Nuclear-Powered DP Vessels Technically Feasible, Vard

Vard Confirms Feasibility of Nuclear-Powered Dynamically Positioned Vessels

A study by Vard confirms the technical feasibility of nuclear-powered offshore vessels through the NuProShip II project. It demonstrates the integration of small fourth-generation nuclear reactors into dynamically positioned vessels, promising zero greenhouse gas emissions and improved operational endurance. The project emphasizes safety, efficiency, and the need for updated regulatory frameworks.

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Japan Pursues Large-Scale Floating Vertical Axis Wind Turbines for Renewable Energy Growth

A consortium of Japanese companies, supported by the government, is testing large-scale floating vertical axis wind turbines for greater efficiency. This technology could lead to commercial development of floating offshore wind turbines, crucial for Japan’s renewable energy goals. Challenges with offshore topography are being addressed with innovative designs and next-generation technologies.

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Significant Progress in Reducing Methane Emissions in Maritime Industry

Researchers are making strides in reducing methane slip emissions in the maritime industry. The Methane Abatement in Maritime Innovation Initiative (MAMII) announced promising results from technology feasibility studies by four companies. These studies showed strong potential to cut methane emissions and convert methane into alternatives for economic efficiency.

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