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Scaling AI for maximum impact in oil and gas

Moving from use cases to enterprise-wide AI is more than a technology challenge. It requires anchoring on value, feedback and innovation.


In brief
  • Three key steps can help organizations scale their enterprise-wide AI efforts.
  • Successful adoption of AI in oil and gas requires leader buy-in, culture change and constant feedback.
  • Strategic collaborations, especially given the pace of AI innovation, can lend crucial support to oil and gas companies.

The energy industry has embraced artificial intelligence (AI) as a lever for enhancing productivity and decision-making, and companies of all sizes are investing significant resources to develop and deploy AI tools.

In a recent EY survey, oil and gas executives reported the two highest opportunities for creating value from AI and emerging technology are:

1) predictive maintenance for heavy equipment and assets 2) intelligent optimization of operations performance

In recent years, oil and gas companies have focused on standing up the data foundations necessary to properly deploy AI. But now, the industry is increasingly hungry to move beyond pockets of success to meaningful, enterprise-wide impact. This means scaling AI platforms that deliver consistent benefits. The acceptance gap between traditional operations and AI tools remains an issue, as does “model drift” — when AI decisions lose preciseness as new data is incorporated — due to inattention to cloud system maintenance and a lack of focus on continuous model improvement.

 

Evolving from proof of concept (POC) on small projects to scale is a complex undertaking, and it’s the last mile that proves most daunting.

 

Three key steps to unlocking the full potential of AI for oil and gas companies

 

1. The leadership team must believe in AI — and anchor on the value it provides

 

As with all corporate initiatives, executive buy-in and support is critical. The road to full AI integration will require significant resource investments. And there will be missteps, especially as teams work to understand what data adds quality to decisions and what is just noise. 

 

Functional leaders and organizations who anchor on value as the decision mechanism and pragmatically assess whether the problem is worth the investment in AI, considering its high costs, will be more likely to succeed. Past industry digital transformation efforts demonstrate the critical need for a value feedback loop.  

 

Oil and gas leaders obviously don’t need to be able to build AI tools themselves, but they must be able to confidently communicate how AI can help the organization. And they must share that vision frequently, while being vocal in their support of development and deployment efforts. 

 

Leaders have other roles to play as well. For example, as AI becomes more ubiquitous, it will require access to data from many different systems across the company, which can create turf issues and integration challenges. Leadership can play a significant role in establishing that different functions work well together and support the development team.

 

Leadership must also tolerate — and even encourage — risk-taking with AI. It’s easy to green-light AI investments for productivity enhancements such as routine back-office functions, but it can be a much tougher decision to champion AI use in subsurface decisions, where millions of dollars are at stake. That said, the reward is also potentially higher. 

 

“The challenge is to clearly analyze the risk of various AI initiatives and weigh them against measurable benefits,” said Abhilash Krishna, Manager, Technology Consulting, Ernst & Young LLP. “While reservoir simulations and drilling functions may face higher risks to using AI, they also have the opportunity for more significant rewards. Leaders who embrace that risk — and give their people permission to fail — will solve the AI puzzle sooner and gain an advantage.”

Maximizing oil and gas operations with emerging technology

In an Energy with EY video, leaders discuss how to unlock profitability and productivity across the value chain with data-informed, technology-enabled and people-centric problem solving.


2. Scaling AI means expanding people, processes, data and technology

“Scaling AI is not like cloud computing, where you can solve issues by adding more power,” said Matt Russell, Manager, Technology Consulting, Ernst & Young LLP. “If you want a more robust or insightful AI, you need more robust, insightful information feeding it, and that increases operational complexity as well. Everything must scale exponentially — people, processes and technology. Scaling your AI tools — and keeping them on track as your data inputs grow — requires a real organizational commitment.”

AI isn’t a one-time implementation; it requires constant monitoring of tools, data and systems to confirm that predictions are still accurate and AI models aren’t drifting over time. AI also offers endless opportunities and challenges to keep pace with innovation around the technology.

Scaling IT requires detailed planning and design, along with a commitment to deploy needed resources — both human and financial — as well as necessary and ever-evolving data to achieve scale. It also requires understanding and assurance across multiple functions in complex organizations.

For instance, though IT functions within international oil companies are maturing with regard to AI operations and capabilities, they will need to run agile testing, deployment and operating processes to scale. Meanwhile, other business units need AI stewards who understand how to extract value from AI outputs after scaling.

Similarly, many functions have responsibilities for the data fed to AI. Both IT and business groups, whether in direct revenue-generating functions, such as drilling and operations, or in supporting functions, such as procurement, need to constantly consider and update the quality of data that is fed to AI models. They also need appropriate methods to maintain that data feed.

In a recent EY survey, oil and gas executives reported the two highest opportunities for creating value from AI and emerging technology are: 1) predictive maintenance for heavy equipment and assets and 2) intelligent optimization of operations performance.

These functions will also need to work together to smartly utilize available resources — human, financial and data — to capture enterprise-wide impact. For example, does it make sense to use vendors for some AI projects but organically grow another function in-house?

Proper scaling of AI means developing a thoughtful strategy on the elements that will be vendor-led vs. organization-led. That means asking important — and sometimes difficult — questions around resourcing, intellectual property, and organizational skills and capabilities. Making the decision around what to build vs. what to buy will be more important than ever when it comes to the innovation around AI technology.

Ultimately, you may find that relying on outside resources to supplement internal staff can speed up your AI efforts, because you’ll have more total resources to apply to development and implementation.

3. The last mile requires a culture change

The importance of culture change in scaling AI can’t be overstated.

There is often cultural resistance to using AI tools or trusting their output. People who have done their jobs a certain way for years are often hesitant to learn new technology, especially with something like AI that changes how work is done. Cultural resistance could be the biggest risk that oil and gas companies face in covering the last mile.

It’s not enough to just build AI tools; people must adopt them, incorporate them into daily activities and maintain them. A change management effort — one that focuses on communicating AI strategy and benefits and how work will be transformed — is vital.

In fact, employee education underpins cultural shifts. When employees understand what AI can do and how it can be applied to existing problems or opportunities, acceptance comes more quickly.

“You can’t keep AI strategy and development activities under wraps and then expect employees to embrace these tools when they come online,” said Himanshu Dabral, Senior Manager, Business Consulting, Ernst & Young LLP. “It’s important for companies to view their AI efforts as something greater than an IT project, because at some point they will need employees across the enterprise to adopt and adapt.”

Finally, successful AI implementation needs employee input to close the feedback loop. Did AI give correct answers? Did it save time or reduce busy work? Is there data that is missing or incomplete? AI calibrates itself and gets better over time, but it requires feedback — and constant data maintenance — to do so.

How to get started on scaling AI now

EY teams start by helping clients visualize what AI can do and the value it can deliver. From there, you can grow your understanding of AI’s potential in energy and the pathway to achieving maximum benefit.

It’s important to work across the business and the ecosystem to manage AI from end to end. What do you need for data? What do you need for technology? What resources do you have in-house, and where do you need outside support? We help clients understand what they have, what they’ll need and how to make it all come together.

In addition to our own experienced AI professionals with deep oil and gas knowledge, we also offer strategic alliance partnerships and collaboration with third-party vendors that enable us to build out complete fit-for-purpose systems that can be scaled rapidly.

Finally, our multifunctional team guides clients in achieving the three keys above, unlocking new operating models that deliver significant value.

Don’t wait — the hype is real. Contact us today. 

Summary

The energy sector is increasingly adopting AI to boost productivity and decision-making. While initial efforts focus on establishing data foundations for AI deployment, the challenge now is scaling AI across enterprises for significant impact. Success requires executive buy-in, viewing AI as a continuous process needing constant monitoring, and fostering a culture that embraces AI.


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