Technology – Petrolink https://www.petrolink.com From Wellsite to Insight Thu, 09 Apr 2026 14:37:58 +0000 en-US hourly 1 https://wordpress.org/?v=6.8.3 https://www.petrolink.com/wp-content/uploads/2025/08/cropped-favicon-32x32.png Technology – Petrolink https://www.petrolink.com 32 32 How Reliable Data Improves Process Safety in Drilling Operations https://www.petrolink.com/process-safety-in-drilling-operations/ Tue, 07 Apr 2026 03:19:11 +0000 https://www.petrolink.com/?p=5993

Operational clarity starts with trusted data

The oil and gas industry has benefited greatly from digital data. Teams now have quicker insights, more reliable analysis, and the ability to monitor drilling activities in real-time across the globe. However, as decisions are increasingly made by experts who may be miles away from the wellsite, confidence in the data they rely on is more important than ever. Petrolink is dedicated to providing that certainty.

Challenges in modern drilling operations

Even today, many rigs are monitored manually. This makes it difficult for teams to maintain visibility, especially when dealing with a large number of wells or remote locations.
Engineers often face:

• Steadily increasing data volumes making harder to know which signals are the correct ones

• Alarms triggered late due to signal delivery delays,

• Critical signals being obscured by noise or lost entirely,

• Inconsistent mnemonics slowing detection and correlation, and

• Lack of effective change management and quality when data is stored or transits multiple systems.

These issues can compromise safety, slow response time, and reduce trust in operational data.

Petrolink as a second line of defense

Petrolink solutions are designed to strengthen process safety by addressing these challenges directly. We provide:

• Trusted, real-time data solutions and infrastructure,

• Sub-second, engineered, time-aligned feeds,

• Data assurance and quality checks to ensure flawless streaming even across systems,

• Smart alarms that cut through the noise, highlighting true risk signals,

• Early detection of anomalies with fewer false positives, and

• Accessible and intuitive visualization, so all team members have the information they need.

With these solutions, engineers can focus on critical decision-making rather than validating data.

Proven reliability

In a recent seven-year engagement with a supermajor operator, Petrolink delivered 99.995% service availability. This demonstrates not only technical resilience but also the operational discipline required to support high-consequence monitoring environments. By combining real-time data aggregation, data quality control, and intelligent alerting, Petrolink helps clients reduce Non-Productive Time and Invisible Lost Time. These outcomes highlight the tangible value of reliable operational data.

A strong digital backbone improves performance

Industry research continually shows that …

• Intelligent alarm management,

• Ultra-high availability, and

• Consistent, trusted data can significantly improve process safety performance.
Petrolink provides all three, enabling drilling teams to operate with confidence, even under the most uncertain conditions. Operational clarity and safety are only possible when teams can trust their data. Petrolink provides reliable, real-time data infrastructure, smart alerts, and robust visualization to help teams make timely, confident decisions.

Petrolink – providing certainty in an uncertain world.

Refine your operational data and improve your process safety with Petrolink. Discover how Petrolink can provide reliable real-time data for safer drilling operations.

]]> What is Data Refinement and why is it essential in oil and gas operations? https://www.petrolink.com/what-is-data-refinement-and-why-is-it-essential-in-oil-and-gas-operations/ Thu, 26 Mar 2026 07:33:31 +0000 https://www.petrolink.com/?p=5482

Oil and gas operations generate large volumes of data every day. This includes WITSML streams, rig sensors, vendor systems, and operational events. Generated in a variety of formats and with a mix of high and low frequency, there is no shortage of information.

The difficulty lies in using that data with confidence.

In its raw form, operational data is not always ready for immediate use. It is often spread across multiple systems, not aligned in time and depth, and sometimes delayed or incomplete. In many cases, it lacks the context needed to support clear decision-making.

Because of this, even well-designed analytics and AI solutions can struggle to deliver consistent results.

The challenge is not access to data. It is the ability to trust it and use it effectively.

What is Data Refinement?

Data refinement is the process of preparing operational data so that it can be used reliably in real-time environments.

Rather than simply collecting data, refinement focuses on improving its quality and usability. This ensures that engineers and systems are working with data that is consistent, aligned, and meaningful.

In practice, this includes:

  • Bringing together data from multiple sources,
  • Standardising formats, units, and naming conventions,
  • Aligning time and depth references,
  • Linking available contextual metadata across the sources,
  • Validating signal quality and reducing noise, and
  • Delivering consistent, real-time data streams.

The concept is simple. Raw data has value, but it needs to be structured, refined and validated before it can support decision-making.

Why Data Refinement Matters in Real-Time Operations

In drilling and production environments, decisions are often made in real-time. These decisions are not always made at the wellsite, which increases the reliance on data.

When data is not properly refined, teams can face a range of issues, such as:

  • Alarms that arrive too late,
  • Signals that are difficult to interpret,
  • Additional time spent validating data, and
  • Reduced confidence in decision-making.

Even small inconsistencies can have an impact. Misaligned timestamps or unclear naming can slow down response times and introduce uncertainty.

With Petrolink’s refined data, the situation improves:

  • Signals are aligned and easier to interpret.
  • Noise is reduced, making important events clearer.
  • Data is consistent across systems.
  • Engineers can focus on analysis instead of data correction.

This leads to better clarity and faster decision-making during operations.

Common Operational Data Challenges

Across the industry, similar challenges continue to affect data usability.

These typically include:

  • Data distributed across multiple systems with different formats,
  • Inconsistent naming and mnemonics between vendors,
  • Time and depth misalignment affecting interpretation,
  • Signal noise masking important information, and
  • Missing data creating gaps in visibility.

As a result, engineers often spend time reconciling and validating data instead of focusing on analysis.

These challenges become more critical as operations rely more heavily on real-time data and digital workflows.

From Raw Data to Trusted Data

Improving data quality requires a structured and consistent approach.

This process typically involves four key steps:

  1. Data acquisition
    Capturing data from WITSML feeds, sensors, and vendor systems.
  2. Standardisation
    Ensuring consistency across formats, units, and naming.
  3. Contextualisation
    Aligning time and depth, validating signals, connecting metadata, and reducing noise.
  4. Delivery
    Providing reliable, real-time data streams for operational use.

When applied consistently, this process creates data that can be trusted across teams and systems.

The Impact of Refined Data

Better data quality leads to better outcomes across operations.

With refined data, organisations can achieve:

  • Faster and more confident decision-making,
  • Reduced Non-Productive Time,
  • Lower Invisible Lost Time,
  • Improved process safety, and
  • Better coordination between teams.

These improvements may start at a small scale, but across multiple wells and operations, they deliver meaningful operational and financial impact.

Supporting Digital and AI Initiatives

As organisations invest more in AI and digital technologies, the importance of reliable data continues to grow.

Without a strong data foundation:

  • Systems are harder to scale,
  • Results are less consistent, and
  • Trust in digital tools is reduced.

With refined data:

  • Systems perform more reliably,
  • Insights are easier to act on, and
  • Teams have greater confidence in outputs.

Data refinement is a key step in making digital transformation work in practice.

Oil and gas operations already generate large volumes of data. The real value lies in making that data usable.

Refining operational data improves its quality and ensures it can support real-time decisions. This leads to safer operations, better performance, and more reliable use of AI and analytics.

If you are investing in AI, analytics, or real-time monitoring, the first step is making sure your data is ready.

Learn how Petrolink refines operational data into reliable, real-time insights.


]]> Data Privacy in Energy: Why Secure Data Exchange is Non-Negotiable  https://www.petrolink.com/data-privacy-in-energy/ Thu, 29 Jan 2026 01:00:00 +0000 https://www.petrolink.com/?p=4594

The energy industry is built on data. From drilling and completions to production and reporting, data underpins almost every operational and commercial decision.  

Modern energy operations depend on continuous data exchange between operators, joint venture partners, service companies, regulators, and technology platforms. Our ability to share data is key to our success, and subsurface and production data now flows across organisational and geographic boundaries as a matter of routine. 

This brings clear benefits, but it also raises a critical question. How do energy companies protect data privacy while also enabling collaboration ? 

The reality of modern energy data sharing 

Energy data no longer lives in isolated systems. It moves between real– time drilling platforms, corporate data stores, cloud environments, and partner systems. In many cases, the same dataset is accessed by multiple parties with different roles, responsibilities, and regulatory obligations. 

As data sharing increases, so does the risk of exposure or a security breach. Regulatory frameworks around data protection and sovereignty are tightening. Expectations from partners and regulators are rising. At the same time, reputational risk from poor data handling has never been higher. 

A common misconception regarding data handling is that strong data privacy policies slow down collaboration. In practice, the opposite is true. 

When data exchange is poorly governed, teams rely on manual processes, ad hoc file transfers, and duplicated datasets. These workarounds introduce risk, reduce transparency, and make it harder to know who has access to what data. 

Well-designed data privacy enables collaboration by providing clarity. Clear standards, consistent data models, and controlled exchange mechanisms allow data to move efficiently without compromising security or ownership. 

Why standardisation matters for data privacy 

Open industry standards such as WITSML, PRODML, and OSDU play a critical role in secure data exchange. Standardisation creates consistency in how data is structured, transferred, and governed. 

When standards are implemented correctly, they support: 

  • Clear ownership and responsibility for data. 
  • Traceability across systems and organisations. 
  • Reduced reliance on custom integrations and manual handling. 
  • Stronger governance and access control. 

Standards alone are not enough. They must be implemented with a deep understanding of operational workflows, regulatory requirements, and real-world data complexity. 

The Petrolink approach to secure data exchange 

At Petrolink, secure data exchange  is foundational to our work and an essential part of how we support the energy industry. 

For more than two decades, Petrolink has worked with operators, partners, and technology providers to enable trusted data exchange using open standards. Our focus has always been on making data available where it is needed, while also maintaining control, consistency, and security. 

We help organisations: 

  • Implement standardised data exchange across internal and external systems. 
  • Reduce the risk associated with manual data movement and duplication. 
  • Support regulatory compliance and data governance requirements. 
  • Build confidence in shared data environments such as OSDU. 

By embedding privacy and security into data workflows from the start, organisations can collaborate more effectively without compromising trust. 

Data privacy as a strategic advantage 

In today’s energy landscape, data privacy is no longer just a compliance issue. It is a competitive and collaborative advantage. 

Companies that can exchange data securely and consistently are better positioned to work with partners, adopt new digital platforms, and scale data driven initiatives.  

Secure, standardised data exchange is non– negotiable. 

Learn how Petrolink enables secure, standardised data exchange. 

]]> Oilfield Automation and WITSML Integration: Driving the Future of Digital Oilfields https://www.petrolink.com/oilfield-automation-and-witsml-integration-driving-the-future-of-digital-oilfields/ Wed, 28 Jan 2026 01:00:00 +0000 https://www.petrolink.com/?p=4452

The oil and gas industry is navigating one of its most transformative periods. Pressures around efficiency, cost reduction, and sustainability are pushing operators to adopt new technologies at a faster pace than ever before. Among these technologies, oilfield automation and WITSML (Wellsite Information Transfer Standard Markup Language) integration are at the core of the digital oilfield.

Automation reduces manual processes and brings intelligence to the wellsite, while WITSML provides the standardized data backbone that makes automation possible. Together, they form a powerful combination that enables operators to deliver safer, faster, and more efficient drilling and production operations.

At Petrolink, we focus on bridging these two worlds – automation and interoperability – so that operators can maximize the value of their data and make smarter decisions in real-time.

What is Oilfield Automation?

Oilfield automation is the application of digital technologies: sensors, control systems, machine learning, and robotics to oilfield operations such as drilling, completions, and production. It shifts processes away from manual oversight and allows systems to work semi-autonomously or fully autonomously.

Key benefits of oilfield automation include:

  • Consistency and accuracy: Reducing errors and ensuring that processes are repeatedly delivered in compliance with best practices.
  • Real-time monitoring: Automated oversight of wellsite equipment and conditions that enables an immediate response to issues without the need for continuous human supervision.
  • Improved Responsiveness: Automated systems can trigger actions based on data streams, reducing decision lag time when seconds count.
  • Operational safety: Removing personnel from hazardous environments and reducing exposure to risk.
  • Cost savings: Consistent performance delivers optimized rig performance, reduces downtime, and extends equipment life.

Automation is not about removing people; it’s about empowering them with the tools they need to act on reliable data and focus on higher-value decision-making.

What is WITSML?

WITSML (Wellsite Information Transfer Standard Markup Language) is a data exchange standard developed by Energistics. It was designed to allow wellsite data such as drilling parameters, mud logs, and wireline measurements to be shared between systems in a consistent and structured way.

In simple terms, WITSML is the “language” that enables different systems, applications, and service providers to talk to each other in real-time.

Why WITSML Matters

  • Interoperability: It ensures that data from multiple service companies,  applications, and sensors can be integrated without custom coding.
  • Consistency: It provides a standard format so that automation tools and analytics platforms can reliably consume the data.
  • Scalability: It supports multi-rig, multi-well operations where large volumes of real-time data must flow to offices and cloud environments.
  • Industry adoption: WITSML is backed by major operators, service companies, and software providers, making it a trusted and widely supported standard.

How Oilfield Automation and WITSML Integration Work Together

While oilfield automation provides the intelligence and control, automation is only as good as the data feeding it. Without standardized, high-quality data, automation systems face gaps, errors, and delays.

This is where WITSML integration comes in. It provides the framework for clean, interoperable, and real-time wellsite data that automation workflows can use to:

  1. Trigger automated alerts and actions
    Example: If weight-on-bit exceeds a safety threshold, an automated system can send an alert or adjust the drilling parameters.
  2. Feed predictive analytics models
    Machine learning requires large, structured datasets. WITSML ensures those datasets are consistent across multiple sources.
  3. Enable cross-company collaboration
    Operators, drilling contractors, and service providers can share the same standardized dataset in real-time, supporting remote operations.
  4. Drive rig performance optimization
    Standardized KPIs can be calculated and displayed in real-time, enabling faster decisions that improve rig efficiency.

How Oilfield Automation and WITSML Integration Transform Operations

Real-Time Drilling Surveillance

Automation systems integrated with WITSML feeds can continuously monitor drilling parameters such as ROP (Rate Of Penetration), torque, and mud properties. Alerts are automatically generated when values deviate from expected ranges, allowing faster responses.

Rig Efficiency and KPI Tracking

Operators can define standardized KPIs across rigs. With WITSML, data is normalized and KPIs are automatically updated in dashboards. This allows management to compare performance and make improvements across the fleet.

Geology and Formation Monitoring

WITSML supports the transmission of geological and wireline data. Automation systems can process this information to identify formation tops, optimize well placement, and reduce Non-Productive Time (NPT).

Predictive Maintenance and Process Safety

By analyzing patterns in WITSML data streams, predictive models can forecast equipment failures before they occur. Automated systems can then schedule maintenance or adjust operating parameters to prevent downtime.

Remote Operations Centers

Standardized WITSML data ensures that experts in remote centers have access to the same real-time information as those at the wellsite. Automation workflows can act on this data, reducing the need for large onsite crews.

The Petrolink Advantage

At Petrolink, we help operators move from fragmented, siloed systems to an integrated, automation-ready ecosystem. Our solutions are designed to unlock the value of WITSML integration while enabling smarter automation workflows.

Our Key Capabilities:

  • Petrolink Platform
    We can provide a scalable environment for managing, automating, and analyzing wellsite data. The platform supports WITSML integration and is built for real-time decision-making support.
  • WITSML Services
    Petrolink services are fully WITSML compliant , ensuring interoperability between operators, rigs, and third-party providers.
  • Edge Solutions (UniDAQ)
    We support high-fidelity data acquisition at the wellsite, enabling real-time automation and analytics even in bandwidth-limited environments.
  • Data Quality and Governance
    We embed QA/QC processes into our workflows, ensuring that automation systems act on accurate and reliable data.
  • Analytics and Visualization
    From rig KPIs to predictive insights, we transform raw data into actionable dashboards, empowering faster and better decisions.

By combining automation with WITSML integration, Petrolink ensures that clients achieve true digital oilfield transformation.

Oilfield Automation and WITSML Integration

1.What is oilfield automation ?
Oilfield automation is the use of digital technologies, sensors, and control systems to manage drilling, completions, and production processes. It enables real-time monitoring, reduces manual intervention, improves safety, and enhances operational efficiency.

2. What is WITSML and why is it important?
WITSML (Wellsite Information Transfer Standard Markup Language) is an industry-standard protocol for transferring wellsite, drilling and completions data . It ensures interoperability between applications, operators, and service companies, enabling automation systems to use consistent and reliable data.

3. How does WITSML integration improve oilfield automation?
Integrating WITSML allows automation systems to receive standardized, real-time data from multiple sources. This supports real-time alerts, predictive analytics, and remote decision-making, increasing efficiency and reducing operational risks.

4. What are the benefits of combining oilfield automation with WITSML integration?

  • Real-time drilling surveillance and operational monitoring.
  • Rig efficiency KPI tracking and performance optimization.
  • Predictive maintenance and reduced downtime.
  • Seamless collaboration between field and office teams.
  • Cost savings and improved decision-making.

5. Can WITSML integration work with cloud-based or edge solutions?
Yes. WITSML is compatible with cloud platforms and edge data acquisition systems, allowing operators to process and analyze wellsite data in real-time, even in remote or low-bandwidth environments.

6. How does Petrolink support oilfield automation and WITSML integration?
Petrolink provides a full suite of solutions, including:

  • PetroVue Platform for real-time automation workflows.
  • WITSML services for standard-compliant, interoperable data exchange.
  • Edge data acquisition (UniDAQ) for high-fidelity field data collection.
  • Analytics and visualization tools to transform data into actionable insights.

7. Is WITSML integration suitable for multi-rig operations
Absolutely. WITSML’s standardization ensures data from multiple rigs can be consolidated, shared, and analyzed efficiently, enabling operators to monitor and optimize fleet-wide performance.

Conclusion

The future of oilfield operations is automated, data-driven, and interoperable. Automation delivers speed and efficiency, while WITSML provides the standardized data foundation to make automation possible.

Companies that successfully combine oilfield automation with WITSML integration can expect:

  • Higher rig efficiency,

  • Reduced downtime and operational risk,

  • Better collaboration between field and office, and

  • Significant cost savings.

At Petrolink, we are proud to help leading operators achieve these outcomes. By delivering high-quality, WITSML-compliant data and building automation-ready workflows, we enable our clients to make smarter, faster, and safer decisions across the well lifecycle.

 

Also, Read: Top 5 Benefits of Integrating RTOC with Trip Sheet Management – Petrolink

]]> Unlocking More from Every Barrel: How Petrolink Powers Smarter Production Optimization https://www.petrolink.com/unlocking-more-from-every-barrel-how-petrolink-powers-smarter-production-optimization/ Mon, 01 Dec 2025 08:04:16 +0000 https://www.petrolink.com/?p=3730

Oil and gas operators know that every decision in the field can affect production performance. With aging infrastructure, tighter margins, and pressure to operate safely, the challenge is clear. How can production teams maximize recovery without driving up costs or risking downtime?

Production optimization provides the answer. By capturing high-quality data and applying advanced analytics, operators can identify bottlenecks, improve flow, and extend the productive life of wells.

At Petrolink, we help clients achieve this by transforming complex wellsite information into decision-ready intelligence that drives smarter, faster production strategies.

    What is Production Optimization ?

    Production optimization is the practice of extracting maximum value from wells, reservoirs, and production systems while controlling risk and operating expenses. It involves:

    • Monitoring production performance in real-time.
    • Detecting issues before they escalate into failures.
    • Adjusting equipment and processes to improve flow efficiency.
    • Supporting long term planning with reliable field data.

    The Common Obstacles Operators Face

    Even with advanced systems, many operators still encounter:

    • Fragmented data between field sensor networks, vendor-specific data models, service providers, SCADA systems, and central offices.
    • Poor data quality that undermines analysis.
    • Delayed decisions from slow or incomplete information.
    • Rising operating costs from inefficiencies or unplanned downtime.

    These challenges highlight the need for unified platforms that deliver consistent, reliable production data.

    How Petrolink Supports Production Optimization?

    Integrated Data Management

    Integrated data management systems consolidate information from multiple sources using standards such as OPC, PI, and WITSML. This gives engineers and managers a single consistent view of production performance.

    Edge Data Capture

    With UniDAQ, operators capture high-fidelity field data directly at the source. This makes it easier to detect anomalies early and act before production is affected.

    Advanced Analytics and Visualization

    Petrolink provides intuitive dashboards and predictive tools that help teams understand trends, optimize flow, and make informed production decisions.

    Collaboration Across the Value Chain

    Through secure cloud-enabled workflows, Petrolink connects the field with the office. This improves communication, accelerates decision cycles, and supports remote oversight of operations.

    Real Results: What Operators Gain with Petrolink

    Operators using Petrolink have reported:

    • Higher uptime through early anomaly detection.
    • Reduced lifting and maintenance costs.
    • Extended equipment and reservoir life.
    • Improved recovery from existing assets.
    • Faster decision-making based on reliable real-time data.

    Some operators have reported returns of up to 500% by integrating Petrolink into their workflows, demonstrating the measurable impact of data driven optimization.

    Why Petrolink is Built for Oil and Gas ?

    Unlike generic software providers, Petrolink focuses exclusively on the oil and gas industry. Our solutions are:

    • Standards-based to ensure vendor-neutral interoperability.
    • Fit-for-purpose, specifically designed for the production environment.
    • Scalable and secure, supporting both single-facility operations and enterprise-wide deployments.

    With decades of industry experience, Petrolink combines domain expertise with modern technology to help operators maximize production performance safely and efficiently.

    FAQs: Production Optimization in Oil and Gas

    What does production optimization mean in oil and gas ?

    Production optimization is the process of maximizing output from wells, reservoirs, and production systems while minimizing costs and risks. It involves real-time monitoring, data analysis, and proactive decision making to improve efficiency and extend asset life.

    Why is production optimization important for operators ?

    Optimization helps operators improve uptime, reduce costs, and increase recovery rates. It also enhances safety by reducing human exposure in risky environments and enables more sustainable operations.

    What role does data play in production optimization ?

    Data is at the core of optimization. High quality standardized data enables operators to monitor equipment, detect inefficiencies, and make faster informed decisions. Without reliable data, optimization strategies often fall short.

    Can Petrolink solutions integrate with existing systems ?

    Yes, Petrolink solutions are built on industry standards such as WITSML, which ensures interoperability with your current vendor systems, field level production control systems, and existing IT infrastructures.

    What are the measurable benefits of Petrolink production optimization solutions ?

    Clients using Petrolink solutions have achieved:

    • Returns of up to 500%.
    • Reduced downtime through early anomaly detection.
    • Greater efficiency across drilling and production workflows.
    • Smarter and faster decision making with real-time insights.

    Is production optimization only for large operators ?

    No. Petrolink solutions are scalable and suitable for both large international operators and smaller independents seeking to maximize asset value.

    Production optimization is essential for operators that want to maintain competitiveness and achieve long term efficiency. Success depends on more than collecting data. It requires platforms and workflows that convert information into insight.

    With decades of experience, Petrolink delivers solutions that provide proven performance gains in uptime, efficiency, and recovery. Operators using Petrolink have achieved up to 500% ROI, demonstrating tangible value from real-time data management, edge acquisition, and predictive analytics.

    By leveraging these tools, companies unlock more value from every well while improving safety and operational reliability.

    Ready to Unlock More Value from Your Wells?

    Production optimization isn’t just about collecting data, it’s about turning it into usable insights. Petrolink delivers proven performance gains in uptime, efficiency, and recovery.

    Let’s talk about how our solutions can improve efficiency, safety, and profitability in your operations.

    ]]>         Reach New Productivity with Wireline and Operational Displays https://www.petrolink.com/reach-new-productivity-with-wireline-and-operational-displays/ Tue, 07 Jun 2022 05:25:30 +0000 https://petrolink.com/?p=2155
    Wireline Viewer displaying high-resolution logs, run comparisons, and triple-combo wireline data.

    Wireline Viewer

    The Wireline application allows you to monitor and review data from runs and passes. Every foot of wireline data matters- with tool responses indicating changes in the overburden or reservoir. When paired with real-time LWD and time-based logs the subsurface team is equipped with the data they need to make decisions on the optimal strategy to complete the well.

    The dedicated Wireline Viewer provides a comprehensive view of wireline data.

    • Visualize high-resolution data
    • Log up and log down
    • Split logs to cover runs and passes
    • Triple-combo wireline display
    • On-the-fly UoM conversion

    Visualize data from runs and passes

    Wireline data is organised by well and run. Passes are listed under the run.
    Templates can be associated with particular runs and passes for quick and consistent data displays.

    Wireline Sonic

    The Sonic display in the PetroVue Wireline Viewer displays all streaming sectors. This gives users a clear view of their data, allowing them to calibrate the regional seismic data of the borehole.

    Wireline Sonic Display showing streaming sectors for real-time seismic calibration.
    Wireline Display monitoring cable tension, winch status, and running speed.

    Wireline Cable Tension

    Viewing the wireline cable tension in real-time is crucial to ensuring a successful wireline run. In this display, the cable tension is shown alongside the winch state and cable running speed. Plotting this real-time data gives the wireline operator, driller, and office-based engineers a granular look at how the job is progressing.

    Wireline XPAD Image

    Integrate Wireline multi pad image log data alongside drilling parameters and quickly switch between runs.

    Wireline XPAD displaying multi-pad image logs with drilling parameters.
    Wireline Cementing CBL showing cement bond logs for job quality monitoring.

    Wireline Cementing CBL

    Successful well completion is dependent on the proper execution of a cement job. Failure to isolate the reservoir zones or to monitor channelling can result in catastrophic consequences. This means constant vigilance is needed. The cement bond logs in the PetroVue Wireline Viewer provide an immediate visual interpretation on the cementing quality, position, indicating the integrity of the job to the onsite cement engineers and onshore teams.

    Wireline Image Log

    Running image tools on exploration or development wells has become increasingly common. The PetroVue Wireline Viewer puts the operations geoscientists and drilling teams in the driving seat, providing the visuals they need to decide on the best strategy for well completion.

    Wireline Viewer displaying real-time well imaging for operational decisions.
    Wireline NMR Display showing real-time total, free-fluid, and bound-fluid porosities.

    Wireline NMR

    Nuclear Magnetic Resonance (NMR), logs add significant value to petrophysical analysis by providing total, free-fluid and bound-fluid porosities. With the PetroVue Nuclear Magnetic Resonance display the development of Nuclear Magnetic Resonance tools for the LWD environment allows this valuable information to become available during the wireline operation in real time. Plotted alongside log data, the real-time operations team’s depth-based data is captured and displayed in high fidelity.

    Wireline Sonic Image 2

    Visualize the full suite of sonic data collected in real-time Increases reservoir understanding with quantitative formation data. The PetroVue display allows to view accurate formation velocity information for key petrophysical and geological applications, such as porosity determination, lithology identification, gas saturation, fluid typing, and fracture identification, helping to increase reservoir understanding and to inform improved decisions.

    Sonic Data Display showing real-time formation velocity for analysis.
    BHA Display showing well profile and drilling parameters.

    BHA Display

    Choosing the optimal BHA is a crucial task for the operations team. This display integrates well profile data with the key drilling parameters to provide clear oversight of BHA composition.

    Casing Well Profile

    This display brings together three key data sets – wellbore trajectory, casing image, and days v depth – into a single view. Casing shoe depth is plotted as meta-data, and the planned depth is also displayed. The Casing Well Profile display has been purpose-built for active wells and for historical lookbacks. It provides the assets team with an immediate overview of the production and completion phases.

    Casing Well Profile displaying wellbore trajectory, casing image, and days vs depth.
    Cementing Display showing real-time cement pressure, flow, and density.

    Cementing Display

    Cement jobs are one of the costliest parts of the well lifecycle. Historically, this data has only been available to the cementer at his workstation. With PetroVue cement displays, it is now possible to give the entire team an understanding of the cement conditions in real-time – including treatment pressure, cement flow out, and density.

    Data Quality Dashboard

    The growing use of analytical tools downstream of data acquisition makes it vital to ensure data is accurate, reliable, and complete. PetroVue data quality dashboards assess the five main KPIs – Frequency, Validity, Completeness, Accuracy and Consistency. With key metrics that include an hourly data quality index, users can take a high-level view or drill down into the detail.

    Data Quality Dashboard displaying KPIs and hourly data quality index.
    Steering Rose display showing toolface orientation and survey data.

    Steering Rose Display

    Provide the directional driller with an oversight of the tool face orientation. This is key to ensuring that the well plan remains on track throughout the overburden and into the reservoir. In addition to a tabulated view of survey parameters, the toolface evaluation display includes a dedicated Steering Rose widget. Add this display to the directional team’s toolkit to assist in intersecting the pay zone.

    Time vs Depth Display

    This display integrates time and depth-based data without having to switch back and forth between separate time and depth-based displays.

    Get to know more

    Contact Us to Arrange Demonstration
    ]]>         Data Quality Dashboards https://www.petrolink.com/data-quality-dashboards/ Thu, 24 Feb 2022 03:24:46 +0000 https://petrolink.com/?p=2126

    Set the foundation for analytics

    Managing and improving the quality of upstream drilling data has always been important for the energy industry. In recent years, the growing use of analytical tools has made it even more vital to ensure data is accurate, reliable, and complete.

    We are all familiar with the term ‘garbage in, garbage out’. Poor quality data remains a real challenge for operators. It can have an immediate impact on operational decisions, and some of these issues might only become apparent after the project has finished. Once an errant piece of data is within a large corporate system, it is nigh on impossible to locate it and roll-back the clock.

    Here at Petrolink, we have developed data quality algorithms which serve as gatekeepers for your real-time data. The algorithms continually check and assess the data, putting you in control and restoring confidence in your data driven decisions.

    So, how do we define data quality? What did we factor into the design process? Most importantly, how can you use it to get more from your well data?

    Let’s take a look.

    In the upstream context, data quality is divided into two camps – availability and usability. This provides a useful framework when approaching the topic of how we define data quality. Let’s take a look at one from each camp – accuracy and completeness.

     

    Data accuracy is about assessing how correct the data is and whether it matches what would be expected in a real-world scenario. Take the calculation of rig state, for example. Rig state is a complex algorithm that looks at several data points, including RPM, WOB, and block position. Tracking rig state is vital and issues in the calculation can cause problems when compiling KPI reports during post-well analysis. A problem with just one of those parameters needs to be detected. Imagine that SPP falls to zero, that is simply not possible while drilling.

    Completeness

    An assessment of completeness boils down to comparing what data is being collected versus what data is expected. Only with a complete data row can meaningful analysis be made. In this example, we see a missing data point for hookload has thrown out the rig-state calculation. The data completeness algorithm catches that and marks that row as incomplete.

    Data Quality 5 Main KPIs

    • Frequency – this dimension provides a metric for the anticipated frequency received compared with the agreed frequency determined by the operator.
    • Data Validity – This algorithm checks the range of the curve.
    • Completeness – Completeness is defined as the proportion of stored/available data against the business expectation of “100% complete”.
    • Accuracy – The degree to which data correctly describes the “real world” object or event being described.
    • Consistency – The absence of difference when comparing two or more representations of a thing against a definition.

    Drilling Down

    On many occasions, a quick glance at the dashboard would be enough to make a decision and take immediate action. For example, if the MWD data has become erratic, the crew needs to be informed.

    However, throughout the operational phases, the level of analysis required changes. Post well performance across rigs and contractors often needs to be understood. How many data gaps were there? Did data quality vary in the reservoir section?

    Deploying a data quality solution is one of the best steps that an operator can take to quantify some of these factors and move beyond just a nebulous sense of how data has been managed.

    Petrolink’s Data Quality application has been designed to give you exactly this level of granular understanding. Everyone from engineers at the rig, through to data managers can be assured of actionable information and greater confidence in decisions made using the wellsite data feeds.

    Get to know more

    Step into the future of
    oilfield intelligence

    Schedule a demo
    ]]>         Digital Well File (DWF) – Setting the Standard for Static Data Management https://www.petrolink.com/digital-well-file-dwf-setting-the-standard-for-static-data-management/ Thu, 21 Oct 2021 02:29:35 +0000 https://petrolink.com/?p=2096
    Managing Emails lists with tens or hundreds of members?
    Perpetual questions about whether this is the latest report?

    These issues have often plagued static data in the oil and gas industry causing reporting errors and hampering productivity. Petrolink’s Digital Well File (DWF) was designed to solve both storage and distribution challenges of wellsite reporting. We have been on a journey of continually improving the package for almost 25 years; with databases growing to hundreds of wells it remains a cornerstone of our data management offering and continues to unlock hidden data potential for operations around the world.

    Archive, Store and Distribute

    Our clients trust DWF to archive, store and share reports from across the whole well lifecycle. Since rolling it out operators have at last been able to understand which is the definitive version of reports and logs and share them with colleagues and partners.

    Crucial real-time data flow in from the well around the clock which we can display in PetroVue. But just as important is the static reports: Daily geological reports, mud reports, core images and more. A lot of critical data is locked up in these files and if they are not easily accessible then insights that impact well operations can slip through the cracks.

    Here are some of the key features:

    • SFTP compatible
    • Download multiple files simultaneously
    • Metadata editing in a single window
    • Custom access management and Two-Factor Authentication (2FA)
    • Subscribe to notifications- know when a file or folder is added
    • Audit actions on a file

    DWF also boasts mobile alerts right out of the box a dedicated app means you are always up to speed whether it’s on the way to the rig site or heading to the morning call.

    Easier Administration

    DWF is also a big win for ICT departments. Our clients are often joined by a partner for a one or two well campaign.

    Before choosing DWF an operator in Central Asia had to open up a whole section of their intranet accompanied with all the security requirements, challenges auditing and day-to-day management that entails. By rolling out DWF everyone required across both companies can view the reports they need on a secure platform which not only relieves the ICT team but streamlines the entire document management workflow.

    All you need to do is provide us with an access list of people in your team and we take care of the rest.

    Are you ready to take the next step and maximize your data potential?

    Contact Us to Arrange Demonstration
    ]]>         Petrolink announces HalVue™, a joint collaboration with Halliburton https://www.petrolink.com/halvue-real-time-viewer/ Thu, 05 Aug 2021 09:22:00 +0000 https://www.petrolink.com/?p=4893

    Petrolink is pleased to announce HalVue™, a joint collaboration with Halliburton to build an industry-leading data visualization system.

    Powered by Petrolink’s common visualization platform, HalVue™ visualizes a range of data types, from mudlogging and surface instrumentation to downhole MWD/LWD to cementing, fracking and well testing. HalVue™ tightly integrates with calculations and smart alerts running in the wider HalVue framework.

    Optimizing drilling performance and avoiding drilling hazards requires ever-increasing levels of vigilance. Intuitive and user-driven, the HalVue™ Real-Time Viewer is a highly efficient real-time data monitoring application that gives you a consistent view of your drilling and subsurface data in real-time. It enables you to unlock an immersive real-time environment and collaborate with your team like never before.

    Access well data whenever you need it, wherever you are With just a few clicks, HalVue™ Real-Time Viewer provides the information you need, so you spend more time analyzing data instead of connecting and configuring displays. Now you can view multiple linked and interconnected widgets in one display and easily compare real-time data with offset well data to make the best decisions for your drilling operations.

    Advantages

    • Easily build templates with a few clicks
    • Easily share templates and collaborate with others
    • Combine widgets to visualize a range of data types
    • Integrate with other apps with a single click
    • Intuitively make changes with minimal training

    HalVue™ visualizes a wide range of data types from a multitude of different data sources at the wellsite. Powered by Petrolink and built on a common visualization platform, HalVue tightly integrates with calculations and smart alerts running in the wider HalVue framework.

    Advantages

    • Multi-tab communication across open widgets
    • Integrated user guide with smart search
    • Log plot and table data export to CSV and LAS formats
    • Customizable user profile and templates
    • Simple, configurable alarms with desktop notifications

    HalVue™ Mobile enables fast and secure access to drilling data for all active wells in real time.

    This user-friendly mobile application displays both time and depth-based information, which positively impacts operations and maximizes asset value. HalVue Mobile connects directly to the PetroVault™ data store while providing an intuitive design, customizable displays, and 24/7 support.

    Advantages

    • Secure access to wellsite data
    • User-friendly navigation
    • Enhanced viewing with customizable displays
    • List of active wells
    • Log plot with customizable tracks and channels
    • Dashboard with quick data preview
    • Favorite well feature
    • 24/7 support

    For further information, please see https://www.halliburton.com/en/products/halvue-real-time-viewer

    ]]>         Shift your drilling up a gear with Heatmaps! https://www.petrolink.com/heatmaps/ Tue, 29 Jun 2021 02:48:44 +0000 https://petrolink.com/?p=2110

    Shift your drilling up a gear with Heatmaps!

    At the rigsite a picture is worth a thousand data points. Your drilling team – engineers, tool pushers and geoscientists often spend too long wading through large volumes of data to decipher patterns, subtle rates of change, and thresholds being breached. It remains a challenge across the sector.

    PetroVue™ Heatmaps displays were developed to meet this problem head-on. Plotting the interaction between three key variables RPM/WOB vs ROP or MSE. Colors change in real-time giving an immediate visual on whether drilling is in the sweet spot or if action needs to be taken.

    Real-time recommendations

    We embedded Heatmaps within PetroVue so users can forget about jumping to another piece of software – to update models, push that data back, before decisions can be taken. Every minute of rig time is precious there simply isn’t time. All real-time data, drilling parameters, LWD logs are available in the same platform meaning drillers can take direct action and adjust parameters where the rubber meets the road – at the wellsite.

    Cut through data noise

    Scatter plots can only get you so far. Instantaneous changes in WOB and RPM must be tracked but when there are so many data points, it is simply impossible to keep track, relationships between variables are quickly obscured the result is over-plotting.

    Features

    • Flexible MSE – implement your propriety MSE calculations in the system.
    • Automatic bin size selection based on scaling.
    • Drag and drop curves from other widgets.
    • One click switches between heat map and marker.
    • Interwidget communication for easy correlation with LWD logs.
    • Distribution count for quick identification of outliers.
    • Easy selection of gradient color from predefined color map library.

    With PetroVue Heatmaps your subsurface and drilling departments around the world now have an extra tool in their analytics arsenal. Backed by 30 years of real-time experience; the algorithms behind the graphics have been battle-tested across a variety of basins and verified by our in-house drilling advisory team. Say good-bye to guestimates, blanket field development approaches – each well is unique, and formations responds differently to the drill bit – empower your team with PetroVue Heatmaps.

     

    Our customers are already gaining access to a whole new level of understanding fuelling smarter decisions. Contact us today to join them.

    You requested it and we delivered. Heatmaps are the latest ground-breaking feature to be added to PetroVue.

    Contact Us to Arrange Demonstration
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