Operator Saves 7.5 h and Increases Overall On-Bottom ROP 39.2% with StingBlade Bit | Schlumberger
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Location
Niobrara Shale, DJ Basin, United States, North America, Onshore
Details

Colorado, USA
Wattenberg Field

Well
Bernhardt 6K-243

Basin
Denver-Julesburg (DJ) basin

Lithology
Soft sandstone, shale

Sliding footage, ft
275.3

Average on-bottom sliding ROP, ft/h
21.4

Background
In the Niobrara Shale, an operator sought to increase ROP in the 83/4-in intermediate (vertical and curve) interval while maintaining sufcient toolface control to drill the curve at a planned build rate of 8°/100 ft. The interval was drilled in one run on a steerable positive displacement motor BHA. Compared with the performance of a baseline SDi519 bit in the same interval in a similar well on the same pad, the new bit increased overall on-bottom ROP 39.2%, and average on-bottom ROP while rotating increased 22.6%. Additionally, average footage required to slide per well decreased 30.6%, and average on-bottom ROP while sliding increased 23.9%.
Products Used
IDEAS Integrated Dynamic Design and Analysis Platform
StingBlade Conical Diamond Element Bit

Operator Saves 7.5 h and Increases Overall On-Bottom ROP 39.2% with StingBlade Bit

Compared with a baseline PDC bit, the aggressive bit design improved toolface control and achieved the desired build rate

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In comparing the median footage and on-bottom ROP of a baseline bit (SDi519) with the StingBlade bit, the latter increased speed across the operator’s DJ basin runs.
Utility gauge pads were used to yield a more aggressive bit design.
Utility gauge pads were used to yield a more aggressive bit design.
Products Used
StingBlade
Conical diamond element bit

Significantly improve footage and ROP in hard-to-drill formations.
IDEAS
Integrated dynamic design and analysis platform

Design bits for specific applications and optimal performance.

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