Learn how to evolve your leak detection strategy for long term success.
Join our Emerson oil and gas experts for this new webinar series to discover which advanced pipeline leak detection methodologies will deliver the intelligence necessary to protect your operation. Topics include how the latest advances in artificial intelligence, machine learning, and digital twins are enhancing leak and rupture detection for greater risk mitigation and peace of mind.
Watch our video to hear Greg Morrow provide a brief overview of the range of leak detection methodologies in Emerson's pipeline software portfolio and how to best apply each one.
Join us for this engaging session to learn how to untangle the complexity of various digital methodologies to help you design a leak detection roadmap that offers the right line of defense. Our Emerson oil and gas experts will explain internal methods of leak detection, at a high level, and compare advanced solutions.
Combining a well-instrumented pipeline with an RTTM solution that provides excellent sensitivity, accuracy, and robustness along with highly reliable alarm and information management is an optimal leak detection strategy. Discover how efficient your operation can become using an RTTM-based leak detection solution that offers advanced analytics as well as a digital twin that uses data from SCADA or DCS platforms.
When pipelines are not well instrumented, detecting leaks can be a daunting task. Learn how blending artificial intelligence (AI) and machine learning (ML) enables leak detection with greater sensitivity, reliability, and robustness. Join our experts to discover how to quickly deploy computational leak detection.
Whether your pipeline is hit externally or an internal event such as a high-pressure surge occurs, ruptures require immediate attention. API 1175 offers several recommendations, specifically focusing on speed and reliability. Learn how to get protection and peace of mind with our internal method that offers 100% reliability in 1 minute or less using your existing instrumentation.
Jon is a versatile technical director with nearly 30 years of software development experience in the petroleum industry. In his current role at Emerson, Jon is the Research & Development Director within the Pipeline Management Software group with responsibilities including technical direction and leadership in the continuing development of the modeling software. Jon holds a Ph.D. in Mathematics and, along with Greg Morrow, is the co-inventor of the patented Pipeline Flow Modelling Method.
Paul has been involved in Pipeline Simulation and CFD applications for more than 20 years, working with LICenergy, Energy Solutions International and Emerson. In his current role, he provides technical and user experience direction to the Pipeline Management Solutions group. Paul holds an undergraduate degree in Computer Systems Engineering from the University of Sunderland and a Global MBA from Durham University.
Phani has been involved with pipeline simulation and modeling applications for over 12 years with Energy Solutions International and Emerson. He specializes in system design, development, and product management. In his current role as Product Manager and Lead Developer, Phani works with customers and various stakeholders to determine their needs and then applies this input and knowledge to effectively manage the product roadmap.
David is an accomplished Business Manager with 20+ years of international oil and gas experience working in Business Development, Process Improvement, and Operations. In his current role, David is enabling pipeline operators to transform their operations through the adoption of advanced Oil and Gas software solutions. David’s academic accomplishments include an MBA from the University of Houston, Lean Six Sigma Black Belt certified by the American Society of Quality, and certification in Digital Transformation from MIT.
Greg has spent over 20 years applying his deep knowledge of physics to advance the direction of highly sophisticated oil and gas software solutions, specializing in hydraulic modeling and leak detection. He is currently a Lead Developer within the Operational Management Software group focused on RTTM-based technology that includes a digital twin, allowing for virtualization using modelling and simulation. Greg holds a Ph.D. in Physics and is the co-inventor of the patented Pipeline Flow Modelling Method.
