MAGVAR™ OMNI TECHNOLOGY
Achieve Unmatched Accuracy
MagVAR™ Omni technology elevates standard surveying practices by delivering more
precise wellbore trajectory and shape. By integrating our survey correction services
with continuous inclination measurements, it helps ensure exceptional accuracy
in both lateral and vertical positioning. This enhanced mapping provides valuable
insights into the trajectory and configuration of your well to help you reach your
intended geological target with confidence.
A comprehensive understanding of the wellbore trajectory and shape can:
• Facilitate strong agreement between geologic & drilling teams
• Minimize positional errors
• Identify tortuosity
• Improve wellbore quality
• Improve Geology-Drilling data
• Reduce costly re-drills
• Improve pump placement & sucker rod placement
• Help solve casing problems
From Data to Decisions:
MagVAR™ Omni Technology Transforms Wellbore Insights
Traditional surveying methods rely on stationary surveys conducted every 95 to 100 feet, utilizing a series of arcs (minimum curvature). In contrast, MagVAR Omni technology advances this approach by delivering enhanced precision through high-resolution corrections and enabling more frequent data collection. It employs continuous inclination measurements, stationary surveys, sag analysis, and micro-dogleg analysis to provide a comprehensive view of wellbore dynamics.
One of the standout features of MagVAR Omni technology is its Rate of Change capability, which offers valuable insights into wellbore trajectory and shape. This allows for the accurate identification of tortuosity and overall wellbore quality, helping ensure drilling operations are optimized for success.
MagVAR Omni technology effectively resolves discrepancies in vertical placement between geology and drilling teams. This capability not only saves significant time by minimizing unnecessary investigations, but also reduces the frequency of disruptive inquiries to the geology team.
What We Provide What You Achieve
More accurate trajectory and
shape of the wellbore
In-depth knowledge and support
from a team of engineers in the
H&P Remote Operations Center (ROC)
Ability to export trajectories at
any incremental depth value Enhanced well positioning to
remain in the target zone
Ensures more accuracy, fewer manual data
errors, and discards erroneous data
Improved wellbore
tortuosity and quality
Seamless integration between
drilling and geology data for optimal TVD
Multiple correction techniques include:
• Multi-Station Analysis (MSA): Removes systematic errors from every standard
stationary survey
• SAG: Addresses errors caused by sensor misalignments in the bottomhole assembly (BHA)
• Analysis of Micro-Doglegs: Accounts for small changes in inclination that can
accumulate throughout the well
• ROC Oversight: Team of engineers closely examines each survey point to help ensure accuracy, eliminate gross errors and discard erroneous data
Critical Insights for Optimal Well Placement
• Well path shape is crucial, as it captures details of doglegs and accumulated vertical depth uncertainty, which aids in the precise placement of downhole equipment, from casing to sucker rods.
• Traditional mud motor steering often results in discrepancies of over 10 feet between the depth estimates of geology and drilling teams. By analyzing slide/rotate patterns and rotary tendencies, these discrepancies can be significantly reduced.
For more information on how Helmerich & Payne can help you achieve better drilling outcomes, contact an H&P sales representative today or contact us through our website at helmerichpayne.com/contact.
Visit us to follow through on your drilling performance potential: helmerichpayne.com.
#surveymanagementtechnology#factsheetsubmission#helmerichandpayne#omnitechnology#magvar
H&P GLOBAL GEOMAGNETIC MODELS
Effortless survey management solutions by the proven industry leader
Reducing Uncertainty in Wellbore Placement
With directional drilling in today’s market, well placement is of ever-increasing importance in the process of successfully drilling a well. Well placement by Measurements While Drilling (MWD) uses the direction of the Earth’s gravity and magnetic field as a natural reference frame. For years, the industry standard used low resolution global models for this reference, such as the International Geomagnetic Reference Field (IGRF-13). These models only captured a fraction of the true complexity of the Earth’s magnetic field, leading to inaccurate MWD corrections and consequently large uncertainties in the wellbore’s final placement.
Large uncertainties in the final wellbore placement lead to many issues in the life cycle of the well. Improper placement can lead to a loss in reservoir production or collision issues with adjacent wells. To help reduce these uncertainties and help alleviate the issues posed by them, H&P recognized the need for higher resolution models of the Earth’s magnetic field. Allowing for more accurate MWD corrections while drilling the well. To accomplish this, H&P offers a full suite of services to reduce this uncertainty so every customer has an option that meets their needs. One of those is highly accurate global geomagnetic reference models.
Global Geomagnetic Reference Models
H&P recognized the need for more accurate global geomagnetic reference models versus the industry standard. We also realize not every client has the same needs or budget. With that in mind, we produce the MagVAR Standard Definition Global Geomagnetic Model (MVSD) and the MagVAR High Definition Global Geomagnetic Model (MVHD). The MVSD is a spherical harmonic model of the Earth’s main field built from global magnetic data collected via satellites. H&P’s modeling captures the Earth’s main field and crustal anomalies as small as 300 km in size, making the MVSD a significant improvement over the industry standard IGRF model. The MVSD meets the conditions of the MWD tool code. The MVHD is an ellipsoidal harmonic model built from global satellite magnetic data plus near-surface magnetic data sets. This allows the MVHD to capture the Earth’s main field and crustal anomalies down to a resolution of 40 km. The increased resolution of the MVHD is a great solution compared to other models in the industry. The MVHD will satisfy the conditions of the MWD+HRGM tool code. The MVSD and MVHD models are updated annually to capture the secular changes to the magnetic field and implement modeling improvements.
REDUCE THE ELLIPSES OF UNCERTAINTY
By integrating the MVSD or MVHD models into your workflow you will reduce the Ellipses of Uncertainty (EOU). Our software now has the ability to use the MWD or MWD+HRGM tool codes when planning and drilling a well. Benefits include increased separation factors when anticollision planning, reservoir production and safety.
EASE OF USE
H&P delivers each model with our global calculator. A user-friendly interface used to extract single or multiple points along a well path file from either MVSD or MVHD at your chosen date. H&P can also make the models available as a plug-in for your well planning or directional drilling software of choice, making this a seamless integration to your workflow.
TOOL CODE REFERENCE MODEL APPROX EOU±
MWD + IGRF IGRF +10%
MWD SD 0 % (STANDARD)
MWD + HRGM HD -10%
PROOF IN THE FLIGHT LINE
At H&P, we compare our MVSD and MVHD models to proprietary high-resolution aeromagnetic surveys. By doing this, we provide proof in our modeling. These surveys represent Earth’s true magnetic field. As seen above, the MVSD model captures the overall trend of the Earth’s main field. The higher resolution MVHD model begins to include some of the high-resolution features in the Earth’s magnetic field generated by the crustal component.
ADDITIONAL ADD ON SERVICES
At H&P, we also offer add on services that can further reduce uncertainty when using MVSD or MVHD.
• Advanced MWD Analytics: method for reducing MWD survey error through least squares regression techniques
• Sag: method of correcting bottom hole assembly (BHA) Sag misalignment
• IFR Pad Solution (IFR-PS): IFR-1 level corrections based off local correction applied to MVHD from groundshots taken on pad
CONTACT US TODAY AT +1 303 539 5339 OR VISIT https://www.helmerichpayne.com/contact
INDUSTRY EXPERTS ARE ALWAYS A PHONE CALL AWAY TO ANSWER ANY MVSD OR MVHD QUESTIONS YOU HAVE.
Download the full product literature from here: https://www.helmerichpayne.com/media/product-literature/HP_OneSheet_Global_Models_v2.pdf#helmerichandpayne#drillingtechnology#rigcontractoroilandgas#drillingautomation#drillingrigcontractoroilandgas#automateddirectionaldrilling
FlexB2D® Technology - achieve configurable and consistent bit AND BHA engagement
Staging drilling set points after tagging bottom is often inconsistent and can cause drilling dysfunction. H&P has transformed this common multi-step task into an automated and configurable process with FlexB2D® technology.
FlexB2D technology performs automated zeroing of the weight on bit (WOB) and differential pressure set points and helps ensure proper contact with the formation. This allows for configurable and consistent bit engagement, reducing bit and BHA torsional and lateral vibrations.
• Reduce torsional and lateral vibration
• Reduce bit and BHA damage
• Cut unplanned trips
• Decrease transition time from connection to drilling
• Automated zeroing ensure accuracy and consistency
• Automated staging to 9 operator defined drilling setpoints ensure consistent execution
Repeatable Results Enable Optimal Outcomes
Reduces Risk
· Lowers risk of damaging downhole tools by reengaging the bit in a controlled and repeatable manner
Lowers Total Cost of Operations
· Less costly bit and BHA issues
· Improved consistency drives lower cost per foot
Accelerates Well Programs
· Lower rotary to on-bottom time averages contribute to time savings in overall cycle time
CONTACT US For more information on how FlexB2D® technology can help you achieve better drilling outcomes, contact an H&P sales representative today or contact us through our website at helmerichpayne.com/contact.
Download the full product literature from here: https://www.helmerichpayne.com/media/product-literature/FactSheet_HPIDC-CS05_FlexB2D_Overview_V7.pdf#helmerichandpayne#drillingtechnology#rigcontractoroilandgas#drillingautomation#drillingrigcontractoroilandgas#automateddirectionaldrilling
Survey Management
REMOVE UNCERTAINTY WITH DATA AS YOU DRILL
Drilling practices alone are not enough to accurately deliver a high quality wellbore, as success is equally dependent on the accuracy of the wellbore survey. H&P’s Survey Management increases the accuracy and consistency of how we measure boreholes, enabling the delivery of any outcome that relies on knowledge of the wellbore position or shape. These outcomes include landing a curve, properly spacing laterals, safely performing collision avoidance operations, and updating well plans and geological models to accurately reflect data that was measured while drilling.
Accurate, Consistent, and Reliable Wellbore Surveys
By reducing the magnitude of survey errors commonly encountered during drilling operations and through the early identification and elimination of gross errors related to the surveying process, Survey Management improves the accuracy, consistency and reliability of wellbore positioning operations.
H&P provides a pre-job report confirming basic well details and aligning operations on initialization of survey instruments. During drilling, real-time corrections of the survey data are performed and once the well is finished a post-job analysis of what occurred is provided so that operators can have greater confidence that survey execution was performed to their expectations. This helps eliminate gross errors that may directly contribute to major adverse events such as sidetracks, missed landing points and wellbore collisions. Reducing gross errors will in turn reduce the frequency of those negative outcomes.
Reducing survey uncertainty can:
· Expand the safe operating envelope available to a driller when performing collision avoidance operations
· Drive more precise spacing of laterals
· Enable more accurate total vertical depth (TVD) estimation both when landing the curve and drilling the lateral
SMOOTH OPERATIONAL PROCESS ENABLES PAINLESS IMPLEMENTATION
· Automated quality control and data processing
· API connections to third party software
· Trusted, technical experts provide procedures and best practices to help ensure survey success
· Operations to scale without compromising service quality
PROOF POINTS
Figure 1: Reduce Bottomhole Uncertainty By Up To 60% ACCURACY COMPARISON - MAGNETIC DECLINATION
Main field model: 0.8-1.0 deg at 2σ
High-def model: 0.68 deg at 2σ
IFR1 model: 0.32 deg at 2σ
IFR1+GS Model: 0.16 deg at 2σ
Figure 2: HIGH-DEFINITION MODELS + IN-FIELD REFERENCING + DIRECT OBSERVATION = EXTREME ACCURACY
Download the full product literature from here: https://www.helmerichpayne.com/media/product-literature/Survey-Management.pdf.
Reach out to our H&P Sales Representative directly for better drilling outcomes: https://www.helmerichpayne.com/contact.
#helmerichandpayne#drillingtechnology#rigcontractoroilandgas#drillingautomation#drillingrigcontractoroilandgas
OPTIMIZED PRODUCTION STARTS HERE
THE H&P FLEXRIG® FLEET OFFERS FLEXIBLE DESIGN AND INNOVATION TECHNOLOGY FOR UNLIMITED PERFORMANCE
Our FlexRig® fleet offers configurations to deliver more power, more finesse, and greater mobility to match the demands of your operations. › The industry leader in performance and safety › Multiple configurations to match the unique demands of your drilling operation › Integrated advanced technologies paired with fully autonomous solutions.
ENABLE SUPERIOR PERFORMANCE WITH THE H&P PROPRIETARY CONTROL SYSTEM › Increased ROP
› Ideal platform for additional drilling applications
› Bit and BHA benefits
• Fewer bits required
• More bit re-runs
• Reduced bit bounce
• Maximize bit performance and life
• Increased downhole motor life
OUTCOMES
Our FlexRig fleet offers configurations to safely deliver a reliable, repeatable well cycle to meet the unique demands of your operation.
WHAT COULD 2-4 ADDITIONAL WELLS PER YEAR MEAN TO YOUR BOTTOM LINE?
Contact us for more information on how our FlexRig® Fleet can help you achieve better drilling outcomes, contact an H&P sales representative today or contact us through our website at helmerichpayne.com/contact. It’s time to follow through on your drilling performance potential.
Download the full product literature from here: https://www.helmerichpayne.com/media/product-literature/FlexRig-Fleet-International.pdf.
#helmerichandpayne#drillingtechnology#rigcontractoroilandgas#drillingautomation#drillingrigcontractoroilandgas
FLEXIBILITY OF DESIGN
We customize large and small pad solutions to meet multiple configurations.
Rig Mobility Options for:
• Multi-pad drilling
• Super pad drilling
• Cube drilling development
• Infill well drilling
S K I D D I N G A N D W A L K I N G S O L U T I O N S U N I Q U E LY P O S I T I O N E D TO PROVIDE THE RIG OF CHOICE
In addition to rigs and technology, H&P can provide a suite of advisory services, including:
• Drilling and technical advisors
• Performance engineering
• Maintenance advisors
• Lean manufacturing
• Training services
• Data and process improvement
• Change management
• Engineering and design
ECONOMY OF SCALE
With more experience than anyone in the US drilling market and deep engineering technical experience, we deliver the highest quality rig and lowest downtime in the industry – keeping you on time and on budget.
• Improved wellbore quality and placement increases operator revenue potential
• Lowering total costs decreases cost of ownership over the life of the well
• Consistency reduces risk and enables better planning to avoid costly outliers
SINCE 2014, H&P HAS DRIVEN AN 8 8 % D R I L L I N G P E R F O R M A N C E I M P R O V E M E N T AVERAGE IN THE THREE LARGEST U.S. UNCONVENTIONAL BASINS
• Lower cost per well
• More wells drilled per year
• Less rigs required to drill well program
• Less rigs = less operating and maintenance costs
WE KEEP RIGS RUNNING
Maintaining Our Own Equipment Means:
• We drive improvements based on a deep understanding of the rig & equipment
• Lower downtime
• Better repair procedures
• Quick turnaround with broader access to equipment
• Continuous improvement
Download the full product literature from here: https://www.helmerichpayne.com/media/product-literature/Rig-Ready-Fact-Sheet.pdf
Contact us to know more about us: https://www.helmerichpayne.com/contact#helmerichandpayne#drillingtechnology#rigcontractoroilandgas#drillingautomation#productliterature
STALLASSIST™ SOFTWARE
DETECT, MITIGATE, AND RECOVER FROM DOWNHOLE STALLS
95% of operators experience motor/rotary steerable system (RSS) stalls downhole. Frequent stalls can result in premature bit and BHA failures that lead to unplanned trips, tools lost in hole, sidetracks or cement plugs – and in some cases plugging and abandoning a well if the mitigation efforts are unsuccessful. H&P StallAssist™ software was designed not only to detect downhole stalls, but to mitigate and help recover from them. By increasing bit and BHA reliability this technology can help decrease sidetracks or lost in hole occurrences and increase motor and bit longevity, translating into more footage drilled per BHA and reduced time to target.
HOW DOES IT WORK?
FEATURES ADVANTAGES OUTCOME
As pressure is reaching the stall rating, the system continually and simultaneously evaluates several factors; pressure, the speed in which the pressure is rising and motor specifications Dynamic, real-time calculations prevent the motor from ever seeing the strain of pressure that is outside motor limitations Detects and actions a stall much faster than a human can feasibly do, stopping significant wear from excessive force on elastomer and mechanical motor components
Within in just a couple of seconds of detection, StallAssist immediately and automatically executes the full sequence to react to a stall Consistent and immediate action. Without StallAssist software, a driller would have to action each step in the process; See steps 1-7 above. The driller can now focus on the full spectrum of drilling operation activities Helps eliminate delayed or inconsistent reactions that put additional strain on the motor, reducing premature BHA failure and associated replacement costs
Configured based on operators operational preferences and practices. As an example, pumps can be slowed or stopped after stall detection Allows for quicker recovery of electrical and mechanical systems Quickly resume operations, reducing downtime
Unlike other industry offering, StallAssist is a software-based system No downhole tools are required Avoid additional risk and cost associated with downhole tools
StallAssist software detects and mitigates stalls during both rotating and sliding activity Not dependent on drilling method Confidence throughout the drilling process
After 2 years of testing StallAssist™ software: No Stall Undetected. No False Detections.
CONTACT US
For more information on how our StallAssist™ software can help you achieve better drilling outcomes, contact an H&P sales representative today or contact us through our website at helmerichpayne.com/contact. It’s time to follow through on your drilling performance potential.
Download the full product literature from here: https://www.helmerichpayne.com/media/product-literature/StallAssist-FactSheet.pdf#helmerichandpayne#drillingtechnology#rigcontractoroilandgas#drillingautomation#productliterature
