BroadBand Sequence Service Increases Production in Refractured Well by 600 bbl/d | Schlumberger
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Location
Eagle Ford Shale, United States, North America, Onshore
Details
Lithology

Shale

Well depth
12,500-ft TVD [3,810-m TVD]

Bottomhole flowing pressure
250 psi [1.7 MPa]

Bottomhole static temperature
310 degF [154 degC]

Casing size
4.5 in

Lateral length
4,639 ft [1,414 m]

Background
To generate future cash flows and increase estimated ultimate recovery, an operator began investigating the benefits and risks of refracturing various existing unconventional wells. The operator sought to increase reserves without adding new drill rigs to its portfolio and potentially improve the rate of return on refractured wells over new wells drilled in the Eagle Ford in the current business cycle. However, the operator needed to identify and select a candidate well to begin this industry-first operation.
Products Used
Engineered Fracturing Fluids
BroadBand Services
BroadBand Sequence Service

BroadBand Sequence Service Increases Production in Refractured Well by 600 bbl/d

Schlumberger restimulates well, accesses new rock, increases reserves, and increases flowing pressure by 4,750 psi

Schlumberger performed a refracturing screening analysis to identify a candidate well. BroadBand Sequence service was used to stimulate a lateral of the candidate well with 12 proppant stages separated by 11 composite pills from BroadBand services. The fracturing service boosted production from approximately 50 bbl/d to 650 bbl/d and increased the flowing pressure from 250 psi to 5,000 psi [1.7 MPa to 34.5 MPa].

Products Used
Engineered Fracturing Fluids
Technology to optimize BroadBand services

Effectively stimulate the well regardless of water quality, proppant volume, or location constraints.
BroadBand
Unconventional reservoir completion services

Maximize oil and gas production and recovery with optimized fracturing technology and efficient, data-driven operations.
BroadBand Sequence
Fracturing service

Fracture every cluster within a limited-entry interval to maximize reservoir contact and oil and gas production.

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