CT Motor Improves Milling Eagle Ford Shale | SLB
Tech Report
Location
Eagle Ford, United States, North America, Onshore
Details

Texas, USA

Eagle Ford Shale

Lithology
Shale
 
Reservoir
Eagle Ford
 
Bottomhole temperature
290 degF [143 degC]
 
Well depth
17,500 ft [5,334 m]
 
Completion size
5½ in
 
CT string size
23/8 in [60.3 mm]

Background
An Eagle Ford operator needed to mill out 21 5 1/2-in composite bridge plugs to bring a well onto production. Schlumberger introduced a 3 1/8-in high-performance motor, which increased flow rate, torque, and milling efficiency. The new motor improved frac plug removal time by 55%, saving the operator 40 hours compared with previous milling operations using 2 7/8-in motors and 2-in CT string. The 3 1/8-in coiled tubing motor, part of the CoilTOOLS tools and solutions portfolio, helped an Eagle Ford operator achieve significantly higher milling performance. This included: 75% higher maximum flow rate 209% higher maximum torque 55% faster plug removal time.
Products Used

High-Performance CT Motor Improves Milling Efficiency by 55%

Eagle Ford operator drills through 21 frac plugs in just 33 hours

 
Graph: High-Performance CT Motor Improves Milling Efficiency by 55% - Eagle Ford operator drills through 21 frac plugs in just 33 hours

An Eagle Ford operator needed to mill out 21 5 1/2-in composite bridge plugs to bring a well onto production. Schlumberger introduced a 3 1/8-in high-performance motor, which increased flow rate, torque, and milling efficiency. The new motor improved frac plug removal time by 55%, saving the operator 40 hours compared with previous milling operations using 2 7/8-in motors and 2-in CT string. The 3 1/8-in coiled tubing motor, part of the CoilTOOLS tools and solutions portfolio, helped an Eagle Ford operator achieve significantly higher milling performance. This included:

  • 75% higher maximum flow rate
  • 209% higher maximum torque
  • 55% faster plug removal time.
Products Used

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