Detonation activated wireline release tool

A wireline release tool assembly, comprising:

• a tool string subassembly comprising an outer housing comprising a plurality of tubing fingers;
• a wireline subassembly comprising an outer housing having an inner chamber and one or more receiving grooves formed in an interior surface of the outer housing, wherein the tubing fingers are received within the receiving grooves;
• a detonator subassembly positioned in the tool string subassembly and at least partially extending into the inner chamber of the wireline subassembly, the detonator subassembly comprising an energetic device housing;
• a latch slidably disposed on an outer surface of the energetic device housing;
• a pressure channel extending through a sidewall of the outer housing of the wireline subassembly;
• and
• a shear pin disposed in the latch, wherein
• the latch is movable from a first position on the energetic device housing to a second position on the energetic device housing in response to an explosive force shearing the shear pin,
• in the first position on the energetic device housing, the latch is in contact with the fingers and biases the fingers into the receiving grooves,
• in the second position, the latch releases the fingers from the receiving grooves, such that the tool string subassembly is uncoupled from the wireline subassembly, and the inner chamber is in fluid communication with an outside environment external to the wireline release tool assembly when the latch is in the second position.

A wireline release tool assembly, comprising:

• a tool string subassembly coupled to a perforating gun, the tool string subassembly comprising an outer housing having an upper end, a lower end, an inner chamber extending between the upper end and the lower end, and a plurality of tubing fingers extending from the upper end;
• a connecting sleeve circumferentially disposed around the tubing fingers,
• a wireline subassembly operably coupled to the tool string subassembly, the wireline subassembly comprising an outer housing comprising one or more receiving grooves formed on an interior surface of the outer housing, wherein the tubing fingers are receivable within the receiving grooves;
• an energetic device housing positioned in the inner chamber of the tool string subassembly;
• and
• a latch slidably disposed on an outer surface of the energetic device housing, wherein
• the connecting sleeve is positioned at least in part between the outer housing of the wireline subassembly and the fingers, and further wherein
• in a first position on the energetic device housing, the latch is in contact with the fingers and biases the fingers into the receiving grooves,
• the latch is moveable between the first position and a second position in response to an explosive force, and
• in the second position, the latch releases the fingers from the receiving grooves, such that the tool string subassembly is uncoupled from the wireline subassembly.