This is a legacy page. Please click here to view the latest version.
Fri 10 Apr 2015, 15:14 GMT

Azimuth propulsion ordered to help reduce fuel consumption


Rolls-Royce thrusters are equipped with full-feathering propellers to help lower engine power use and bunker costs.



Rolls-Royce has signed contracts with Bastø-Fosen and Fjord 1 in Norway for azimuth propulsion systems for five new double-ended ferries. The ferries are scheduled to enter into service along the coast of Norway in the summer of 2016.

The contract value to Rolls-Royce is GBP 5.5 million (approximately $8.1 million) in total. All five ferries are designed by Multi Maritime and are to be constructed in Turkey at the yards Sefine, Cemre and ADA.

The new double-ended ferries are designed to commute back and forth between ferry quays along the rugged Norwegian coastline. Three of the ferries are to be delivered to Bastø-Fosen and will be 142 metres long, with capacity for 200 cars, 600 passengers and between 24 and 30 trucks.

The two remaining ferries are to be delivered to Fjord 1 and will be 74 metres in length, with capacity for 60 cars and up to 199 passengers.

Azimuth thrusters from Rolls-Royce are designed to help give the ferries improved steering stability and manoeuvrability. The thrusters are also equipped with full-feathering propellers so the operator can reduce the amount of engine power needed during crossings. This in turn will help reduce fuel consumption and also increase the overall efficiency of the vessels.

Helge Gjerde, Rolls-Royce, SVP Commercial Marine, said: "We are very proud to support these ferries which are part of Norway's key coastal transportation system. Norwegian ferry owners have been in the forefront of ship technology for many years, and seek environmental friendly and reliable solutions for travelling in the Norwegian fjords and along the coastline. It's also close to home for us, with our Rolls-Royce Marine base in Norway."

The three larger Bastø-Fosen ferries are equipped with two Azipull 100 azimuth thrusters which are placed one in each end of the ferry. They also have Rolls-Royce Helicon X3 propulsion control systems. The two Fjord 1 ferries each have Azipull AZP85 azimuth thrusters, also with Helicon X3 propulsion control systems.


KEYS Azalea vessel. KEYS Azalea completes 100th LNG bunkering operation in western Japan  

LNG bunkering vessel reaches landmark delivery in two and a half years.

STS bunkering operation at Port of Santos. Port of Santos moves to regular ethanol bunkering for ships  

CMA CGM, Copersucar and Bunker One expand July pilot into a commercial supply chain for ethanol as a marine fuel in Brazil

Balearia's electric fast ferry. Baleària floats first fully electric fast ferry for Tarifa–Tangier route  

Spanish operator's new catamaran, built at Armón's Gijón yard, will enter service in summer 2027.

Tsurugidake vessel. Kawasaki Heavy Industries delivers fourth LNG-fuelled VLCC  

The 309,000-tonne Tsurugidake, built at a joint-venture shipyard in Dalian, is designed to cut CO₂ emissions by up to 30% when running on LNG.

KRISO and KOMSA sign MoU. South Korean agencies link up on green shipping data and monitoring tech  

KRISO and KOMSA sign an MOU to share demonstration data and remote monitoring capabilities for eco-friendly vessels.

Peninsula logo. Peninsula seeks sales trader for Singapore bunker fuel desk  

Role suited to candidates with prior sales or trading experience, ideally within the maritime or energy sector.

Titan Optimus alongside Peony Leader vessel. FuelEU pooling drives surge in bio-LNG demand, Titan analysis finds  

Clean fuel supplier's modelling shows pooling mechanism turning overcompliance into tradable value for LNG-fuelled ships.

Keith Johnstone, Lloyd’s Register. Ports told to prepare now for advanced nuclear power  

Joint paper sets out a readiness pathway for ports facing nuclear-powered vessels, floating reactors and small modular units

Terra Clove vessel. Eastern Pacific Shipping takes delivery of first ammonia dual-fuel VLAC  

Terra Clove powered by first Everllence B&W 6G60ME-C10.5-LGIA ammonia dual-fuel two-stroke engine.

BV grants type approval to WinGD. Bureau Veritas approves WinGD's variable compression ratio technology for dual-fuel engines  

Classification society grants type approval to engine technology enabling compression ratio adjustment across different marine fuels.


↑  Back to Top