ClearStar frac fluids use a high-molecular-weight polymer to improve reservoir performance, maximize recovery, minimize formation damage, simplify cleanup, and boost conductivity.View More
Baker Hughes is committed to delivering flawless execution of our hydraulic fracturing services on each and every well. In support of this commitment, we ensure each application is supported with and supervised by experienced, well-trained personnel using high-performance equipment and systems. The result: superior well stimulation services you can rely on.
Our specialized stimulation equipment—including proven Rhino™ pumping units and the high horsepower Gorilla™ pumping units—supports flawless wellsite operations reliably, safely, and cost-effectively.
A recent fleet addition is the Rhino Bifuel pump which reduces air emissions, increases efficiency, and decreases diesel fuel consumption without sacrificing hydraulic horsepower. These hydraulic fracturing pumps maximize wellsite efficiency and reduce environmental impact while maintaining the effectiveness of the fracturing job.
Run by highly trained personnel, this equipment includes the Baker Hughes Dry-on-the-Fly™ system to maintain precise control over polymer additions for improved fracturing fluid quality and enhanced stimulation performance.
Wireless Remote Fracturing Operations allows personnel to perform complex fracturing operations from a safe, remote location using wireless remote control features—reducing head count on the pad site and minimizing HSE risk to field personnel.
Baker Hughes Dry-on-the-Fly™ hydration system enhances fracturing-fluid performance with more precise measurement of additives.
Baker Hughes Gorilla™ pumps reliably generate up to 2,700 HHP for high-pressure fracturing operations.
Baker Hughes Rhino™ pumps reliably generate the HHP needed to deliver fluid into a well for both hydraulic fracturing and acid stimulation operations.
Baker Hughes Bifuel services reduce emissions with no loss of horsepower by replacing up to 70% of the frac pumps' diesel consumption with clean-burning natural gas.