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Sloshing Virtual Sensor / by GTT

Predict and monitor cargo tank fatigue with confidence

Sloshing Virtual Sensor / by GTT applies GTT’s LNG containment system expertise (including its Mark III and NO96 membrane systems), and physics‑based models to predict cargo tank fatigue and monitor structural integrity over time, supporting safer operations and optimised inspection strategies.
While Sloshield™ provides real‑time sloshing awareness to onboard crews, Sloshing Virtual Sensor focuses on the cumulative fatigue these loads generate over the vessel’s lifetime.

LNG cargo movement inside tanks generates sloshing loads that repeatedly act on the membrane containment system, accumulating into structural fatigue over time. These loads vary with sea conditions, filling levels and operations, to turn them into consistent, fleet‑wide insights that can guide action.

Shipowners and operators need to understand how these cumulative loads impact cargo tank integrity in order to ensure safety, optimise maintenance strategies and comply with classification requirements. Because sloshing-induced loads are difficult to quantify precisely, fatigue assessments and inspection planning are often based on conservative assumptions rather than the actual stresses experienced by each tank.
Sloshing Virtual Sensor provides continuous, model‑based insight into tank fatigue, enabling more accurate assessment, informed inspection planning and long‑term asset management.

Key features

Continuous fatigue monitoring

Track cumulative structural fatigue over time based on vessel motion and cargo conditions.

Alternative Survey Plan (ASP) support

Provide the technical basis to support extended inspection intervals under ASP regimes.

Early detection of abnormal conditions

Identify deviations in loading patterns and operating conditions impacting tank integrity.

Integration with onboard and analytical systems

Leverage vessel data to deliver continuous and reliable structural monitoring insight.

Key benefits

Enhanced containment system safety

Anticipate structural risks before they impact tank integrity.

Optimised inspection and maintenance planning

Extend inspection intervals while maintaining full confidence in asset condition.

Improved confidence in structural integrity

Gain clear visibility into cumulative fatigue and structural behaviour.

Confident compliance with classification requirements

Support survey strategies with validated, model‑based evidence.

Preserved containment system lifetime and asset value

Preserve containment system integrity across the vessel lifecycle.

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Predict and monitor cargo tank fatigue with confidence