New Study to Look at Irish Ports and Offshore Wind

October 25, 2022

Copyright Tjeerd/AdobeStock
Copyright Tjeerd/AdobeStock

Gavin & Doherty Geosolutions (GDG), a specialist engineering consultant, is undertaking an EU-wide study to determine potential funding models to improve Irish port infrastructure to the scale required to achieve the Government target of 7 GW of offshore wind in Irish waters by 2030.  

It follows GDG’s recent National Ports Study, conducted on behalf of Wind Energy Ireland, which found that only one out of 13 major ports on the island of Ireland is ready to be used for constructing offshore wind farms. A key recommendation of the study was for the Irish Government to provide additional support for ports seeking to develop their infrastructure to serve the offshore renewables sector, potentially including state funding.

“Several of our national ports require relatively substantial levels of investment to bring infrastructure to the required levels," said Justin Moran, Director of External Affairs for Wind Energy Ireland. "Support from the Irish Government would help de-risk the level of upfront investment and plug any funding gaps. This new study will identify potential funding streams for Irish ports and will focus on several key case studies where similar projects have been backed by EU Member States.”

Logistics News

Dardanelles Strait Traffic Resumes After Tanker Engine Failure

Dardanelles Strait Traffic Resumes After Tanker Engine Failure

Urals Freight Rates to India Rise Due to Bad Weather, War Risks

Urals Freight Rates to India Rise Due to Bad Weather, War Risks

Diana Shipping Plans Proxy Fight at Genco

Diana Shipping Plans Proxy Fight at Genco

16th Annual Maritime Risk Symposium-Student Research Poster Contest

16th Annual Maritime Risk Symposium-Student Research Poster Contest

Subscribe for Maritime Logistics Professional E‑News

White House wants to auction off the largest US electric grid in an emergency
Black Sea CPC crude oil offers dropped amid drone strikes
PJM announces plan to combat AI-driven surge in power demand