Pacesetter’s Orbit RSS and Acoustic Sub Technology Drills Successful Charlie Lake Well for NuVista Energy

In September, NuVista Energy drilled a Charlie Lake well utilizing Pacesetter’s Orbit RSS with Acoustic sub technology providing Inc at Bit technology to drill the lateral leg in one run.

Pacesetter’s Orbit RSS performed exceptionally well with Acoustic sub technology allowing NuVista to make inclination changes to stay within this tight zone of interest.

Congratulations to NuVista Energy Ltd. and the crew of Horizon 45 for completing this well.



OPERATOR         NuVista Energy Ltd.
HOLE SIZE          156 mm
RUN DETAILS     2071m

This Charlie Lake well was drilled using Pacesetter’s Orbit RSS with Acoustic Sub technology providing NBI information with improved tracking in tight formation zones.


  • Pacesetter’s Orbit RSS
  • Redline Pulse MWD
  • Acoustic Near Bit Technology


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Technology Focus 365

Pacesetter Assists Clients Achieve Precise Well Placement Objectives with PeriScope HD, AWR and AGR Services

Integrated technologies increase reservoir contact enabling crucial placement of horizontal section within the reservoir.

PeriScope HD multilayer bed boundary detection service accurately detects multiple formation layers, orientation of approaching beds and fluid boundary positions to enable advanced well placement services in complex, thinly bedded and compartmentalized reservoirs. The PeriScope HD service uses a combination of inversion models with additional azimuthal measurements to provide precise delineation of formation bed boundaries for advanced well placement and accurate definition of multiple productive layers.

AWR service transmits real-time resistivity, gamma ray, and inclination data for improved reservoir evaluation.

AGR service uses total and azimuthal-image gamma ray functionality to reveal bed crossings and boundaries, enabling confident geosteering decisions.



WELLS                          69
OPERATORS                11
METERS DRILLED       165,986m
FORMATIONS              Bakken, Cardium, Colony, Ellerslie, Falher, Glauconitic, Sparky, Sunburst SS, Viking

Companies plan to drill horizontal sections to access thin reservoirs. However, there are uncertainties as
to the exact position of the reservoir layers within the formation. Consequently, companies need to ascertain better positioning of the target reservoirs and place the maximum length of the lateral inside the reservoir layer(s) while minimizing the risk of exiting the reservoir.


  • PeriScope HD multilayer bed boundary detection service
  • AWR Array Wave Resistivity
  • AGR Azimuthal Gamma Ray
  • ShortPulse integrated MWD platform


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Shell Canada Drills Record 4,076m RSS Lateral Run

Pacesetter’s Orbit RSS drills 171mm record lateral in one run

Congratulations to Shell Canada Limited and their Operations, Engineering and DART team together with the rig and crew of Precision Drilling 574 on this impressive achievement.

Pacesetter’s combined technologies drilled 4,076m in 52 hours of operation and completed the build and lateral section in a single successful run to TD of 7,180m MD

This is Pacesetter’s Orbit RSS longest run to date.



OPERATOR         Shell Canada Limited
HOLE SIZE          171 mm
RUN DETAILS     3104m MD TO 7180m MD

The 171 mm build and lateral section of the well was drilled using Pacesetter’s Orbit RSS with dual telemetry XEM EM MWD and Redline Pulse MWD.  The Acoustic Near Bit Inclination Sub enhanced the RSS trajectory control by transmitting inclination measurements closer to the bit.  XEM EM MWD system maintained strong signal and good decode to TD making it Pacesetter’s longest well drilled with EM.


  • Pacesetter’s Orbit RSS
  • Redline Pulse MWD
  • Acoustic Near Bit Technology


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NuVista Energy Ltd. Record Montney Well – Daily Oil Bulletin Article

Recently NuVista Energy Ltd. completed the deepest well and longest lateral section ever drilled in Western Canada. In the April 25, 2018 edition of the Daily Oil Bulletin, Mark Thorne, Drilling Superintendent at NuVista, released a statement attributing much of their success to Pacesetter’s Orbit™ Rotary Steerable System among other service providers.

“Unlike conventional, directional drilling, where you have to slide, rotary steering allows you to steer the well in any direction, while rotating the entire time. By doing that, you get a smoother wellbore, a smoother wellbore means less torque, and less torque means you can reach further. Also, having a smoother wellbore helps us get our completion systems in the ground.”

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LWD Resistivity Service Enables Oil/Water Contact Characterization in Viking Oil Play in Alberta


Place production wells in target layer of Ellerslie member in Redwater, AB and acquire resistivity data required to optimize overall field development and maximize oil production.


Use robust LWD services for formation evaluation while drilling to provide real-time data for geosteering and evaluation.


-Each well drilled shoe to shoe with one BHA per section accumulating 203 pumping hours without NPT.
-Acquired resistivity measurements required to place wells within target reservoir layer, maximize oil production, and optimize overall development plan.
-Achieved an average on-bottom ROP of 64 m/hr while delivered good hole quality.


Operator targeted the Ellerslie member in a field in the Viking basin drilling five horizontal production wells. Placement of the horizontal wells near the base of the target formation above the oil/water contact would be challenging using standard gamma measurements with gas readings. In order to overcome this challenge, adequate geological data had to be obtained to aid in geosteering these wells and optimize overall development plan and maximize oil production set forth in the objectives of the operator. Pacesetter Directional Drilling utilized Array Wave Resistivity service to provide Phase and Attenuation Resistivity, gamma ray, and dynamic inclination measurements in real-time at various depth of investigation for interpretation and steering. Pacesetter’s robust XEM EM System was also ran to transmit the measurements without hindering expected ROP through the build and lateral sections. The integrated BHA maximized drilling performance and minimized risk drilling the five wells successfully while steering to the trajectory required by the proposal plan. As a result, the operator achieved their well objectives and field development plans.


Hydrocarbon bearing formations in the reservoir can be identified with Resistivity tools, when Gamma readings are inadequate.


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Near Bit Inclination Motor & Continuous Inclination Above the Motor Improve Steering Decisions


Accurately drill a build and lateral monobore well, placing the lateral within targeted Ellerslie formation and optimizing position in the target zone.


Use Pacesetter’s Near Bit Inclination Motor coupled with dynamic inclination measurements right above the motor enabling the precise placement of the well within the target Ellerslie reservoir.


– Successfully drilled multiple wells achieving one run per well with no complications.

– Saved operator on drilling time, increasing ROP by 12% on average compared to the first well by minimizing slide intervals with lower ROP.

– Minimizing doglegs in the build section to meet operator’s requirement.


The operator is drilling monobore wells, build and lateral sections, in Ellerslie formation in a Viking Oil play. To navigate within the lateral and stay in the target zone, the operator used Pacesetter’s Near Bit Inclination (NBI) Motor providing inclinations 1 meter behind the bit coupled with Continuous Inclinations located 11 meters behind the bit. The NBI sensor’s close proximity to the bit coupled with dynamic inclination measurements above the motor while sliding and rotating helped reduce the reaction time for making critical steering decision while maintaining the wellbore in the target zone.


Enhanced directional control and confidence in time-critical decision making were made possible through the combination of NBI Motor measurements coupled with dynamic inclinations allowed for maximum in-zone exposure. The in-depth information gained from the combined technologies helped the operator correctly determine the position and accurately direct the drilling, staying within the target interval.


Figure 1 Zoomed-In view of portion of lateral section showcase accuracy


The enhanced system provided by Pacesetter resulted in an improved well trajectory and placement within the target reservoir with improvements achieved progressively while drilling the build and lateral sections of each well. The confidence gained through the use of the combined technologies enabled average ROP to be increased incrementally well after well, by minimizing slide intervals with slower ROP, averaging a 12% overall ROP increase for the 5 wells drilled successfully with no reported issues. The capability of obtaining high resolution inclination measurements at various positions along the BHA has a multitude of applications in drilling and completions by getting a clearer picture of the tortuosity of the wellbore. The graph below displays the well trajectory of one of the wells drilled from kick off point to toe of the well showing the alignment of all three inclination measurements, Near Bit Inclination, Dynamic Inclinations and Survey Inclinations. The quick updates of all inclinations were made possible through Pacesetter’s XEM EM System with dynamic inclinations transmitted every 20 seconds.


Figure 2 Near Bit Inclination and Continuous Inclination measurements illustrate wellbore tortuosity not seen with surveys


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