ADVANCED WELL ENGINEERING | PREMIUM ENGINEERING SERVICES TO MAXIMIZE - THE EFFICIENCY OF YOUR WELL DELIVERY PROCESS

 


H&P’s Advanced Well Engineering service combines the vast experience of their engineering team and DrillScan® digital solutions, an industry-leading technology, to optimize the delivery of high-performance wells for operators. Our comprehensive solutions are tailored to help you achieve your desired outcome by addressing critical areas such as drilling performance, operation efficiency, and well design. We offer reduced cycle times, lighter well architectures, and measures to minimize exposure to safety hazards associated with drilling operations.

“OUR SERVICE IS TRULY AN UNBIASED VIEW OF THE DATA PROVIDED, COMBINED WITH OUR UNIQUE PHYSICS-BASED MODELS AND EXTENSIVE EXPERIENCE TO HELP DELIVER AN OPTIMAL WELL”

WE TAILOR EACH SERVICE TO ALIGN WITH THE SPECIFIC DESIRED OUTCOME OF OUR CLIENTS

We offer a range of specific outcomes for our clients through our three pillars of service: Real-Time Advisory, Well Delivery, and Tailored Analysis. The pillars of service can also be combined with many other Helmerich & Payne technology offerings, such as the Bit Guidance System and AutoSlide® technology, to unlock further value for our clients.

Real-Time Advisory

·       Drilling Engineer Advisory

·       Remote Operations Center

Well Delivery

·       Project Definition

·       Feasibility Assessment

·       Technology & Services Selection

·       Time & Cost Estimation

·       Well Design

·       Execution

Tailored Analysis

·       Directional Drilling

·       Drilling Performance

·       Tubular Integrity

·       Well Integrity

FIELD-PROVEN EXECUTION

OPERATOR CHALLENGE: MITIGATE COSTLY MOTOR FAILURES WHILE DRILLING TWO-MILE UNCONVENTIONAL LATERAL SECTIONS

OUTCOME:

1.       Time Savings

·       One run/curve lateral saved 1.75 days

·       of nonproductive time (NPT), equating to approximately $105,000

2.       Reduce BHA Failures and Repair Costs

·       4 out of the 5 following wells were able to

·       drill the curve and lateral in one run

3.       Reduce Time to Target

·       Slide ROP increased over 120%*


OPERATOR CHALLENGE: AVOID UNPLANNED BHA TRIPS WHILE DRILLING IN AN EXTREME ENVIRONMENT

OUTCOME: Wells 3 and 4, drilled using H&P’s integrated solutions, reduced the average bottom drilling hours from 196 to 139 hours compared to the manually operated wells 1 and 2 - resulting in a savings of 57 hours.


OPERATOR CHALLENGE: DEPLOY A LIGHTER WELL ARCHITECTURE FOR UPCOMING DRILLING CAMPAIGN

OUTCOME: Even a change as small as proper selection of centralizers can lead to the added cost of overdesigned well architecture. H&P’s Advanced Well Engineering team using DrillScan®technology was able to help Tullow Oil, an operator in West Africa:

• Increase reliability & profitability

• Reduce human variability

• Reduce CO2e emissions

Contact us to know more about us: https://www.helmerichpayne.com/contact.

#pdf #h&ptechnology #oilandgasindustry #drillscan #autoslidetechnology #advancedwellengineering

 

Comments

Post a Comment

Popular posts from this blog

DrillScan® Digital Solutions PRESENTS Advanced Well Engineering - Tailored software for smarter, efficient, failure-proof drilling!

Image
  HOW WE HELP We accelerate well delivery and maximize well lifespan for energy operators through physics-based modeling and drilling expertise AWE offers constant performance improvement for the client by leveraging the extensive experience of our engineering team and DrillScan® digital solutions. BitScan™ Software for auto processing, validation & export of PDC models. WellScan ® Advanced suite for quick and accurate well engineering.   LiveScan™ & REST APIs Integrated real-time solution for drilling monitoring & optimization. WHO WE ARE A century of achievement. A reputation of excellence. We are a drilling engineering and R&D team renowned for pioneering the development and implementation of industry-leading physics-based models. DRILLSCAN DIGITAL SOLUTIONS Enhance drilling engineer performance with precise digital solutions. ADVANCED WELL ENGINEERING Premium engineering ...
Read more

MAGVAR™ OMNI TECHNOLOGY

Image
  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 ·  ...
Read more

DRILLSCAN® SOFTWARE IDENTIFIES DRILLING DYSFUNCTION CAUSES IN COMPLEX, MULTILATERAL ERD WELL

Image
An operator in the North Sea faced a lower completion lock-up 800m above total depth (TD), followed by a stuck pipe event in an ERD multi-lateral well. In an initial effort to push the completion down to TD, all slack off weight and torque margin were used. Since no improvement was observed, the decision was made to pull-out. However, the string remained stuck and despite the rig efforts to free it, the lower completion had to be cut and left in hole. H&P’s DrillScan® technology team performed an in-depth post-analysis, reviewing all available data to identify what might have caused the lock-up event. The data provided was used to simulate the downhole conditions undergone by the completion with the DrillScan genuine stiff-string model. The results and conclusions pointed to string dysfunctions: suboptimal tripping and lubricating/ backreaming practices (BHA POOH) led to repeatedly exceeding the screens yield strength (lower completion RIH). H&P’s DrillScan software was a...
Read more