Artificial intelligence (AI) contributed to value creation and savings for Equinor and its partners amounting to USD 130 million in 2025. AI is now utilized on offshore platforms and land facilities to solve industrial tasks on a large scale in a safe, efficient, and profitable manner.
To achieve Equinor's ambition for the Norwegian continental shelf by 2035, and to contribute to energy security and continued value creation, AI is crucial.
“AI is a central part of our operations. Moving forward, AI will become even more important for solving industrial tasks safely, faster, more profitably, and at scale. With AI, we can analyse seismic data ten times faster, plan wells and field development in new and better ways and operate our facilities more efficiently. Industrial processes generate vast amounts of data, and we can use AI to 'produce' knowledge from this data. This has already been transformative and profitable, even though we are still early in the AI revolution,” says Hege Skryseth, executive vice president for Technology, Digital, and Innovation in Equinor.
Equinor currently has a range of AI solutions in use, and over a hundred new use cases have been identified.
Here are three valuable contributors that have been implemented:
Monitoring of over 700 rotating machines with 24,000 sensors across all facilities. This predicts failures and maintenance needs, known as predictive maintenance. It improves safety, provides more stable operations, and reduces the risk of sudden shutdowns that can lead to flaring and increased CO2 emissions. This alone has created value of USD 120 million since 2020.
AI-driven planning of wells and field development generates thousands of alternatives, allowing the experts to focus on the best proposals. In the Johan Sverdrup phase 3, AI found a solution that no one had considered, saving the partnership USD 12 million.
AI is also used as a tool to interpret more seismic data, faster. The tool provides a tenfold increase in interpretation capacity. With AI, that more data can be interpreted, covering more square kilometres and enhancing the overall understanding of an area and of the Norwegian continental shelf. A good geological understanding is key to new discoveries, and this is an important tool. In 2025, 2 million square kilometres were interpreted using the AI tool.
“Since 2020, we have realized values of over 330 million USD with artificial intelligence in industrial processes, of which 130 million USD came in 2025. We primarily use 'traditional' machine learning on our operational data. Our employees can use AI tools like copilots, chatbots and agentic AI to solve tasks and work in new ways,” says Skryseth.
Equinor aims to maintain production on the Norwegian continental shelf at 2020 levels through 2035, which means around 1.2 million barrels of oil equivalents per day.
“We use AI to interpret more seismic data, plan and drill more wells, and operate our facilities safely and profitably, while also using the technology to optimize energy consumption and reduce CO2 emissions,” explains Skryseth.
At NHO's annual conference* on 7 January, Skryseth will speak about AI at Equinor, what Norway should focus on, and how she believes AI agents will change the way we work.