Maritime

HEADLINES ARCHIVE

  • Video: Amphibious ship to service offshore wind farms

    The craft is engineered to service wind farms in very shallow waters.

  • Harnessing wave energy to power marine sensors

    A triboelectric nanogenerator was engineered to power marine-based sensors and communication systems.

  • Video: Another offshore wind turbine debuts as world’s largest

    The 18 MW unit will feature a 260 m diameter rotor to power a modularized medium-speed geared drive train and permanent magnet generator.

  • New robot takes inspiration from jellyfish-like zooplankton

    Capable of operating in unknown and extreme marine environments, the RobotSalps, like the semi-transparent, tubular-shaped salps that inspired them, can link to each other, forming so-called colonies.

  • New approach assesses the threat of air attacks on warships

    Based on a new iteration of the Technique for Order of Preference by Similarity to Ideal Solution (TOPSIS) and gray relational analysis, the new approach considers five different attributes in the assessment of threats.

  • A virtual short course on offshore wind energy

    The two online interactive four-hour sessions are designed for professional non-engineers and engineers alike.

  • Video: Solar-wind hybrid power system floats off China

    The world’s first commercial offshore floating solar system paired with an offshore wind turbine has been launched in China.

  • Video: Carbon storage in depleted offshore oil and gas fields

    Project Greensand is expected to start storing up to 1.4 million tons of carbon dioxide annually by 2025 in the depleted Nini oil and gas field in the Danish North Sea.

  • New York approves offshore wind farm transmission line

    A 25-mile transmission line will carry power from the state's largest offshore wind farm to an onshore substation.

  • Video: Subsea battery storage for offshore renewable energy systems

    Designed for the harsh subsea environment, the Halo system is engineered to provide a reliable, uninterrupted power supply predominantly for seabed use.

  • Ultra-deep drilling ship to debut in 2024

    The ship, dubbed the Dayang, is expected to be capable of drilling deeper than 32,800 ft, reportedly reaching the seabed of the world’s deepest oceans.

  • Scrubbers as a major source of Baltic Sea pollution

    Scrubbers used on ships to clean exhaust gases and reduce air pollutant emissions have been identified as a major contributor of contaminants to waters in the Baltic Sea.

  • UK Navy to build crewless submarine for defense applications

    Plymouth-based company MSubs was awarded a £15.4 million contract for the development of a crewless submarine by the UK Royal Navy, with an expected 2024 delivery date.

  • Tapping freshwater from oceanic water vapor

    Capturing and condensing oceanic water vapor offers a means of augmenting freshwater supplies onshore.

  • A new way to float wind turbines

    Relative to horizontal axis systems, this vertical axis design is less expensive and faster to build, resulting in 50% cost reduction per MW and shorter delivery time.

  • Video: Power production begins at Hywind Tampen

    First power has been produced at Hywind Tampen, claimed to be the world’s largest floating wind farm, in Norway.

  • Video: Wave energy system delivers powerful field test results

    A prototype wave energy generator developed by AWS Ocean Energy has delivered excellent power generation performance during ocean-based testing.

  • Updated UUV has a battery life of 110 hours

    The REMUS 620 can be launched from small manned and unmanned boats, submarines, amphibious ships, helicopters and surface combatants to conduct assorted autonomous missions.

  • A powerful wave of FPT Industrial innovative marine solutions on display at METSTRADE 2022

    Sustainability, efficiency, hybrid propulsion solutions and new collaborations were the main themes showcased at RAI Amsterdam Europaplein in Amsterdam.

  • These swimming bots are four times faster than similar swimming bots

    The team developed two different swimming robots, dubbed “Butterfly Bots” for their resemblance to swimmers performing the butterfly stroke.

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