Offshore oil and gas production can be unforgiving.

Having spent years working across the Middle East, I’ve seen firsthand the pressure operators face: harsh environments, complex logistics, and the drive for higher production and recovery.

Every hour of deferred production and every equipment failure carries real consequences. And nowhere is that more critical than with electric submersible pump (ESP) systems.

An ESP allows a well to keep producing. So when an ESP fails, it’s never just a technical problem; it’s a production, logistics, and commercial challenge all at once.

Historically, replacing an ESP meant pulling the entire lower completion—packers, flow control assemblies, gauges, and all—making it one of the most demanding interventions in a completion’s lifecycle.

What changed that was not a single product, but an architecture integrating three innovative technologies.

Electronic flow control valves (eFCVs) enable real-time adjustment of well inflow, helping operators optimize drawdown and respond as reservoir conditions change. By eliminating hydraulic lines, they also simplify the completion and reduce leak paths and intervention risk.

Dual ESP configurations build redundancy directly into the artificial lift design. If one pump fails, the system can transition to the backup unit, turning an unexpected outage into a planned intervention.

Inductive coupler technology transfers power and communication across a non-contact electromagnetic interface, allowing the ESP to be replaced without disturbing the lower completion. Packers remain set. eFCVs stay in place. Gauges remain where they are.

For me, this trio is where technology becomes transformative—removing uncertainty, simplifying the job, and giving operators more control.

That matters because it changes the conversation with our customers. As the manager responsible for SLB’s Production Systems Division performance in Qatar, I want our teams spending less time reacting to failures and more time protecting production, optimizing value, and perhaps most importantly, being able to plan ahead with confidence.

I saw that goal come to life in 2025, when a customer in Qatar awarded SLB the first all-electric intelligent completion strategy in the country.

That was more than a commercial milestone. It showed that an operator in a demanding offshore environment had assessed this integrated technology and decided to put their trust in it.

As SLB celebrates 100 years, that feels fitting. Again and again, our progress has come from taking a difficult operational problem and working at it until the answer becomes practical, reliable, and eventually routine.

I believe that approach will shape our success in the next century—and I’m excited to play a part in it.