Maritime+Advisory

World-leading expertise on engineering and technical aspects covering the life span of a ship.

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Ship owners, yards and the maritime industry at large should expect more from a leading classification society than merely enforcing compliance with rules and regulations.

Our consultants possess world-leading expertise on engineering and technical aspects covering the life span of a ship, and combine the strengths of practical experience from shipbuilding and ship operations with extensive research and development in the technology challenges of the maritime industry.

Our advisory services cover:

  • Rotating machinery: Technology for low speed, medium speed and high speed machinery.

  • Noise and vibration: Systematic evaluation of the noise and vibration levels on board all types of ships.

  • Ship motions and wave loads: Predict and assess the motions, loads and other dynamic responses of ships in waves or related fluid flow problems.

  • Ship stability: Investigate intact and damage stability and/or longitudinal strength according to applicable rules and regulations.

  • Ship response and structural design assessment: Assess and document responses of the hull structure, in order to verify its strength towards yield, fatigue and buckling.

  • Advanced structural analysis of ships: Assess and document the strength of ship structures and novel designs with respect to new material technology, accidental scenarios and extreme loads using advanced analysis tools and risk based methodologies.

  • Ship Operations: We provide maritime advisory services to our customers within arctic operations and technology, operational safety and risk, technical operations and operational improvement

  • Gas: Feasibility and design studies of containment systems for transportation and storage of liquefied natural gas (LNG/LPG) and compressed natural gas (CNG) with focus on concept evaluation, design solutions, sloshing loads, tank strength and tank and hull response interaction.

  • Energy efficiency: A process to minimise fuel consumption through improving operational procedures - ultimately reducing costs in addition to demonstrating environmental leadership.
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