Dry Friction Reducer
High fracturing performance
Improve slickwater fracturing in unconventional wells with high efficiency and improved logistics and HSE footprint.
From discrete services to fully integrated and multistage stimulation projects, we deliver the efficiency and quality you need to squeeze the full value from your unconventional wells.
With optimal pressure pumping systems, proppants, fluids, engineering designs, and lean workflows, we streamline your completion-to-production cycle. Our centralized resource management coordinates operations, maintenance, and logistics to ensure service quality and efficiency.
With access to industry-leading Schlumberger technology and domain experts, you get more stimulation stages per day and maximum production from each well.
Efficient pumpdown perforating provides the flexibility to optimize your reservoir connectivity by applying lessons learned from previous stages—a best practice for heterogeneous unconventional reservoirs.
Our proprietary technology minimizes misruns by limiting onsite assembly requirements. And our charges create more consistent entrance holes than conventional perforating charges, making them optimal for fracturing in horizontal wells.
You need frac plugs to isolate intervals for effective reservoir stimulation, but the faster you get rid of them after the job, the sooner you start seeing your production.
We offer a wide array of efficient multistage completion options, from the industry’s shortest frac plugs designed to isolate for stimulation and then mill into tiny pieces for easy removal, to fully degradable plugs that need no milling.
Whether you need maximum quality to suit harsh downhole conditions or maximum value to meet economic conditions, we efficiently deliver the right sand to meet your stimulation needs.
We select our proppant sources based on the quality of their sand, and we expedite delivery to the wellsite through an efficient network of transloading facilities with rail and trucking options.
Maximize returns over the long term with state-of-the-art OneStim technology that takes your wells to the next stage.
Improve multistage fracturing efficiency by limiting stage-to-stage communication behind the casing.
Integrate complex reservoir and engineering data to simulate and optimize completion and fracture stimulation designs.
Fracture every cluster within a limited-entry interval to maximize reservoir contact and oil and gas production.
Minimize the risk of frac hits on neighboring wells or fracturing into undesirable zones while increasing fracture complexity.
Improve fracturing and acidizing effectiveness by confirming downhole events in near-real time.
Effectively stimulate the well regardless of water quality, proppant volume, or location constraints.
Accelerate time to production with rapid millout and minimal debris size—including hollow metal button slips that minimize metal content.
Eliminate milling with a robust frac plug that isolates reliably and then dissolves rapidly to enable fullbore production.
Significantly improve safety, reliability, and efficiency. Enhance charge selection flexibility.
Delivers data from frac and acid jobs to remote PCs or mobile devices, enabling monitoring to maximize performance.
Excellence in unconventional completions for North America land.
Predictive maintenance improves reliability and service quality.