A system includes for plug and perforation operations includes a data acquisition and logging panel including a wireline connection interface for establishing a wireline connection directly to a wireline of a toolstring and configured to obtain a plurality of data via the wireline connection. The plurality of data includes casing collar locator (CCL) data, and the data acquisition and logging panel is configured to provide the plurality of data to an electronic device for display of the plurality of data in one or more user interfaces provided by the electronic device.

A control module for a detonation sub includes a control circuit having a switch, a power supply input, a timer circuit, and a detonation signal output electrically connected to a detonator. A power supply is selectively connected in electrical communication to the power supply input. A timer circuit is initialized by activating the switch prior to connecting the power supply and deactivating the switch within an activation time. Once initialized, the timer circuit generates a detonation signal after a detonation time.

The present invention is directed toward an addressable ignition stage which produces an output sufficient to detonate a secondary explosive, generally. The present invention comprises addressability and ignition functions that may be used together or separately to incorporate a high-power resistor with a thermally conductive substrate allowing for operation at high temperatures for ignition. The ignition stage is amendable to high volume production, exhibits a high degree of reliability, robustness and operational dependability for use alone or configurable into existing technology.

Embodiments of the present disclosure provide for monitoring and supervision of operations that are being performed on a well. The embodiments of the present disclosure provide one or more systems and methods that allow a wellsite supervisor to monitor and supervise from a location that is physically distanced from where the operation is being conducted and, optionally, in real time.

A perforation tool is described herein which has a loading tube for supporting a plurality of perforation charges, the loading tube having a first end and a second end; a detonation module disposed within the loading tube and having a plastic detonator housing for enclosing a detonation component, the detonator housing having a plurality of first flexible projections that extend in an axial direction of the detonator housing and engage with the loading tube to removably attach the detonation module to the first end of the loading tube, the detonator housing having a first centering structure for centering the loading tube within the perforation tool; and a bulkhead module coupled to the second end of the loading tube, the bulkhead module comprising a bulkhead member and a bulkhead coupler, the bulkhead coupler comprising an electrical connector for making electrical connection with the bulkhead member and a plurality of second flexible projections that extend in an axial direction of the perforation tool and engage with the loading tube, along an outer surface thereof, to removably attach the bulkhead coupler to the loading tube.