We work for customers around the world. Each customer comes to us with a need to increase production and improve efficiency in low permeability reservoirs. With over 5,500 systems installed globally, we have more experience with open hole completions than anyone else in the world. Review our wide-range of experience in a variety of reservoirs through our Case Studies below.
Please click on the links below to download the case study that most closely aligns
with your needs.
Packers Plus RepeaterPORT sleeve technology maximizes stage density in the East Pembina-Cardium
Packers Plus StackFRAC doubles production in the Horn River shale gas play
20-stage StackFRAC HD system run in the Bakken
Packers Plus technology captures bypassed oil pay from Pembina-Cardium
Packers Plus technology opens up a new pool in the Doe Creek formation
Packers Plus QuickFRAC system opens up the Horn River Basin
Packers Plus provides technological edge in the Lower Shaunavon
Packers Plus RepeaterPORT sleeve technology provides operator with 30-stage system in the Bakken
Packers Plus achieves top producing well for operator in the Niobrara
StackFRAC production results exeeds expectations in Oklahoma
StackFRAC HD allows for tighter interval spacing in the Bakken
Packers Plus StackFRAC system increases ultimate recovery inthe Barnett Shale Newark East Field
Packers Plus technology revitilizes development of the Cleveland Sand
StackFRAC HD a success in the Devonian Shale
Packers Plus technology allows for water shut-off and isolation of a lost circulation zone
Benefits of the Packers Plus StackFRAC system for the Marcellus Shale
StageFRAC system improves production from the Unayzah deep sandstone reservoir in Saudi Arabia
Packers Plus and Schlumberger combine technologies for successful offshore Brasil screen completion
Packers Plus successfully completes geothermal well with new Inferno system completion tools
Packers Plus technology improves production by 70% on first fractured horizontal well in Algeria
*StageFRAC is a mark of Schlumberger Limited.