If you are responsible for production performance, measurement integrity, or control system modernization in the oil and gas industry, ONS 2026 in Stavanger is worth adding to your calendar. The event runs from 24 to 27 August 2026 at Stavanger Forum, and Emerson will be at Booth 9450 in Hall 9. You will discover how we are enabling more proactive, data-driven upstream operations — reducing risk, accelerating time to first oil, and maximizing asset value over its lifecycle.
See how Emerson supports its customers in navigating increasingly complex offshore oil and gas projects by delivering value across the entire project lifecycle. Combining its deep industry expertise with integrated lifecycle services, Emerson provides end-to-end global project execution – from consulting and design through to start-up, operations and ongoing support.
You will learn how our AI-enabled ecosystem of intelligent field devices, edge computing, and advanced analytics unifies upstream operations from reservoir to surface. Emerson experts will be on hand to discuss the world’s first retrievable electric gas lift system, the upcoming Roxar™ Subsea Multiphase Flow Meter, the latest AspenTech Subsurface Intelligence Environment, as well as over 20 products and solutions for offshore applications
Why ONS 2026 Belongs on Your Planning Calendar
Operators are juggling familiar pressures: price volatility, aging assets, tighter emissions expectations, and the pull toward more electrified and lower-carbon operations. Decisions made now about sensing, control, and software will shape what is possible across the upstream, midstream, and downstream for years to come.
ONS is one of the few venues where conversations about reservoir, subsea, topside, and refining take place in the same building. That makes it a good place to pressure test your roadmap against current technology, not last year’s assumptions.
Sean Saul, who leads the DeltaV Platform efforts, will join the roundtable, AI and future energy need?, to discuss, “…whether AI is set to become a long‑term driver of rising global electricity demand, or whether innovation—both within AI and enabled by AI—will lead to a more efficient and sustainable energy future.”
Technologies to See at Booth 9450
Five exhibits are worth time on your agenda. Each maps to a specific planning question.
- Adaptive Gas Lift System (AGLS). Billed as the world’s first retrievable electric gas lift system, AGLS lets operators remotely monitor and adjust choke settings on gas lift valves without intervention. It is built on proven downhole technologies from Emerson and Interwell. Planning question to bring: Where could continuous, remote optimization replace planned interventions in your well portfolio?
- Roxar Subsea Multiphase Flow Meters. The upcoming meter builds on more than 30 years of field experience and over 3,000 installations. It combines impedance and microwave technologies with advanced sensors and software to produce self-verifying, repeatable measurements across complex subsea fields and tiebacks. Planning question to bring: How much measurement uncertainty are you carrying today on tiebacks and brownfield extensions, and what is it costing in allocation disputes or production decisions?
- Roxar 2600 Multiphase Flow Meters. A compact inline meter delivering oil, water, and gas flow rates across the full range of upstream applications, from straightforward to highly complex conditions. Planning question to bring: Where could a compact multiphase meter replace test separators or simplify well-pad design?
- DeltaV Edge Environment. This sits between the control network and higher-level applications. It replicates and serves runtime and configuration data outside the Distributed Control System (DCS) while keeping the control system isolated. Because data is delivered in the DeltaV hierarchy, teams can use information in context without rebuilding structure. Planning question to bring: How are you getting contextualized DCS data to analytics, dashboards, and AI workloads without compromising control system isolation?
- DeltaV Ethernet-APL (Advanced Physical Layer). Ethernet-APL extends intrinsically safe, high-speed Ethernet communications to field devices in hazardous areas. Emerson’s DeltaV PK Controller now offers native PROFINET over Ethernet-APL, simplifying device replacement across vendors and enabling faster access to richer instrument data. Planning question to bring: What does your migration path to Ethernet-APL look like for greenfield projects, brownfield expansions, or planned turnarounds?
Experts You Can Meet
Emerson’s team at Booth 9450 covers the full value chain, from downhole to topside to control room. Plan a focused conversation with the right specialist rather than a general tour.
- Downhole and well performance: Tore Skogen and Frode Bjørkheim, Sales Managers, Downhole
- Subsea: Svein Eirik Monge, Global Key Account Manager, Subsea
- Topside metering: Cato Jensen, Sales Manager, Topside Metering
- Instrumentation and valves: Giovanna Di Martino, Instrumentation Product Manager; Jan Thorén, Field Sales Engineer, Valve Instrumentation; Nagendra Maddula, Sales Director, Severe Service and Power Europe
- Modernization and standards: Klaus Erni, Technical Sales Director, Modernization and Standards Europe
How to Get the Most From Your Visit
A short, structured plan tends to produce better outcomes than a walk-through.
- Pick two or three planning questions from the list above that map to live initiatives on your 2027 plan.
- Get in touch with the relevant experts above.
- Bring a peer from a different function, for example, a metering engineer alongside a controls engineer, to widen the conversation across reservoir, surface, and enterprise data.
Next Step
Review the full expert list and exhibit details on the Emerson at ONS 2026 page, reserve your event ticket, and request a meeting at Booth 9450 before your schedule fills up. See you in Stavanger.
