Lateral wellbore completion apparatus and method

1. A lateral wellbore completion apparatus, comprising:

a flow-through deflector having a laterally concave, hollowed, tapered deflector face; and

a junction string comprising an inductive coupler electrically connected to a downhole device and a junction block positioned between the inductive coupler and the downhole device, the junction block comprising a bore and a low-side having a window to the bore, wherein the low-side is cooperative to mate with the deflector face, wherein the junction block comprises a longitudinal groove formed on an outer surface of a high-side of the junction block, and wherein the inductive coupler is electrically connected to the downhole device by a conductor positioned in the longitudinal groove.

2. The apparatus of claim 1 , further comprising a swivel located between the junction block and the downhole device.

3. The apparatus of claim 1 , wherein the junction string comprises an intervention profile located on an opposite side of the junction block from the downhole device.

4. The apparatus of claim 1 , wherein the downhole device is located in a lateral completion string section of the junction string, the lateral completion string section further comprising:

a drill bit;

a downhole motor; and

a formation isolation device.

5. The apparatus of claim 4 , further comprising a swivel located between the junction block and the lateral completion string section.

6. The apparatus of claim 1 , wherein the junction block comprises an eccentric bore that is closer to the low-side than the high-side.

7. A well system, comprising:

a main bore having primary inductive coupler configured to be communicatively coupled to a surface device;

a lateral bore extending from the main bore;

a flow-through deflector anchored in the main bore, the flow-through deflector having a laterally concave, hollowed, tapered deflector face; and

a junction string comprising;

a completion string section located in the lateral bore, the completion string section comprising a downhole device;

a secondary inductive coupler communicatively coupled with the primary inductive coupler, the secondary inductive coupler electrically connected to the downhole device by a conductor; and

a junction block landed on the flow-through deflector; wherein the junction block comprises:

a bore and a low-side forming a window, wherein the low-side mates with a deflector face of the flow-through deflector; and

a longitudinal groove formed on an outer surface of a high-side of the junction block disposing the conductor extending from the secondary inductive coupler and the downhole device.

8. The well system of claim 7 , wherein the junction string comprises a swivel positioned between the junction block and the completion string section.

9. The well system of claim 7 , wherein the junction string comprises an intervention profile located in the main bore.

10. The well system of claim 7 , wherein the completion string section comprises:

a drill bit;

a downhole motor; and

a formation isolation device.

11. The well system of claim 7 , further comprising:

a swivel positioned between the junction block and the completion string section;

an intervention profile positioned in the main bore; and

a drill bit, a downhole motor, and a formation isolation device located in the completion string section.

12. The well system of claim 7 , wherein the junction block comprises an eccentric bore that is closer to the low-side than the high-side.

13. A method for completing a lateral wellbore, comprising:

anchoring a flow-through deflector comprising a laterally concave, hollowed, tapered deflector face in a main bore proximate to a lateral bore, wherein the main bore comprises a primary inductive coupler;

making-up at a drilling surface a junction string comprising a junction block cooperative with the laterally concave, hollowed, tapered deflector face, a completion string section comprising a downhole device, a secondary inductive coupler electrically connected by a conductor to the downhole device, wherein the conductor is disposed in a longitudinal groove formed on an outer surface of junction block, the secondary inductive coupler spaced from the junction block so as to be communicatively coupled to the primary inductive coupler when the junction block is landed on the deflector face;

running the made-up junction string into the main bore toward the hollowed, tapered deflector face;

deflecting the completion string section into the lateral bore in response to contacting the laterally concave, hollowed tapered deflector face;

landing the junction block on the hollowed, tapered deflector face; and

communicatively coupling the secondary inductive coupler with the primary inductive coupler in response to landing the junction block on the hollowed, tapered deflector face.

14. The method of claim 13 , further comprising unlocking a swivel positioned between the junction block and the completion string section whereby the junction block is rotationally unlocked from the completion string section when landing the junction block on the deflector face.

15. The method of claim 13 , wherein;

the junction block a bore and a low-side forming a window; and

the landing the junction block comprises mating the low-side of the junction block with the deflector face.

16. The method of claim 13 , further comprising operating a downhole motor included in the completion string section after deflecting the completion string section into the lateral bore and before landing the junction block on the deflector face.

17. The method of claim 13 , wherein:

the junction block comprises a bore and a low-side forming a window, the low-side configured to mate with the deflector face when the junction block is landed on the deflector face; and

the longitudinal groove is formed on a high-side of the junction block disposing the conductor that electrically connects the secondary inductive coupler and the downhole device.

18. The method of claim 13 , wherein the junction block comprises an eccentric bore.