Lloyd’s Register Updates CAP Thickness Analysis for Greater Precision

Lloyd’s Register has revamped its Condition Assessment Program (CAP) Thickness Measurement Analysis to enhance consistency in evaluating tankers built to Common Structural Rules (CSR). By shifting to fixed thickness values, LR aims to reduce variability in CAP outcomes, benefiting shipowners and operators with clearer expectations and improved asset integrity management.

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Greece nano satellite MICE-1

Collaboration to Advance LEO Satellite Networks For Maritime Applications

Telesat has signed a Memorandum of Understanding with Hanwha Systems to develop advanced satellite connectivity solutions. This partnership focuses on creating sovereign satellite technologies and terminals integrated with Telesat’s Lightspeed LEO network, enhancing communication capabilities for maritime operations and addressing the growing demand for robust connectivity in various sectors.

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BIO-UV Group, Microwise To Tackle Port-Side Ballast

Collaboration to Enhance Ballast-Water Compliance Solutions

BIO-UV Group has teamed up with MicroWISE to enhance ballast-water treatment solutions amid rising regulatory pressures. This partnership combines BIO-UV’s BIO-SEA technology with MicroWISE’s real-time organism analysis, addressing compliance challenges and improving operational efficiency at ports. Together, they aim to advance research and streamline treatment processes for non-compliant ballast water.

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Finland To Tackle Subsea Cable Damage With New

Finland Launches Maritime Surveillance to Secure Baltic Sea Subsea Cables

Finland’s Border Guard is establishing a maritime surveillance center to safeguard critical undersea infrastructure in the Gulf of Finland. This initiative, driven by recent outages and heightened security concerns, aims to enhance monitoring of unusual vessel movements. Collaboration with Baltic nations and the EU will involve advanced sensors and AI for real-time analysis.

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Hybrid Marine Battery Systems to Drive Sustainability in Maritime Shipping

The maritime electrification movement is accelerating as shipowners seek propulsion methods that meet stricter emissions standards while ensuring efficiency. Recent studies identify battery systems as viable for decarbonization, particularly with the rise of hybrid powertrains. This shift is reshaping vessel design, making battery-electric propulsion essential for various fleets.

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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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