What Does Your RTOC Need to See Facing One Pad... Multiple Wells?

More Than Just Watching the Job

On a multi-well pad, you can count on a plethora of things happening at a time...

One well is being treated while another may be showing a pressure response. An offset well could behave differently than expected, while somewhere else on the pad. A trend may be developing that only makes sense behind the context of everything else happening around it.

This creates a massive challenge for completion teams, as it's not simply about having access to more data, but more importantly understanding how the pieces connect while the operation is continuing ahead.

On a multi-well pad, it's imperative to understand that what happens at one well can have major implications beyond that well.

Looking at Wells in Isolation Is A Problem 

Traditional monitoring workflows have always tended to separate the operation into individual pieces.

Treatment performance will be monitored through one workflow, as offset wells are viewed through another, and fracture-driven interactions are investigated somewhere else.

If each source provides its own valuable information, however a problem arises when teams must connect them together.

Imagine you encounter an unexpected pressure response on an offset well during an active treatment, and in order to understand what it actually means, an engineer has to look at treatment conditions, timing, nearby well activity, pressure behavior and potential fracture interactions.

As those views are typically scattered across different systems, valuable time can and often times is lost as one tries to assemble the picture. 

During a live completion, time is of the essence as you try to quickly understand what's happening across the pad, and how those events are connected.  It's not just the case of “What is this well doing?”.

Rethinking the Role of the RTOC

The true value of a Real-Time Operations Centre comes from helping teams maintain awareness, data quality and operational continuity while the job is underway... much more than just a room full of people watching screens.

At RevSolz, our RTOC becomes part of the broader operational system, no longer a disconnected layer sitting beside it. 

The RTOC works alongside our FracSol platform to support the software, data workflows and information being delivered throughout completion operations.

Our goal is quite straightforward:

Keep the right information flowing to the right people, with the right context they need to understand it.

One Platform. Multiple Perspectives.

This is where our FracSol ecosystem comes together.

FracSol TWM provides visibility into treatment performance and operating conditions, helping teams understand what is happening at the active treatment well.

FracSol OWM provides visibility into surrounding wells and their responses as completion activity unfolds.

FracSol FDI adds another layer by identifying and evaluating potential fracture-driven interactions that may affect offset wells.

These perspectives can then be brought together to create a broader picture of what is happening across the pad:  through visualization, mapping and real-time operational data.

None of these workflows are designed to replace the others; instead, the value comes from connecting them efficiently.

Engineers are able to examine them as parts of the same operation, rather than looking at treatment performance, offset behavior, and potential interactions as completely separate problems.

It Begs the Question: “What Am I Actually Looking At?”

A connected view solves one problem... however getting answers from that information efficiently creates a new one.

This is where FracGenie adds a new dimension to RevSolz's FracSol environment.

Rather than forcing engineers to manually search through multiple charts, datasets, and reports to investigate an issue, Frac Genie allows you to interact directly with their real-time and historical operational data.

An engineer can ask questions about trends, performance, offset responses, or anomalies and investigate the information without stepping outside the broader workflow.

The benefit isn't replacing engineering expertise... but rather reducing the time spent in finding the information needed to apply that expertise.

In a live operation, this distinction makes a world of difference.  

One Pad with One Connected Picture

The number of variables teams need to understand in the world of multi-well completions continues to grow and isn't going away.

That makes the future of the RTOC simply not about watching more screens but makes connected visibility increasingly important.

At RevSolz, it's about helping teams understand relationships between wells, treatments, signals and events... all while the operation is still underway.

With FracSol, we're building a connected model with support by our RTOC and enhanced by Frac Genie. 

In doing so, the real advantage comes in understanding how the entire pad connects instead of simply knowing what is happening at one well.

What does your RTOC need to see that it can't easily see today?

If you're planning a multi-well completion program and want to explore how a connected monitoring and intelligence environment could fit into your workflow, connect with the RevSolz team to have this conversation.

Follow RevSolz Corp on LinkedIn for more practical perspectives on completions technology, real-time operations and the evolving role of data in the oilfield.