CLOs on the Move

Headquartered in Houston, Texas, Keane is one of the largest pure-play providers of integrated well completion services in the US, with a focus on complex, technically demanding completion solutions. Keane`s primary service offerings include horizontal and vertical fracturing, wireline perforation and logging, engineered solutions, and cementing, as well as other value-added service offerings. Keane owns approximately 1.2 million hydraulic fracturing horsepower and 31 wireline trucks and provides engineered solutions. Keane`s broad geographic footprint spans the most prolific US shale basins including the Permian, Bakken, Marcellus/Utica, and SCOOP/STACK. Keane prides itself on its outstanding employee culture, its efficiency, and its ability ...

Headquartered in Houston, Texas, Keane is one of the largest pure-play providers of integrated well completion services in the US, with a focus on complex, technically demanding completion solutions. Keane`s primary service offerings include horizontal and vertical fracturing, wireline perforation and logging, engineered solutions, and cementing, as well as other value-added service offerings. Keane owns approximately 1.2 million hydraulic fracturing horsepower and 31 wireline trucks and provides engineered solutions. Keane`s broad geographic footprint spans the most prolific US shale basins including the Permian, Bakken, Marcellus/Utica, and SCOOP/STACK. Keane prides itself on its outstanding employee culture, its efficiency, and its ability to meet and exceed the expectations of its customers and the communities in which it operates. We provide our services in conjunction with onshore well development, in addition to stimulation operations on existing wells, to exploration and production (“E&P”) customers with some of the highest quality and safety standards in the industry. We believe our proven capabilities enable us to deliver cost-effective solutions for increasingly complex and technically demanding well completion requirements, which include longer lateral segments, higher pressure rates and proppant intensity, and multiple fracturing stages in challenging high-pressure formations.

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