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Offshore operations now overseen by Inyanga Marine Energy, with the introduction of a novel joint-purpose sea vehicle.

marine energy company, Inyanga Group, takes over operational controls for the newly constructed hybrid utility ship, Tor Boreas.

Offshore operations now overseen by Inyanga Marine Energy through a novel combination vessel for...
Offshore operations now overseen by Inyanga Marine Energy through a novel combination vessel for energy production, namely the Hybrid Utility Vessel.

Offshore operations now overseen by Inyanga Marine Energy, with the introduction of a novel joint-purpose sea vehicle.

In a groundbreaking move, the Tor Group and Inyanga Marine Energy Group have announced the launch of the new hybrid utility vessel, Tor Boreas. This 26.95-meter-long vessel, designed specifically for the offshore wind sector, boasts innovative operational capabilities and adheres to modern environmental standards.

The Tor Boreas is equipped with an offshore crane and a 5-tonne hydraulic A-frame, enabling a variety of offshore tasks. Its 25-tonne electric aft winch provides strong towing capability with a 17-tonne bollard pull, making it suited for demanding subsea operations. The vessel is versatile, capable of geotechnical seabed surveys, ROV operations, subsea inspections, diving support, and other general offshore wind activities.

Accommodation for up to 12 personnel makes the Tor Boreas well-suited for crewed operations. The vessel's hybrid nature, incorporating hybrid propulsion technologies, reduces emissions and fuel consumption compared to conventional fossil-fuel-only vessels, aligning with industry trends towards decarbonization in offshore wind support vessels.

Designed by Macduff Ship Design and built by the Turkish Tor Group, the Tor Boreas is managed operationally by the UK-based Inyanga Marine Energy Group in partnership with its builder. Richard Parkinson, CEO of Inyanga Marine Energy Group, stated that the Tor Boreas sets a new gold standard for utility work vessels in terms of efficiency in CO2 emissions and fuel consumption.

The Tor Boreas is powered by a diesel-electric powertrain, ensuring optimal efficiency. It is currently available for charter and is located in Penzance, UK. The vessel's environmental standards are further reinforced by an IMO Tier III exhaust system, designed to reduce emissions during operation.

In addition to its operational capabilities, the Tor Boreas will contribute significantly to the HydroWing tidal energy array project. Italy-based cable manufacturer Prysmian will supply the subsea export cables for the HydroWing project. Inyanga Marine Energy Group has confirmed a new round of contract awards for its 20 MW HydroWing tidal energy array, with the deployment scheduled for the first quarter of 2026 at the Morlais site off Anglesey, Wales.

Inyanga Marine Energy Group will add value to the vessel by supplying a highly experienced crew onboard and providing additional services such as surveying, ROV, and offshore operational management. The Tor Boreas, with its combination of heavy offshore operational capacity and hybrid propulsion technology, offers a multifunctional, environmentally friendly platform optimized for offshore wind farm support.

[1] Macduff Ship Design Announces the Design of a New Hybrid Utility Vessel for Tor Group

[2] Tor Group and Inyanga Marine Energy Group Form Partnership to Develop Hybrid Utility Vessel

[3] Inyanga Marine Energy Group Takes Operational Management of Newly Built Hybrid Utility Vessel, Tor Boreas

[4] Tor Boreas: A Game Changer in Offshore Wind Farm Support

[1] Macduff Ship Design has announced the design of a new hybrid utility vessel, integrating technology for both sports and offshore wind sector applications.

[2] The Tor Group and Inyanga Marine Energy Group have formed a partnership to develop a hybrid utility vessel, designed to offer a multifunctional, environmentally friendly platform for offshore wind farm support, while also demonstrating advanced technological capabilities in sports-related offshore operations.

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