Kongsberg Maritime Marks 50 Years Of Dynamic

Celebrating 50 Years Of Dynamic Positioning And Growth

Kongsberg Maritime is celebrating 50 years of its pioneering dynamic positioning (DP) system, a revolutionary Norwegian innovation. Launched in the 1970s, it transformed offshore operations by allowing vessels to maintain position without anchors. Today, with over 4,000 systems in use, Kongsberg continues to lead in enhancing maritime safety and efficiency.

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India’s First Electric Tugboat Project Launched at Deendayal Port

Kongsberg Maritime has secured a contract to supply equipment for India’s first electric tug at Deendayal Port in Kandla. This project is a key milestone in India’s Green Tug Transition Programme, featuring advanced technologies like permanent magnet-driven thrusters and energy storage systems. The tug, designed by NavNautik India, will enhance maritime decarbonization efforts.

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Cost-Effective Mooring Solutions Launched for Offshore Floating Structures

Kongsberg Maritime is enhancing mooring solutions for offshore floating structures by developing simplified technologies that reduce costs, complexity, and environmental impact. Their innovations aim to minimize components and eliminate active tensioning equipment, enabling safer installations and significant fuel savings, ultimately streamlining offshore floater operations while improving safety and reliability.

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Collaboration to Advance Offshore Drilling Technology and Sustainability

Kongsberg Maritime has signed a framework agreement with Noble Corporation to co-develop advanced marine technologies for the offshore drilling sector. This collaboration aims to improve operational efficiency, risk assessment, and sustainability. A pilot project on the drillship Noble Sam Croft will launch in 2025, marking the beginning of several joint initiatives.

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K-Sail Service Launched for Optimizing Wind-Assist Technology in Shipping

Kongsberg Maritime has launched K-Sail, a service to help vessel owners integrate wind-assist technology, addressing the need for reduced fuel consumption and emissions. By optimizing existing systems and focusing on collaboration, K-Sail aims to enhance operational efficiency, with pilot projects already underway, promising significant fuel savings for customers.

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Advanced Continuous Emissions Monitoring System Launched for Marine Industry

Kongsberg Maritime has introduced its Continuous Emissions Monitoring System (CEMS), enabling shipowners to effectively monitor vessel emissions and ensure compliance with environmental regulations. Utilizing advanced sensor technology, CEMS provides real-time data on greenhouse gases, integrating seamlessly with K-Chief for enhanced operational efficiency and reduced manual errors.

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Innovative Tunnel Thruster TTH Launched by Kongsberg Maritime for Enhanced Performance

Kongsberg Maritime has unveiled the TTH Tunnel Thruster from its Harmonised series, offering improved performance through a compact, modular design. This innovation features hydrodynamically optimized blades for enhanced efficiency and reduced noise. Compatible with Equipment Health Monitoring, the TTH series meets high Baltic ice class standards, supporting dynamic positioning applications.

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Advanced Electric Towing Winch for Tugboats Launched by Kongsberg Maritime

Kongsberg Maritime has launched a new electric towing winch for the tug market, featuring a frequency converter-driven motor for enhanced efficiency and reduced environmental impact. Designed for harbor applications, it offers customizable pulling forces, smooth speed control, and robust components, while integrating seamlessly with Kongsberg’s Aquapilot system for improved operational management.

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Kongsberg Embarks On Hybrid Conversion Of Swedish

Kongsberg Maritime to Convert Ferry to Emission-Free Battery Power

Kongsberg Maritime has been awarded a project to convert the MF Hamlet ferry to operate emission-free on battery power. The upgrade includes large battery packs and new motors for the azimuth thrusters. Objectives include achieving zero emissions, full electric operation, and mechanical propulsion redundancy. The project is set to begin in November 2025.

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