Engineered Fracturing Fluids
Technology to optimize BroadBand services
Effectively stimulate the well regardless of water quality, proppant volume, or location constraints.
Operator Uses BroadBand Sequence Service to Boost Flowing Pressure by 300%
Published: 04/22/2016
Operator Uses BroadBand Sequence Service to Boost Flowing Pressure by 300%
Published: 04/22/2016
After employing refracturing screening analysis to select a well, Schlumberger used Broadband Sequence fracturing service to restimulate a lateral with 10 proppant stages separated by 9 composite pills. As a result, production increased from approximately 100 Mcf/d to 5,000 Mcf/d, and flow pressure rose from 1,500 psi to 6,000 psi [10.3 MPa to 41.4 MPa].
Location
Haynesville Shale, United States, North America, Onshore
Details
Lithology
Shale
Well depth
12,400-ft TVD [3,780-m TVD]
Surface tubing flowing pressure
1,500 psi [10.3 MPa]
Bottomhole static temperature
310 degF [154 degC]
Lateral length
3,542 ft [1,080 m]
Background
As an alternative to drilling new wells, an operator wanted to test the economic feasibility of refracturing its older gas wells in the Haynesville Shale to recover previously difficult-to-access reserves without adding new drill rigs. The operator decided to evaluate Broadband Sequence fracturing service to determine whether the service could help overcome the technical hurdles of wellbore diversion to optimize production and increase revenue from existing wells.
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