See the Power of Combining APM with Contextual Visualization

The often-repeated adage, “An image is worth a thousand words,” is profoundly true. Be it a toddler easily identifying the emotions of a photo of a person smiling, or an entrepreneur successfully selling an idea using an image of actual working product, visual representations can elicit deeper understanding. The same can be true for engineers, analysts, and reliability managers working relentlessly on critical assets or complex processes. They can make more nuanced critical decisions by seeing a general assembly drawing for an asset or the process flow diagram of critical processes. As the industry embarks on a digital transformation journey to accelerate the energy transition, a key component will be adding contextual 3D capabilities to Digital Twins to provide detailed virtual representations of assets and processes.

The is complex, requiring multiple digitization threads to continuously enhance the reliability and safety of the existing assets operating in fossil fuel intense industries. For analysts using asset performance management (APM) software to monitor risk and reliability, contextual 3D visualization can improve their productivity and decision-making by allowing them to view asset risk distributions, plan and execute work more effectively with precision, and ultimately review the results. Powerful real- or near real-time performance information using rich contextual visualization is the true Digital Twin nirvana for APM users.

Today, is a world leader in risk calculation, strategy development, management, execution, and evaluation backed with industry-led standards, scalable data collection technologies, and accurate predictive models. The software suite collectively provides a holistic view on the overall asset health index and, with integration into existing ERP/CMMS systems, ultimately drives actions that ensure more reliable and safer plant operations. Now through a partnership with Visionaize, Inc., GE Vernova delivers 3D modeling and visualization as part of APM Integrity to help our customers move forward in their immersive digital transformation.

APM allows you to calculate risk of an asset using qualitative and quantitative capabilities like Asset Criticality Analysis, Asset Strategy Management, Reliability Centered Maintenance, Safety Instrumented Systems, and Risk Based Inspection. Make fast and impactful decisions within very complex scenarios using the ability to contextualize information of an asset with respect to a system, unit, site, or enterprise.

Corrosion loops are defined in a process unit based on potential damage mechanisms. With the added capability to view this information on a process flow diagram, analysts easily identify the critical loops driving damage mechanism and take smarter decisions around effective inspection strategies.

APM Integrity currently stores thickness data and calculates various corrosion analyses, such as remaining life, minimum thickness, and corrosion rate, etc. Embedding this data on a physical representation of an asset makes it more powerful. Integrity specialists today face the challenge of optimizing thickness monitoring locations with respect to scope and the physical position of the location. Combining the APM data with contextual visualization allows corrosion analysts to make smarter and efficient decisions to avoid corrosion-related failures and thus preventing catastrophic loss of containment events.

With 3D visualization, the full picture of asset integrity comes into focus, and engineers, analysts and reliability managers can pinpoint potential failure causes and make fast and nuanced decisions. By complementing GE Vernova’s APM solutions with 3D Visualization, you can increase productivity, reduce risk and optimize your mechanical integrity program while accelerating the energy transition.

Schedule a live demo of 3D Visualization in GE Vernova’s APM environment. Let's discuss how you can visualize your industrial assets to reduce your operational risk.