High-expansion fully dissolvable frac plugs

Extended-range frac plugs for applications with casing restrictions or deformations

Features

A proprietary eld-proven coating protects the frac plug and prevents early dissolution, enabling plug placement in the well several hours before isolation is required. To complete isolation, a dissolvable ball is pumped down to the integral ball seat before fracturing begins. Optionally, the plug can be configured for deployment with the ball in place.

How ReacXion Slim frac plugs improve plug-and-perf completions

ReacXion Slim™ high-expansion fully dissolvable frac plugs easily dissolve in the presence of common wellbore fluids after fracturing is complete, considerably simplifying cleanout operations (by eliminating milling) and reducing time to production. The time savings result in reduced diesel consumption and hence, lower CO2e emissions. These plugs have a reduced OD compared with our other dissolvable frac plugs.

The frac plugs require only minimal eld assembly, hence reducing the potential for human error and operational delays. An anti-preset design eliminates the risk of presetting while pumping into the well.

Load-transfer technology integrated into the frac plug design uses the casing as a supporting member, transferring the load from the ball to the ball seat, through the slips, and onto the casing. Pressure exerted on the ball during stimulation continues to reinforce the integrity of the plug’s seal, forming a tighter seal as pressure is increased.

Their eld-proven materials ensure that ReacXion Slim frac plugs dissolve fully and predictably in freshwater or common oil eld brines, depending on the version selected. Improved material selection also enables fast, controlled dissolution of the elastomer.

These plugs

• enable plug-and-perf operations even in wells with casing restrictions add flexibility with one tool that works from fracturing to full bore production without the expense of milling
• provide the ability to tune dissolution performance with the optimal material for freshwater or brine