ReacXion fully dissolvable frac plugs

Reduce plug-and-perf duration and associated scope 1 and 2 emissions

$ReacXion Complete fully dissolvable frac plug$

UN SDGs

Align with United Nations Sustainable Development Goals 12 and 13

Energy Consumption Reduction

Reduce diesel consumption by more than 5,700 L per 50-stage well by eliminating coiled tubing milling

Emissions Reduction

Reduce CO2e emissions by 31,000 kg by using 100 dissolvable plugs instead of 100 composite plugs

Track Record

>50,000 ReacXion™ frac plugs installed

Reduce emissions from coiled tubing operations during plug-and-perf completions

Conventional frac plugs require milling out before production can start. These milling runs are performed as part of well cleanout operations, typically with a coiled tubing (CT) unit. Daily diesel consumption for a CT milling operation ranges from 4,000 L to 6,000 L. The fuel is required for pumps, injector heads, water treatment, cranes, and other ancillary support. Each liter of diesel adds 2.712 kg of CO2e emissions to the atmosphere.

ReacXion frac plugs, on the other hand, easily dissolve in the presence of common wellbore fluids after fracturing is complete, considerably simplifying cleanout operations and reducing time to production. The time savings results in reduced diesel consumption and hence, lower CO2e emissions.

Immediate Production

Large ID enables production right after the frac

Fullbore Production

Dissolvable body and balls enable fullbore production without milling

Longer Laterals

Eliminating milling removes length restrictions related to coiled tubing reach

How ReacXion plugs improve plug-and-perf completions

ReacXion fully dissolvable frac plugs require minimal field assembly or can be delivered preassembled with Unity single-use wireline adapter kit and frac plug setting tools to eliminate the potential for human error and operational delays. A proprietary field-proven coating protects the plug and prevents early dissolution, enabling plug placement in the well several hours before isolation is required. ReacXion plugs have an antipreset design that eliminates the risk of presetting while pumping into the well. 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.

$ReacXion and ReacXion Nano frac plugs.$

$ReacXion Nano frac plug with ball.$

Set consistently, achieve fullbore production, and eliminate milling

Load-transfer technology integrated into the 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.

ReacXion plugs are smaller by volume compared with other dissolvable plugs eliminating production constraints. Their field-proven materials ensure predictable fullbore dissolution in freshwater or common oilfield brines, depending on the version selected. Improved material selection also enables fast, controlled dissolution of the elastomer.

What makes ReacXion plugs right for me?

Add flexibility with one tool that works from fracturing to fullbore production without the expense of milling.
Tune dissolution performance with the optimal material for freshwater or brine.
Unity setting tool enables efficient preassembly.

FracXion & ReacXion

Fully composite frac plugs and dissolvable frac plugs