Docking station assembly and methods for use in a wellbore

A system for communicating between a first location in a well and a second location in a well, comprising:

• a first tubular having an aperture in a wall thereof;
• a connector disposed on a surface of the tubular proximate the aperture, the connector including a first line extending from the connector toward the first location in the well;
• a second tubular at least partially disposed adjacent the first tubular, the second tubular having a mating connector disposed on a surface thereof and a second line extending between the mating connector and the second location which is a component, the connector and the mating connector constructed and arranged to mate via the aperture in the first tubular, thereby establishing a direct line between the second location and the first location;
• a key and key-way arrangement including a key disposed on the exterior of the second tubular, the key constructed and arranged to become located in a key-way formed in the aperture to rotationally and axially locate the second tubular with respect to the first tubular;
• and
• the connector of the first tubular is enclosed in an enlarged diameter portion of the tubular and is substantially isolated from the exterior of the first tubular.

A system for communicating between a first location in a well and a second location in a well, wherein the second location is a component comprising:

• a first tubular having an aperture in a wall thereof;
• a connector disposed on an outside surface of the tubular proximate the aperture;
• a second tubular at least partially co-axially disposable within the first tubular, the second tubular having a mating connector disposed on a surface thereof, the connector and the mating connector constructed and arranged to mate via the aperture in the first tubular;
• an alignment structure on the first tubular and a mating alignment structure disposed on the exterior of the second tubular to facilitate mating of the connector and mating connector, wherein the alignment and mating alignment structure comprise a key and key-way arrangement including a key disposed on the second tubular, the key constructed and arranged to become located in a key-way formed in the aperture to rotationally and axially locate the second tubular with respect to the first tubular.