LINQX

👀 What if the most important part of a cement job is the part you can't see?

The critical events that determine long-term well integrity happen thousands of feet below the surface.

As wells become more complex and pressure windows continue to narrow, understanding downhole conditions while the job is in progress is becoming increasingly important.

In our latest blog post, we explore:

✔ Why real-time visibility matters
✔ The limitations of post-job analysis
✔ How engineering models and live operational data improve operational awareness

📖 Read the blog: https://na2.hubs.ly/H06YPNR0

Real-Time Monitoring in Well Cementing: Improving Visibility During Critical Operations - LINQX Cement sheath failure in injection wells remains one of the oil and gas industry’s most costly and persistent well integrity risks. It’s not a new challenge—but it is becoming more severe. As mature fields transition into EOR programs and CO₂ storage expands, the conditions cement was origin...

What does greater visibility across the cementing workflow look like in practice?
Our latest video takes a closer look at how CEMPRO Live helps engineers gain deeper insight into cementing operations—from planning and simulation to post-job evaluation and real-time decision support. See how CEMPRO Live helps teams make more informed decisions, reduce uncertainty, and improve cementing performance.

🎥 Watch the video:
https://na2.hubs.ly/H06WHYz0

Interested in seeing how CEMPRO Live can support your workflows? Request a personalized demo with our team: https://na2.hubs.ly/H06WJ7v0

Building stronger collaboration across the organization starts with strong connections across our teams.

As we celebrate one year together under one roof, our pickleball event was an opportunity to strengthen relationships, encourage cross-functional collaboration, and continue building the culture that supports innovation at LINQX.

Over the past year, we’ve grown as one team—bringing together diverse expertise, experiences, and perspectives to advance the solutions we deliver to the industry.

We’re proud of the team behind LINQX and look forward to continuing to grow together.

How much of what's happening downhole can you actually see during a cementing job?
Surface data only tells part of the story.

Our latest case study shows how CEMPRO Live helps engineers compare measured and calculated pressure, monitor bottomhole and fragile-zone ECD, and identify potential risks before they impact operations.

See how real customer feedback validated the results—and why real-time engineering is changing the way cementing decisions are made.

📄 Read the full case study: https://na2.hubs.ly/H06QHh70

Have you started using real-time engineering to support your cementing operations?

Cementing is changing.

For years, engineers have relied on post-job analysis to understand what happened during a cementing operation.

Now, what if you could see changing conditions while the job is still happening?

CEMPRO Live brings real-time cementing simulation and operational visibility together—helping engineers better understand operations, monitor key performance indicators, and make informed decisions in the moment.

The future of cementing is not just analyzing results. It’s having the visibility to understand what is happening, as it happens.

📩 Schedule a personalized demo: [email protected]

📄 Explore the latest CEMPRO Live capabilities:
https://na2.hubs.ly/H06Nz7Q0

Are you confident in your CO₂ injection workflow?

Join us tomorrow to see how CEMLife 4.0 helps evaluate downhole conditions, cement integrity, and well performance—all in one workflow.

🎟️ Reserve your spot before registration closes:
https://na2.hubs.ly/H06MBdd0

A well can produce for decades… but can its cement barrier last just as long?

As operators move toward CCUS and CO₂-EOR, one challenge continues to demand attention:

How do we ensure well integrity today for conditions the well may face years from now?

Cement is designed to provide long-term zonal isolation—but pressure changes, temperature cycles, and CO₂ exposure can challenge even the strongest barriers over time.

Understanding where failures begin is the first step toward preventing them.

In our latest blog, we explore:
🔹 Why cement integrity can deteriorate over the life of a well
🔹 How CO₂ injection changes downhole conditions
🔹 Why predictive simulation is becoming an important part of well integrity planning

💬 What do you think is the biggest challenge for long-term well integrity in CCUS projects?

Read the full blog: https://na2.hubs.ly/H06Jqqf0

The Integrity Risk Operators Can’t Ignore in CCUS and EOR Wells - LINQX Hydraulic fracturing is a complex, highly variable process. No two formations behave exactly the same, and a fluid that works well in one stage can underperform in another. Choosing the right frac fluid is about more than viscosity—it’s about understanding formation characteristics, fluid proper...

Design CO₂ Injection and Check Cement Integrity in One Place

If you’re working on CO₂ injection wells, you know how hard it is to keep injection design, downhole conditions, and cement integrity all in sync.

We’re hosting a live webinar to walk through what’s new in CEMLife 4.0 and how it can help you:

- Plan CO₂, liquid, and mixed‑fluid injection schedules
- Predict downhole pressure and temperature during injection
- Evaluate cement stress and well integrity at key zones
- View well–reservoir and wellbore behavior together in one workflow

This session is especially useful for CCUS operators, CO₂‑EOR teams, well integrity and completions engineers, and consultants working on carbon storage or CO₂ injection projects.

👉 If you want a clearer view of injection conditions and integrity risk across the well lifecycle, this webinar is for you.

🔗 Save your seat: https://na2.hubs.ly/H06GmtF0

How can we build more confidence in CO₂ injection projects?

As CCUS and CO₂-EOR technologies continue to advance, understanding how injection conditions impact long-term well integrity is becoming increasingly important.

That’s where CEMLife 4.0 comes in.
By connecting CO₂ injection schedule design, downhole pressure and temperature prediction, and cement stress analysis in one workflow, CEMLife 4.0 helps engineers better understand potential well integrity challenges before operations begin.

📘 See what’s new in CEMLife 4.0 and explore the latest capabilities:
https://na2.hubs.ly/H06C-kJ0

Connect with our team to see how these capabilities fit your workflow: https://na2.hubs.ly/H06CX520

🔐 New in FracPro Live+ — More Control. More Flexibility.

Managing fracture operations requires the right information in the right hands.

The latest FracPro Live+ enhancement introduces expanded User Management capabilities, giving administrators greater control over user access, roles, permissions, and well visibility across their organization.

With improved access management, teams can:
✔ Manage users from onboarding through offboarding
✔ Update roles and permissions as needs change
✔ Control well access across teams and projects
A more secure, scalable way to connect teams with the data they need—when they need it.

Explore what’s new: https://na2.hubs.ly/H06wnFG0
Schedule a Demo: https://na2.hubs.ly/H06wk040