ABS, MSC Showcases Condition-Based Class
The landmark ABS condition-based class program with the U.S. Navy’s Military Sealift Command (MSC) was the focus of a keynote presentation at Mega Rust 2019.
Rear Admiral Dee Mewbourne detailed progress on the pioneering project in a presentation to the American Society of Naval Engineers’ annual conference focusing on Navy corrosion issues.
As part of the condition-based class program, ABS has defined a digital asset framework that encompasses everything from data collection and pre-processing, to a digital twin that maintains and analyzes the data, to visualizations and outputs that support risk-based decision making.
“Condition-based classification will enable Operational Commanders to objectively assess risk and, in partnership with ABS, schedule surveys and repairs to better support operational commitments. By having a greater understanding of the condition of our vessels, we can better understand the maintenance they require, and perform preventative maintenance and repairs before failure occurs, reducing the number of unscheduled not-ready-for-tasking days,” said RADM Mewbourne.
“This cutting-edge project highlights how ABS is leading class into the future and is a fantastic example of how we are able to harness the power of digital technologies to deliver enhanced services for the industry,” said ABS Joshua Divin, Program Manager.
“The condition-based class approach allows ABS to tailor onboard survey activities based on the actual condition of critical structures and machinery, optimizing survey times relative to ship operations. Merging our extensive knowledge of marine and offshore assets with rigorous data science and advanced analytics, ABS can provide a comprehensive real-time picture of a vessel’s condition and state of readiness,” Joshua added.
The objective of the multi-year joint project is a landmark advancement in the classification industry—enabling the move from purely calendar-based surveys to a condition-based classification model, using digital solutions to increase MSC’s operational availability and flexibility.
