveying a downhole data collection sub coupled to the drill string and a dart deployment sub coupled to the drill string uphole from the downhole data collection sub in the wellbore;
deploying, via the dart deployment sub, a dart disposed inside the dart deployment sub coupled to a data transmission cable fitted inside the dart deployment sub to land in the downhole data collection sub;
acquiring parameter data regarding a first location in the wellbore, via an instrumentation package in the downhole data collection sub;
receiving acquired parameter data, via the data transmission cable, from the dart to a data receiver fitted inside the dart deployment sub; and
transmitting received parameter data, via a transmission device fitted inside the dart deployment sub, to a surface collection device,
wherein deploying the dart comprises uncoiling the data transmission cable from a spool in the dart deployment sub to a length from the dart deployment sub to the downhole data collection sub.
11. The method of claim 10 , further comprising:
coupling a collection and extension sub to the drill string between the dart deployment sub and the downhole data collection sub, the collection and extension sub comprising a second downhole data collection sub coupled uphole to a second dart deployment sub having a second dart inside the second dart deployment sub,
wherein deploying the dart comprises deploying the dart from the dart deployment sub and landing in the second downhole data collection sub; and
deploying, via the second dart deployment sub, a second dart disposed inside the second dart deployment sub coupled to a second data transmission cable to land in the downhole data collection sub.
12. The method of claim 11 , further comprising:
acquiring parameter data comprises acquiring parameter data regarding a second location in the wellbore, via a second instrumentation package in the second downhole data collection sub; and
receiving acquired parameter data comprises receiving acquired parameter data from the data receiver regarding the second location and from a second data receiver regarding the first location,
wherein the second data receiver is disposed in the second dart deployment sub coupled to a second data transmission cable coupled to the second dart.
13. The method of claim 10 , wherein the dart deployment sub is surface deployed.
14. The method of claim 10 , wherein transmitting received parameter data comprises coupling the transmission device to the surface collection device wirelessly or with a cable.
15. The method of claim 10 , wherein the downhole data collection sub is self-powered by a battery.
16. The method of claim 10 , wherein the instrumentation package comprises a plurality of sensors configured to measure parameter data.
17. The method of claim 10 , wherein the downhole data collection sub is configured to generate energy using a harvesting method.
18. The method of claim 10 , wherein the dart is configured to land in a dart catcher sub disposed inside the downhole data collection sub.