Stimulation and hydraulic fracturing operations are critical to maximizing well and field value. Baker Hughes provides versatile, customized systems to meet your needs — whether you are in deep water, extended-reach unconventional completions, or working a …

Improve the hydraulic fracturing performance in your long laterals—with less water—with energized carbon dioxide (CO 2) fracturing fluid systems from Baker Hughes. Reduce friction pressure and improve flowback with binary foam fracturing.

With the AscentTM high-side fracturing service, Baker Hughes applies advanced modelling, specialized pumping techniques and leverages strong, ultra-lightweight proppant technologies to create and maintain open fractures above the lateral wellbore that cannot be effectively propped through conventional low viscosity fluid treatments.

Baker Hughes fracturing services maximize well productivity with effective, application-specific solutions tailored to your formation and challenges. We look at every fracturing job individually and engineer value-added, optimal treatments with …

Engineers from both the operator and Baker Hughes collaborated and laid out the best solution. To optimize injectivity and production, Baker Hughes technical experts agreed that a multistage hydraulic fracturing treatment was the best course of action.

• Hydraulic fracturing operations in low-pressure or water-sensitive reservoirs • Hydraulic fracturing operations in areas where water use is limited due to environmental regulations or availability • Multistage hydraulic fracturing where mechanical diversion is inadequate to ensure treatment of the full length of each stages

The Baker Hughes AquaStarTM family of fracturing fluids are polymer-free, surfactant-gelled, water-based fracturing fluid systems. They provide adequate viscosity for good proppant transport with minimal risk of damage to the formation and proppant pack.

The Baker Hughes Lightning™ fracturing fluids are high-performance, guar polymer, borate-crosslinked systems designed for applications up to 300°F (149°C). The high-yielding Baker Hughes GW-3 guar polymer provides the fracturing performance of conventional systems with substantially reduced polymer loadings. Lightning fracturing

• Hydraulic fracturing operations in reservoirs with high closure stress • Hydraulic fracturing operations in wells expected to undergo considerable cyclic stress Features and Benefits • Reduces proppant crushing and fines generation - Minimizes production declines due to fines migration and cuclic stress on the proppant pack

Baker Hughes fracturing services maximize well productivity with effective, application-specific solutions tailored to your formation and challenges. We look at every fracturing job individually and engineer value-added, optimal treatments with …