Abstract: The disclosed is a method of isolating zones in a wellbore and tools thereof, specifically implementing a slip carrier with tongue and groove design purposed to secure an anchor, including parts with different durometers additionally with a nose cone on a bridge plug/frac plug to be able to displace sand between plugs, and a mandrel with a J-latch system.

Abstract: The disclosed is a method of isolating zones in a wellbore and tools thereof, specifically implementing a slip carrier with tongue and groove design purposed to secure an anchor, including parts with different durometers additionally with a nose cone on a bridge plug/frac plug to be able to displace sand between plugs, and a mandrel with a J-latch system.

Abstract: A caged ball fractionation plug for use in a wellbore with a crown engagement having a tapered nose cone and various load ring, slips, slip backups, lubricating spacers and seals can all be slidably engaged to the mandrel. Upon applying pressure, the slidably engaged components can be compressed against each other and the plug can expand and bite into the casing of the wellbore. The caged ball portion of the plug seats the ball internal to the plug to create two separate fractionation zones in the wellbore.

Abstract: A plug for hydraulic fractionation can have a first driver; a first pressure arm rotatably connected to the first driver; a second driver; a second pressure arm rotatably connected to the second driver; and a first slip rotatably connected to the first pressure arm and rotatably connected to the second pressure arm. The frac plug can also have a third driver; a third pressure arm rotatably connected to the third driver; a fourth driver; a fourth pressure arm rotatably connected to the fourth driver; and a second slip rotatably connected to the third pressure arm and rotatably connected to the fourth pressure arm. Preferably at least a portion of the frac plug is a material formulated to decompose in one to twenty-four hours under typical wellbore conditions. Moreover, a decomposable slip is provided for use with any frac plug known to one of ordinary skill.

Abstract: A modular changeable fractionation plug for use in a wellbore with a crown engagement and a plug receiving end formed on a mandrel which is adapted to be a caged ball configuration, a drop ball configuration and a bridge plug configuration.

Abstract: A modular changeable fractionation plug for use in a wellbore with a crown engagement and a plug receiving end formed on a mandrel which is adapted to be a caged ball configuration, a drop ball configuration and a bridge plug configuration.

Abstract: A caged ball fractionation plug for use in a wellbore with a crown engagement having a tapered nose cone and various load ring, slips, slip backups, lubricating spacers and seals can all be slidably engaged to the mandrel. Upon applying pressure, the slidably engaged components can be compressed against each other and the plug can expand and bite into the casing of the wellbore. The caged ball portion of the plug seats the ball internal to the plug to create two separate fractionation zones in the wellbore.

Abstract: A bridge style fractionation plug for use in a wellbore to separate a lower fractionation zone from an upper fractionation zone with no communication between the zones.