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For five-days the US training-ship State of Maine will make Cork Harbour her port of call, when the 16,000 tonnes vessel docks this evening, writes Jehan Ashmore.

The 500-foot long ship is on a 55-day training cruise that started late last month from her homeport of Castine Harbour in Maine. Since then the Maine Maritime Academy's training-ship has visited Norfolk, Virginia before crossing the Atlantic to include calls to Valetta, Malta and the vessel's most recent port of call was Civitavecchia in Italy.

Onboard the former oceanographic vessel that served in the US Navy as the USNS Tanner, there are students, officers and crew. The Maine Maritime Academy purchased the vessel in 1997 and she was converted to accommodate the training needs of the college.

The academy was founded in 1941 and enrolls more than 900 students from 35 states and from several foreign countries. Students in the college are awarded A.S., B.S., and M.S. degrees in 15 fields of study.

State of Maine is to berth at the Cobh Cruise Terminal, the facility which normally caters for cruiseships is to be followed by another training-ship the 17,000 tonnes Empire State on 22 June.

Published in Ports & Shipping
Two training-ships based on the east coast of the United States are to make calls at Cobh in mid-summer, writes Jehan Ashmore.
First to visit Cork Harbour will be the Maine Maritime Academy's training-ship State of Maine which is to depart its homeport of Castine Harbour, Maine on 3 May and dock at Cobh for a five-day stopover in June.

The call is part of a 55-day training cruise that will include ports in the Mediterranean and also US domestic ports. The itinerary includes Norfolk, Vaginia (6-9 May), Valetta, Malta (25-28 May), Civitavecchia, Italy (31 May-3 June ) Cobh (12-16 June) and to Portland, Maine 25-26 June.

Students, officers and crew will be onboard the 16,000 tonnes State of Maine which is a 500-foot long former oceanographic vessel that served in the US Navy as the USNS Tanner. In 1997 she was converted to accommodate the training needs of the college.

The Maine Maritime Academy was founded in 1941 and enrolls more than 900 students from 35 states and from several foreign countries. Students in the college are awarded A.S., B.S., and M.S. degrees in 15 fields of study.

State of Maine is scheduled to berth at the Port of Cork's deepwater quay at the Cobh Cruise Terminal which is expected to welcome over 50 cruiseships and 100,000 visitors this season. The vessel's departure will be followed by the arrival of the second training-ship the 17,000 tonnes Empire State on 22 June which is to make a shorter two-day stopover.

Since 1989 she has been operated by State University of the New York Maritime College which annually takes cadets across the world onboard the 565-foot vessel to learn the skills in running the ship and the maritime industry.

The former cargoship was built for the States Steamship Company in 1961 as the Oregan at Newport News Shipbuilding and Drydock Company, in Newport News, Virginia. Despite conversion for her current role she retains most of her original features and she presents a distinctive profile with the superstructure positioned amidships between the cargo-holds.

Published in Ports & Shipping

ESB’s 2040 strategy Driven to Make a Difference: Net Zero by 2040 sets out a clear roadmap for ESB to achieve net zero emissions by 2040. 

ESB will develop and connect renewable energy to decarbonise the electricity system by 2040. ESB will invest in the development of new renewable generation, including onshore and offshore wind and solar, and will significantly increase the amount of renewable generation connected to our electricity networks.

ESB will:

  • Deliver more than a fivefold increase in our renewable generation portfolio to 5,000MW.
  • Reduce carbon intensity of generation fleet from 414 to 140gCO2/kWh by 2030.
  • Decarbonise 63% of our generation output by 2030 and 100% by 2040 (up from c20% now).

Offshore wind

ESB know the importance of offshore wind in tackling climate change and delivering net zero. Ireland has a unique capability given its prime location to take advantage of the potential of offshore wind. ESB are working hard to develop offshore wind projects for the benefit of everyone across society in Ireland and the UK. This includes ongoing engagement with marine users and local communities so ESB can deliver these significant projects.

Offshore wind will play a major role globally in our fight against climate change. It will help to replace energy generated by burning fossil fuels with that from a clean, safe and secure renewable energy source. Ireland’s geographic location on the exposed edge of the Atlantic presents us with a significant opportunity to generate electricity from wind – both offshore and onshore.

Power from onshore wind farms currently provide over one-third of Ireland’s electricity needs. But, whilst its marine area is many times the size of its landmass, Ireland’s offshore wind potential is only starting to be realised. ESB have a coastline stretching over 3,000km but only one operational offshore wind farm – Arklow Bank, with a capacity of 25 MW. In contrast, Belgium’s coastline is only 63km long, but it has already developed more than 2,000 MW of offshore wind. In Great Britain, with a coastline four times the length of ours, offshore wind generation now equates to over 440 Arklow Banks, with an installed capacity of 11,0000 MW as of late 2021.

The Irish Government's target to install 5,000 MW of offshore wind capacity in our maritime area by 2030 is set out in the Climate Action Plan 2021. It also has the objective to source 80% of Ireland’s electricity needs from renewables by the same year. In line with this, ESB is applying its professional and proven engineering expertise to the challenges set within the Climate Action Plan.

ESB are committed to playing a strong role in developing Ireland’s offshore wind potential for the benefit of the people of Ireland. This will be done in consultation with marine users and local communities, and with due care for the marine environment.