Drilling Optimization Service
Advancing Reservoir Performance
Drilling Optimization Service Enhance operational performance with an unparalleled engineering process and expertise
“The Baker Hughes drilling optimization service is an integral piece of the puzzle.” National oil company
Improving Drilling Performance through Reduced Well Costs and Operational Risks Baker Hughes service solutions provide the fundamental components you need to identify your well’s unique challenges and achieve your complex drilling objectives. We will align our services, expertise, and technology with those drilling objectives to optimize performance and transform your well into a more lucrative asset. The Baker Hughes Drilling Optimization Service combines a logically structured engineering process with the unparalleled expertise of our drilling engineers–many of whom have been accredited through our differentiating OASIS certification program. This combined strategy provides the means to effectively reduce well delivery costs and operational risks, improving operational performance safely, reliably, and efficiently.
Performance, risk management, and collaboration save USD 10.4 million in Canada Optimized wellbore trajectories, combined with the implementation of structured planning, drilling, and tripping practices, reduced the occurrence of nonproductive time (NPT) related to wellbore instability. The results saved an estimated USD 10.4 million of unproductive drilling, casing, coring, and logging time on four wells.
Reducing NPT and ILT Using a Logically Structured Engineering Process Focusing exclusively on your project, certified engineers work closely with members of your team to understand the wellbore and reservoir challenges you face and identify your drilling objectives. Using a holistic approach and a proven, logically structured engineering process, we analyze data from multiple offset wells to gain an understanding of the drilling risks and performance barriers that can result in non-productive time (NPT) or invisible lost time (ILT). This analysis culminates in the development of a drilling plan that pulls from a comprehensive portfolio of Baker Hughes drilling solutions and expertise to deliver customized technologies, optimized drilling parameters, and operating procedures.
Establish Objectives
Offset and Target Well Description
Detailed Post Well Analysis
Identify and Diagnose Problems
Knowledge Management Continuously Monitor and Revise Plan
Finally, following successful implementation of the drilling plan against the approved key performance indicators, Baker Hughes engineers capture and disseminate lessons learned to ensure a continuous cycle of risk mitigation and drilling performance improvement.
Develop Solutions
Implement Action Plan
Prepare Plan for Action
The Baker Hughes engineering process
Preproject Analysis
Implementation
Establish
Ensure
objectives by reviewing project requirements with the customer Agree on scope of work, deliverables, overall timetable, and expectations
Planning offset well data Create a comprehensive description of the drilling environment, such as lithology and rock mechanical properties Benchmark current performance using data from multiple data sets Conduct a thorough problem identification/risk analysis Present an integrated plan to deliver customized recommendations for technical and service solutions
successful implementation of the plan Monitor actual versus planned performance Provide guidance for conditions that deviate from the plan using tools Capture and record lessons learned and knowledge from the well
Evaluate
Post-well Analysis Develop
a revised drilling performance plan for subsequent wells Continuously review goals to ensure an ongoing focus on risk mitigation and drilling improvement
Knowledge Management Compile
lessons learned in the Baker Hughes knowledge management system Access the stored knowledge to match characteristics of upcoming projects with past experiences
Portfolio of Baker Hughes drilling solutions Performance
enhancement Dynamics mitigation Bit selection Borehole quality improvement Casing and liner drilling Conventional drilling Directional drilling Enhanced wellbore placement Fluids management optimization Geomechanics modeling and analysis Petrophysical analysis Pore pressure trend analysis Equivalent circulating density management Reservoir navigation Surface logging Through tubing rotary drilling Well engineering Measurement-while-drilling Logging-while-drilling Remote monitoring and consultation
Integrated drilling and evaluation saves USD 3.4 million in Africa Precision and performance while drilling the most challenging trajectories across West Africa resulted in the longest ever 12¼-in. (311.15-mm) section drilled in a single run. Through comprehensive planning, our experts designed and deployed an integrated drilling and evaluation solution that saved the operator an estimated USD 3.4 million.
“I want to emphasize the excellent technical expertise of the drilling optimization service engineers.” National oil company
The Baker Hughes OASIS Certification Program SELECT:
Delivering Optimized Services through Certified Expertise The Baker Hughes OASIS certification program is supported by our International Association of Drilling Contractors-accredited Competence Management Program. The certification program guides our engineers as they develop a defined level of technical competence to provide unique service solutions that meet or exceed your expectations.
Engineers with proven foundational competence and expertise are selected PROFILE: Current competence levels are evaluated against requirements for certification DEVELOP: An individually tailored experiential skill development plan based on the competence profile is developed CERTIFY: An engineer’s ability to apply core and applied technical competence while following proven optimization practices is confirmed and the engineer is certified
Baker Hughes certified engineers possess A
full understanding of the total drilling environment, along with current technologies and techniques The knowledge to provide real-time, proactive insight into drilling trends that can help facilitate superior drilling performance The ability to apply our structured engineering process
The OASIS certification program–a true industry differentiator–is characterized by A
focus on professional development experienced engineers that elevate the quality of service solutions provided An emphasis on lessons learned and knowledge management The capture and sharing of information through after-action reviews, peer reviews, and contributions to knowledge management tools Valuable expertise and objectivity Skilled,
Cross-product line collaboration saves operator USD 11 million in Gulf of Mexico Downhole equivalent circulating density (ECD) was monitored and the rate of penetration (ROP) was adjusted as required to maintain the ECD below the fracture gradient. The Baker Hughes solution saved an estimated USD 11 million and improved footage drilled by 56% over offset wells while meeting all directional objectives. This project also marked the first occasion the operator achieved high build rates in a shallow section using a rotary steerable system.
PROOF COPY
Customer collaboration saves drill time and USD 2.5 million in Brazil Advanced drilling technologies and real-time drilling optimization services, combined with ongoing research and development, improved performance by minimizing challenging downhole dynamics in Brazil’s Santos Basin. This collaborative approach saved 10 days of drilling time at an average rig rate of USD 250,000 per day.
Blank -- Standard Product D -- D Technology (either TRACBlock™, EZSteer™ or Smoothcut™)
T -- Talon
S -- Steel Body BLANK -- Matrix
T D 5 06 S X
Cutter Size 2 -- 5/16” 8m m 3 -- 7/16” 11mm 4 -- 1/2” 13 mm 5 -- 5/8” 16m m 6 -- 3/4” 19 mm
Blade Count
For more information on how we can help your operation perform safely, X -- Backup Cutters reliably, and efficiently, contact BakerCutters Hughes representative today XX -- Double Row your of Backup or visit www.bakerhughes.com/drilling-optimization.
| bakerhughes.com/surfacelogging
Surface Logging Services Increase safety and enhance production by proactively avoiding drilling problems
1
Operators that want to minimize the costs associated with drilling and production focus on strategies to reduce nonproductive time (NPT), increase production, and reduce risk. One such strategy is surface logging, which includes the collection and interpretation of real-time operational and geological data.
Surface logging creates a detailed record of cuttings properties— lithology, mineralogy, and the presence of oil—as well as formation gases and drilling parameters. Analysis of these records helps operators better evaluate the formations, identify ways to combat wellbore instability, optimize hole cleaning, prevent stuck pipe, and improve drilling performance. The true value of surface logging is to accurately and reliably collect and integrate the many sources of data to predict the probability of drilling events that could have harmful or even catastrophic results, enabling operators to take corrective measures to mitigate or avoid the events all together.
2
NT
MA T
DR
ILL
ING
PERFO
N RMA
LUATION
Surface Logging Services Geologic Evaluation Gas Analysis Fluids Monitoring Operations Monitoring
EVA
Advanced logging services provide detailed cavings analysis at the rigsite and measure cuttings volume returning at the shakers. Both data sets are important in identifying wellbore condition and predicting problems. Advanced cuttings evaluation provides
R
FOR
OL
N
The Baker Hughes Xtract™ gas monitoring and analysis services provide a number of options, from basic gas monitoring
As a critical part of well control, the Baker Hughes SLS team gathers data for drilling-fluid control and accurate flow monitoring, both of which are crucial for the safe construction of a well.
IO
Geological data is used for stratigraphic correlation, reservoir identification and to recognize potentially problematic formations. Knowing the geology is essential for high-quality well control, drilling performance, and formation evaluation, and that is where the experience and in-depth knowledge of our Surface Logging Services (SLS) team— including our degreed geologists—counts.
real-time geochemistry, including X-ray fluorescence, X-ray diffraction, and pyrolysis for elemental and mineralogical determination, brittleness index, and total organic carbon content.
CO
Baker Hughes has a long history of providing high-quality surface logging data with an extensive array of monitoring and analysis technology and services.
for safety and reservoir identification, to advanced evaluation and characterization of the formation and reservoir with mass spectrometry analysis. Gas trends are monitored and integrated with other drilling data to evaluate formation pore pressure.
WE L L
The Right Information: It Begins with the Data
CE
The Right People: Certified, Trained Experts But there’s more to the story than simply gathering data. Once the information is captured, knowing what it means and more importantly, how it affects your drilling operations, is critical. Our certified and experienced surface logging experts have the knowledge, training, and handson experience to interpret the data in order to get a truer picture of what is taking place with your drilling operation.
Drilling Contractors (IADC). IADC reviews and confirms that a company’s program meets accepted practices to develop and evaluate personnel across a wide array of job functions and product lines. The Baker Hughes program qualifies the knowledge and skills of its engineers in critical roles, ensuring they reliably meet and exceed client requirements and government regulations.
Baker Hughes is the only integrated oilfield service company with full accreditation of its Competence Management program from the International Association of
Before certification, Baker Hughes trainees participate in an extensive and rigorous training process. Instruction begins in one of our global education centers
before moving to a rig location for field experience, on-the-job training, and assessment. Additional classes ensure that our trainees are thoroughly schooled in equipment operation, data acquisition, and quality control, and are introduced to the surface acquisition software platform. As trainees advance from logging geologists to data engineers, training continues with advanced classes such as pore-pressure analysis and drilling engineering.
3
predictive analytics
4
The Right Solution: Predictive Analytics Unlike many surface logging providers, Baker Hughes has the depth and range of knowledge to extract information from the data collected while surface logging and use that information to recognize potential drilling and production problems before they occur. By combining highquality data, expert interpretation, and predictive analytics, operators now have the tools they need to reduce the risk of incidents and improve the performance of their wells, regardless of the drilling environment. By monitoring drilling operations both at the rigsite and from remote operation centers, the SLS team is able to obtain real-time feedback on predetermined drilling parameters. The team looks for any kind of change in data trends, such as a variation in torque or pump pressure, a change in penetration rate, or an increase in gas levels, and notifies operators immediately. Matching drilling trends with the drilled formations—mobile, reactive, brittle, unconsolidated—enables the prediction of specific problems using our analytical expertise.
Whether the operation is drilling, tripping, cementing, or circulating, the Baker Hughes SLS team continually evaluates data trends for events such as pipe washouts, twist-offs, swabbing, and surge pressure incidents. We also perform comprehensive trend comparisons to look for indications of wellbore instability that lead to costly stuck-pipe incidents if left unnoticed. We also look for signs of abnormal formation pressure that could lead to dangerous fluid influxes. With well control as a critical concern, our flowback monitoring software assures early warning of unusual flow patterns during connections or other flow-back events. Kicks and formation ballooning are identified and distinguished from each other quickly for more informed decision making.
5
Features and Benefits Data acquisition Provides data monitoring and integration 24 hours a day
Certified experts Offers a certified competence assurance program
Predictive analytics Improves well control, enhances safety (for personnel, equipment, and environment)
Supplies
Provides
Enables
independent sensor data
Transmits
to remote data centers or client offices
trained, qualified, and assessed field personnel
Delivers
a one-second data transmission rate
Provides
integrated data visualization
Offers
Delivers
remote applications engineers
–– Increases production –– Reduces risk Improves drilling performance Reduces Saves
various delivery formats
In all this, the team is aided by proprietary engineering software to model drilling hydraulics, swab and surge pressures, and torque and drag values. Expected vs. actual parameters can be compared to see if the expected trend is conforming to prediction. If not, the SLS team follows a strict communication protocol to report the problem. This communication protocol applies to all services provided by Baker Hughes SLS and is a key factor in avoiding major well-control issues. In addition to the onsite support our SLS team provides, operators have the option of comprehensive support from one of many remote real-time operation centers around the world. Remote operations centers rely on the Baker Hughes BEACON™ real-time remote operations platform and are staffed by experienced SLS
more accurate formation evaluation
NPT
money
professionals. Once connected, data from any rig can be relayed to the operator’s office using the Baker Hughes WellLink RT™ service’s visualization software. Sensor data can be transmitted from the rig every second, making it the fastest in the industry. SLS provides fit-for-purpose solutions for every drilling environment, including deep and ultradeep water, unconventional, and high pressure/high temperature environments. When you work with the Baker Hughes SLS team, you get the advantage of our predictive analytics capabilities plus the expertise you need to mitigate risk now, improve ongoing performance, and plan for the future.
Drilling Optimization Service Enhance operational performance with an unparalleled engineering process and expertise
“The Baker Hughes drilling optimization service is an integral piece of the puzzle.” National oil company
Improving Drilling Performance through Reduced Well Costs and Operational Risks Baker Hughes service solutions provide the fundamental components you need to identify your well’s unique challenges and achieve your complex drilling objectives. We will align our services, expertise, and technology with those drilling objectives to optimize performance and transform your well into a more lucrative asset. The Baker Hughes Drilling Optimization Service combines a logically structured engineering process with the unparalleled expertise of our drilling engineers–many of whom have been accredited through our differentiating OASIS certification program. This combined strategy provides the means to effectively reduce well delivery costs and operational risks, improving operational performance safely, reliably, and efficiently.
Performance, risk management, and collaboration save USD 10.4 million in Canada Optimized wellbore trajectories, combined with the implementation of structured planning, drilling, and tripping practices, reduced the occurrence of nonproductive time (NPT) related to wellbore instability. The results saved an estimated USD 10.4 million of unproductive drilling, casing, coring, and logging time on four wells.
Reducing NPT and ILT Using a Logically Structured Engineering Process Focusing exclusively on your project, certified engineers work closely with members of your team to understand the wellbore and reservoir challenges you face and identify your drilling objectives. Using a holistic approach and a proven, logically structured engineering process, we analyze data from multiple offset wells to gain an understanding of the drilling risks and performance barriers that can result in non-productive time (NPT) or invisible lost time (ILT). This analysis culminates in the development of a drilling plan that pulls from a comprehensive portfolio of Baker Hughes drilling solutions and expertise to deliver customized technologies, optimized drilling parameters, and operating procedures.
Establish Objectives
Offset and Target Well Description
Detailed Post Well Analysis
Identify and Diagnose Problems
Knowledge Management Continuously Monitor and Revise Plan
Finally, following successful implementation of the drilling plan against the approved key performance indicators, Baker Hughes engineers capture and disseminate lessons learned to ensure a continuous cycle of risk mitigation and drilling performance improvement.
Develop Solutions
Implement Action Plan
Prepare Plan for Action
The Baker Hughes engineering process
Preproject Analysis
Implementation
Establish
Ensure
objectives by reviewing project requirements with the customer Agree on scope of work, deliverables, overall timetable, and expectations
Planning offset well data Create a comprehensive description of the drilling environment, such as lithology and rock mechanical properties Benchmark current performance using data from multiple data sets Conduct a thorough problem identification/risk analysis Present an integrated plan to deliver customized recommendations for technical and service solutions
successful implementation of the plan Monitor actual versus planned performance Provide guidance for conditions that deviate from the plan using tools Capture and record lessons learned and knowledge from the well
Evaluate
Post-well Analysis Develop
a revised drilling performance plan for subsequent wells Continuously review goals to ensure an ongoing focus on risk mitigation and drilling improvement
Knowledge Management Compile
lessons learned in the Baker Hughes knowledge management system Access the stored knowledge to match characteristics of upcoming projects with past experiences
Portfolio of Baker Hughes drilling solutions Performance
enhancement Dynamics mitigation Bit selection Borehole quality improvement Casing and liner drilling Conventional drilling Directional drilling Enhanced wellbore placement Fluids management optimization Geomechanics modeling and analysis Petrophysical analysis Pore pressure trend analysis Equivalent circulating density management Reservoir navigation Surface logging Through tubing rotary drilling Well engineering Measurement-while-drilling Logging-while-drilling Remote monitoring and consultation
Integrated drilling and evaluation saves USD 3.4 million in Africa Precision and performance while drilling the most challenging trajectories across West Africa resulted in the longest ever 12¼-in. (311.15-mm) section drilled in a single run. Through comprehensive planning, our experts designed and deployed an integrated drilling and evaluation solution that saved the operator an estimated USD 3.4 million.
“I want to emphasize the excellent technical expertise of the drilling optimization service engineers.” National oil company
The Baker Hughes OASIS Certification Program SELECT:
Delivering Optimized Services through Certified Expertise The Baker Hughes OASIS certification program is supported by our International Association of Drilling Contractors-accredited Competence Management Program. The certification program guides our engineers as they develop a defined level of technical competence to provide unique service solutions that meet or exceed your expectations.
Engineers with proven foundational competence and expertise are selected PROFILE: Current competence levels are evaluated against requirements for certification DEVELOP: An individually tailored experiential skill development plan based on the competence profile is developed CERTIFY: An engineer’s ability to apply core and applied technical competence while following proven optimization practices is confirmed and the engineer is certified
Baker Hughes certified engineers possess A
full understanding of the total drilling environment, along with current technologies and techniques The knowledge to provide real-time, proactive insight into drilling trends that can help facilitate superior drilling performance The ability to apply our structured engineering process
The OASIS certification program–a true industry differentiator–is characterized by A
focus on professional development experienced engineers that elevate the quality of service solutions provided An emphasis on lessons learned and knowledge management The capture and sharing of information through after-action reviews, peer reviews, and contributions to knowledge management tools Valuable expertise and objectivity Skilled,
Cross-product line collaboration saves operator USD 11 million in Gulf of Mexico Downhole equivalent circulating density (ECD) was monitored and the rate of penetration (ROP) was adjusted as required to maintain the ECD below the fracture gradient. The Baker Hughes solution saved an estimated USD 11 million and improved footage drilled by 56% over offset wells while meeting all directional objectives. This project also marked the first occasion the operator achieved high build rates in a shallow section using a rotary steerable system.
PROOF COPY
Customer collaboration saves drill time and USD 2.5 million in Brazil Advanced drilling technologies and real-time drilling optimization services, combined with ongoing research and development, improved performance by minimizing challenging downhole dynamics in Brazil’s Santos Basin. This collaborative approach saved 10 days of drilling time at an average rig rate of USD 250,000 per day.
Blank -- Standard Product D -- D Technology (either TRACBlock™, EZSteer™ or Smoothcut™)
T -- Talon
S -- Steel Body BLANK -- Matrix
T D 5 06 S X
Cutter Size 2 -- 5/16” 8m m 3 -- 7/16” 11mm 4 -- 1/2” 13 mm 5 -- 5/8” 16m m 6 -- 3/4” 19 mm
Blade Count
For more information on how we can help your operation perform safely, X -- Backup Cutters reliably, and efficiently, contact BakerCutters Hughes representative today XX -- Double Row your of Backup or visit www.bakerhughes.com/drilling-optimization.
| bakerhughes.com/surfacelogging
Surface Logging Services Increase safety and enhance production by proactively avoiding drilling problems
1
Operators that want to minimize the costs associated with drilling and production focus on strategies to reduce nonproductive time (NPT), increase production, and reduce risk. One such strategy is surface logging, which includes the collection and interpretation of real-time operational and geological data.
Surface logging creates a detailed record of cuttings properties— lithology, mineralogy, and the presence of oil—as well as formation gases and drilling parameters. Analysis of these records helps operators better evaluate the formations, identify ways to combat wellbore instability, optimize hole cleaning, prevent stuck pipe, and improve drilling performance. The true value of surface logging is to accurately and reliably collect and integrate the many sources of data to predict the probability of drilling events that could have harmful or even catastrophic results, enabling operators to take corrective measures to mitigate or avoid the events all together.
2
NT
MA T
DR
ILL
ING
PERFO
N RMA
LUATION
Surface Logging Services Geologic Evaluation Gas Analysis Fluids Monitoring Operations Monitoring
EVA
Advanced logging services provide detailed cavings analysis at the rigsite and measure cuttings volume returning at the shakers. Both data sets are important in identifying wellbore condition and predicting problems. Advanced cuttings evaluation provides
R
FOR
OL
N
The Baker Hughes Xtract™ gas monitoring and analysis services provide a number of options, from basic gas monitoring
As a critical part of well control, the Baker Hughes SLS team gathers data for drilling-fluid control and accurate flow monitoring, both of which are crucial for the safe construction of a well.
IO
Geological data is used for stratigraphic correlation, reservoir identification and to recognize potentially problematic formations. Knowing the geology is essential for high-quality well control, drilling performance, and formation evaluation, and that is where the experience and in-depth knowledge of our Surface Logging Services (SLS) team— including our degreed geologists—counts.
real-time geochemistry, including X-ray fluorescence, X-ray diffraction, and pyrolysis for elemental and mineralogical determination, brittleness index, and total organic carbon content.
CO
Baker Hughes has a long history of providing high-quality surface logging data with an extensive array of monitoring and analysis technology and services.
for safety and reservoir identification, to advanced evaluation and characterization of the formation and reservoir with mass spectrometry analysis. Gas trends are monitored and integrated with other drilling data to evaluate formation pore pressure.
WE L L
The Right Information: It Begins with the Data
CE
The Right People: Certified, Trained Experts But there’s more to the story than simply gathering data. Once the information is captured, knowing what it means and more importantly, how it affects your drilling operations, is critical. Our certified and experienced surface logging experts have the knowledge, training, and handson experience to interpret the data in order to get a truer picture of what is taking place with your drilling operation.
Drilling Contractors (IADC). IADC reviews and confirms that a company’s program meets accepted practices to develop and evaluate personnel across a wide array of job functions and product lines. The Baker Hughes program qualifies the knowledge and skills of its engineers in critical roles, ensuring they reliably meet and exceed client requirements and government regulations.
Baker Hughes is the only integrated oilfield service company with full accreditation of its Competence Management program from the International Association of
Before certification, Baker Hughes trainees participate in an extensive and rigorous training process. Instruction begins in one of our global education centers
before moving to a rig location for field experience, on-the-job training, and assessment. Additional classes ensure that our trainees are thoroughly schooled in equipment operation, data acquisition, and quality control, and are introduced to the surface acquisition software platform. As trainees advance from logging geologists to data engineers, training continues with advanced classes such as pore-pressure analysis and drilling engineering.
3
predictive analytics
4
The Right Solution: Predictive Analytics Unlike many surface logging providers, Baker Hughes has the depth and range of knowledge to extract information from the data collected while surface logging and use that information to recognize potential drilling and production problems before they occur. By combining highquality data, expert interpretation, and predictive analytics, operators now have the tools they need to reduce the risk of incidents and improve the performance of their wells, regardless of the drilling environment. By monitoring drilling operations both at the rigsite and from remote operation centers, the SLS team is able to obtain real-time feedback on predetermined drilling parameters. The team looks for any kind of change in data trends, such as a variation in torque or pump pressure, a change in penetration rate, or an increase in gas levels, and notifies operators immediately. Matching drilling trends with the drilled formations—mobile, reactive, brittle, unconsolidated—enables the prediction of specific problems using our analytical expertise.
Whether the operation is drilling, tripping, cementing, or circulating, the Baker Hughes SLS team continually evaluates data trends for events such as pipe washouts, twist-offs, swabbing, and surge pressure incidents. We also perform comprehensive trend comparisons to look for indications of wellbore instability that lead to costly stuck-pipe incidents if left unnoticed. We also look for signs of abnormal formation pressure that could lead to dangerous fluid influxes. With well control as a critical concern, our flowback monitoring software assures early warning of unusual flow patterns during connections or other flow-back events. Kicks and formation ballooning are identified and distinguished from each other quickly for more informed decision making.
5
Features and Benefits Data acquisition Provides data monitoring and integration 24 hours a day
Certified experts Offers a certified competence assurance program
Predictive analytics Improves well control, enhances safety (for personnel, equipment, and environment)
Supplies
Provides
Enables
independent sensor data
Transmits
to remote data centers or client offices
trained, qualified, and assessed field personnel
Delivers
a one-second data transmission rate
Provides
integrated data visualization
Offers
Delivers
remote applications engineers
–– Increases production –– Reduces risk Improves drilling performance Reduces Saves
various delivery formats
In all this, the team is aided by proprietary engineering software to model drilling hydraulics, swab and surge pressures, and torque and drag values. Expected vs. actual parameters can be compared to see if the expected trend is conforming to prediction. If not, the SLS team follows a strict communication protocol to report the problem. This communication protocol applies to all services provided by Baker Hughes SLS and is a key factor in avoiding major well-control issues. In addition to the onsite support our SLS team provides, operators have the option of comprehensive support from one of many remote real-time operation centers around the world. Remote operations centers rely on the Baker Hughes BEACON™ real-time remote operations platform and are staffed by experienced SLS
more accurate formation evaluation
NPT
money
professionals. Once connected, data from any rig can be relayed to the operator’s office using the Baker Hughes WellLink RT™ service’s visualization software. Sensor data can be transmitted from the rig every second, making it the fastest in the industry. SLS provides fit-for-purpose solutions for every drilling environment, including deep and ultradeep water, unconventional, and high pressure/high temperature environments. When you work with the Baker Hughes SLS team, you get the advantage of our predictive analytics capabilities plus the expertise you need to mitigate risk now, improve ongoing performance, and plan for the future.
