PROGRESSIVE INSPECTION ENGINEERING

    This approach brings together a risk-based engineering framework for inspection planning and execution and the best of underwater visual and NDT inspection technologies to identify operational risk according to the condition of system components.

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    General Visual Inspection

    High-Definition Video Inspection to identify obvious damage and deterioration of mooring systems to guide detailed visual/physical inspection needs

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    Detailed Visual/Physical Inspection

    Detailed Visual/Physical Inspection of high risk areas to identify degradation of components (wear, corrosion, bending, pitting, microbial corrosion, etc.) – Turret Interfaces – Mooring Connectors – Chain – Wire – Seabed Touchdown Zone.

    We know underwater mooring inspection

    Moorings are structurally complex systems that are subject to a wide range of damage and deterioration. The key to successful progressive inspection is to use specialised personnel who have the experience to know when it is necessary to escalate the level of inspection detail.

    OUR CAPABILITIES

    PROGRESSIVE INSPECTION

    The Deployment of visual and magnetic technologies to assess the condition of moorings and other subsea facilities.

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    SUBSEA MEASUREMENT

    Deployment of specialised inspection systems to quantify degradation and damage to components.

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    MOORING FITNESS FOR PURPOSE [MFPA]

    A risk-based engineering process to determine the current physical condition and the residual capacity of offshore mooring systems.

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    Certifications

     
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