The strategic R&D collaboration combines Aramco’s domain expertise with Emerson’s advanced ultrasonic monitoring technology to eliminate manual inspection and deliver real-time corrosion intelligence.
Global automation leader Emerson has signed a strategic research and development agreement with Saudi Arabian Oil Company (Aramco) to co-develop the next generation of corrosion management solutions for one of the world’s largest and most complex energy operations.
Corrosion is among the most persistent and costly threats facing the energy industry. Left unmanaged, it drives unplanned downtime, compromises safety, and erodes production efficiency. For Aramco, managing it effectively across a vast network of pipelines, facilities, and processing infrastructure is not simply an operational necessity it is a strategic imperative.
“Emerson, with our complete technology stack, is uniquely positioned to co-innovate the next-generation corrosion monitoring solutions that are cost-effective, scalable and customized for Aramco and one that will also be a valuable tool for many other industries.”
— Ram Krishnan, Chief Operating Officer, Emerson
The collaboration will combine Aramco’s deep operational expertise and intellectual property with Emerson’s proven leadership in ultrasonic online corrosion monitoring technology. The result will be a fully integrated, fit-for-purpose corrosion management platform that replaces dangerous and inefficient manual inspections with a continuous, reliable digital data stream capable of driving smarter, faster operational decisions.
Emerson’s contribution spans the full technology stack: advanced wall thickness monitors, seamless wireless connectivity, and real-time data analytics working in concert to enable predictive, continuous corrosion monitoring at industrial scale. The platform is designed not only to meet Aramco’s specific operational demands but to serve as a transferable solution across other asset-intensive industries facing the same corrosion challenges.
The announcement underscores a broader industry shift away from periodic manual measurement toward always-on digital monitoring a transition that carries significant implications for safety, environmental responsibility, and the bottom line across the global energy sector.
