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Displaying items by tag: Porcupine Basin

#MarineScience - Researchers at NUI Galway, along with partners at the Irish Centre for Research in Applied Geosciences (iCRAG) and the Marine Institute, are currently carrying out a marine hydroacoustic survey in the eastern margin of the Porcupine Basin.

Continuing till this Saturday 16 June, the project conducted from the RV Celtic Voyager (Callsign EIQN) involves generating an acoustic sound source (seismic airgun) adjacent to a short-term deployment of a hydrophone mooring and drifter array in order to investigate noise propagation across the Irish continental margin. The project is planned to inform research into noise pollution as part of Ireland’s obligations under the Marine Strategy Framework Directive (MSFD).

Approximate locations of fixed moorings and seismic noise transect are included in Marine Notice No 24 of 2018, a PDF of which is available to read or download HERE.

Fixed moorings will include yellow surface buoys with warning lights: high intensity, quick flash, continuous, yellow. The drifter will include a yellow surface buoy with nav light: 5 flashes every 20 seconds, yellow, 2nm distance.

The RV Celtic Voyager is displaying appropriate lights and signals and will be within the vicinity at all times throughout the survey.

Researchers also emphasise that the closest distance from survey to any marine SAC is over 16 nautical miles. Commercial fishing and other marine operators are requested to keep a 3nm distance from any survey instrument moorings, and to keep a 2nm distance around the entire survey area clear of any gear or apparatus during the survey period outlined above.

Published in Marine Science

#MarineScience - A team of scientists have discovered the deepest known occurrence of a cold water coral reef known as Solenosmilia variabilis in Irish waters.

The marine scientists, led by the Marine Institute with the National Parks and Wildlife Service (NPWS), travelled over 1,000 nautical miles over three weeks along Ireland's Porcupine Bank and continental slope collecting HD video, sample cores and biological specimens from marine wildlife along the shelf edge from 50 locations. 

They also explored the Atlantic Ocean to depths of more than 1,600 metres as part of a multi-agency and university collaboration using video mapping with the Marine Institute’s mini-submarine ROV Holland I.

The SeaRover survey was carried out on the Commissioner of Irish Lights vessel ILV Granuaile, gathering data for marine planning, habitat protection and measuring the effects of climate change.

“Some of the reef ecosystems and habitats we discovered have never been seen before, and discovering S. variabilis at depths greater than 1,600m helps us establish a better understanding of the environmental conditions necessary for this species to thrive,” said INFOMAR chief scientist David O’Sullivan. 

"The deep-sea coral S. variabilis is widespread, normally seen at depths between 1,000 to 1,300m on seamounts or rocky areas deep under the sea but only occasionally forms reefs. 

“Its growth rate is very slow approximately one millimetre per year, so finding the reef structure, which is part of a fragile ecosystem thousands of years old, in deeper parts of the ocean is an important find for marine science.”

Also found in this extreme deep sea environment were sea pens, which visually look like a cross between a feather, a starfish and a fern, but are are actually a form of soft coral.

“With over 300 species currently known around the world, they come in a variety of shapes, sizes and colours — we have seen a wide variety of forms on this survey, and can only give species names to very few as many are likely to be new to science and have yet to be described,” said Dr Yvonne Leahy of the NPWS. 

“There are undoubtedly many more unidentified species out there and we ourselves have observed some specimens that require closer examination to properly identify.”

The team used the ROV Holland 1 to map the distribution and extent of deep water reefs and associated habitats, as well as using high-resolution bathymetric maps produced under the national seabed mapping programme INFOMAR, a joint initiative of the Marine Institute and the Geological Survey of Ireland. 

The bathymetric data, which shows the depths of the ocean, has been key in identifying specific seabed features such as submarine canyons, escarpments and mounds where reef habitats are likely to occur.

The SeaRover (Sensitive Ecosystem Assessment and ROV Exploration of Reef Habitat) survey is jointly funded by the Government and the EU through the European Maritime Fisheries Fund and NPWS to undertake further mapping surveys of offshore reefs, with the aim of evaluating status and review requirements for conservation and management measures consistent with the Habitats Directive.

The project is co-managed by the INFOMAR programme and Fisheries Science and Ecosystem Services at the Marine Institute and NPWS. While the project objectives are primarily policy driven, the collection of data and scientific benefit will also be of immense benefit to the national and international research community.

The ROV robotic arms were also used to collect biological specimens for NUI Galway's SFI funded project ‘Exploiting and Conserving Deep Sea Genetic Resources’, and will also give new information on where sensitive species are found to help research at University of Plymouth’s Deep Sea Conservation Unit to predict where high value ecological areas might be identified offshore of Ireland and the wider North East Atlantic.

“The biological samples will help us understand the connectivity of different cold-water coral reef habitats, which will ultimately help with their future management,” said on-board senior scientist Dr Kerry Howell from Plymouth University.

This latest research mission comes less than two months after a team of university researchers and students on the RV Celtic Explorer explored cold water corals and sponges in the Whittard Canyon on the south-western edge of the continental shelf.

Published in Marine Science

#MarineNotice - Nexen Petroleum Ltd advises that it will conduct a 2D seismic survey in the Southern Porcupine Basin off the South West Coast of Ireland this week.

The survey will commence on Wednesday 12 July and will last approximately six operational days, depending on weather conditions. 

The aim of the proposed ‘Iolar’ geophysical survey is to accurately determine water depths, the nature of the seabed material and, locate and identify any seabed and sub-seabed features. 

The vessel involved will be the M/V Fugro Venturer (Callsign C6CG3).

Full details of the survey area are included in Marine Notice No 30 of 2017, a PDF of which is available to read or download HERE.

As reported earlier today on Afloat.ie, another seismic survey is scheduled to begin this week some 210nm off Bull Rock.

Providence Resources is also currently drilling an exploration well at its prospect in the Southern Porcupine Basin.

Published in News Update

#MarineNotice - Providence Resources advises it intends to drill an exploration well in the Southern Porcupine Basin.

Operations were scheduled to begin today (Monday 3 July) to drill the well at a depth of 2,250 metres some 220km off the South West Coast of Ireland.

Drilling is expected to take 60 days to complete, subject to weather and operational delays.

The dynamically positioned drill ship Stena IceMax (Callsign 2FMJ5) will carry out the drilling, supported by platform supply vessels Sjoborg (Callsign OZ-2075), Edda Frende (Callsign LCOB) and Skandi Flora (Callsign LEVX). The emergency rapid response vessel is Esvagt Don (Callsign MZWQ6).

There will be a safety exclusion zone of 500m radius from the drill ship. Regular safety messages will be broadcast on VHF Channel 16 by Esvagt Don throughout the project. Radio navigation warnings will also be issued several times daily by the Irish Coast Guard

All vessels, particularly those engaged in fishing, are requested to give the Stena IceMax and accompanying vessels a wide berth and keep a sharp lookout in the relevant areas.

Full details of the drilling area are included in Marine Notice No 28 of 2017, a PDF of which is available to read or download HERE.

Published in News Update

#MarineNotice - Geoscience company CGG’s 3D seismic survey in the Porcupine Basin extends from today (Saturday 20 May) for the next 50 days, weather dependent.

Joining the survey previously reported last month is the Geo Caspian (Callsign 3FCZ6), accompanied by the Bourbon Tern (Callsign 5BDQ4) and the Mariska G (Callsign HO7662).

Yellow tail buoys will be towed at the end of each streamer, around 8.7km (4.7nm) behind the Geo Caspian. Each tail buoy will have a light flashing Morse code ‘U’ with an interval of approximately seven seconds.

Regular safety messaged will be broadcast from the Geo Caspian and its support vessels on VHF Channel 16 throughout the project.

Full details of the survey area are included in Marine Notice No 20 of 2017, a PDF of which is available to read or download HERE.

Published in News Update

#MarineNotice - Geoscience company CGG is currently conducting a 3D seismic survey off the South West Coast of Ireland in the Porcupine Basin.

The three-month survey was scheduled to begin on Tuesday 11 April and will continue till Saturday 15 July. The vessels involved will be the Geo Coral (Callsign LACA8), Bourbon Tern (Callsign 5BDQ4), Marianne G (Callsign 3FTA9) and Stormbas 2 (Callsign V4EM2).

The Geo Coral is towing a multi-sensor streamer including 14 streamers with a 100m separation of an 8km length and a depth of 12 metres.

Yellow tail buoys will be towed at the end of each streamer, approximately 8.7km (4.7nm) behind the Geo Coral. Each tail buoy will have a light flashing Morse code 'U' with an interval of approximately 7 seconds.

There will be regular safety message broadcasting on VHF Channel 16 by the Geo Coral and accompanying vessels Marianne G and Stormbas 2 throughout the project. Seismic activity will be protected by support and chase vessels.

All vessels, particularly those engaged in fishing, are requested to give the Geo Coral and the towed equipment a wide berth and keep a sharp lookout in the relevant areas. In case of any doubt, call the Geo Coral on VHF Channel 16 and a safe course to follow will be given.

Full details of co-ordinates for the survey area are included in Marine Notice No 13 of 2017, a PDF of which is available to read or download HERE.

Published in News Update

#MarineNotice - CGG Services SA is scheduled to carry out an extensive multi-client 3D seismic survey in the Porcupine Basin off the southwest coast of Ireland.

The seismic survey, named Ireland 2016 MC3D MSS, is further sub-divided into two areas called Area A (in the western area) and Area B (in the southern area).

CGG will start the seismic survey in Area A. The duration of survey in this area will be 25 days. Following the completion of survey in Area A, CGG will start acquiring Area B. This is expected to start late July 2016.

Survey Area A will cover 1,012 sq km and is anticipated to commence in the third week of June 2016. The expected duration is approximately 30 days, subject to weather conditions. Survey Area B will cover 4,078 sq km and is anticipated to commence in the third week of July 2016. The expected duration is approximately 65 days, again subject to weather.

The survey vessel RV Oceanic Endeavour (Callsign 3EJQ7) is scheduled to carry out the work. The vessel will tow 14 separate 8,100m-long solid streamers, with a separation of 100m and at depth of 12m below the surface of the water.

Active radar transponders and flashing navigation lights will be on the outer streamer tail buoys. The seismic vessel and equipment will traverse along pre-determined lines NW-SE across the operations area at a speed of approximately 4.5 knots.

The seismic vessel will be accompanied by support vessel MV Bourbon Grebe (Callsign 5BAT4) and guard vessel MV Stormhav (Callsign V4VD2).

Fishery liaison officers (FLOs) will be on board the RV Oceanic Endeavour to ensure communications with fishermen are clear and timely. All vessels engaged on this survey will be listening on VHF Channel 16 at all times throughout the project.

All other vessels, particularly those engaged in fishing, are requested to give the RV Oceanic Endeavour and her towed equipment a wide berth and keep a sharp lookout in the relevant areas.

Full details of the survey area are included in Marine Notice No 28 of 2016, a PDF of which is available to read or download HERE.

Published in Marine Warning

#MarineNotice - Following its scheduled survey under Licensing Option 16/14 later this month, PGS Geophysical AS is scheduled to carry out a second 3D seismic survey, this time in the North Porcupine Basin, from mid-June.

The survey over Frontier Exploration Licenses (FELs) 3/14 and 5/14 has been named 'Bréanann' and will cover 2,400 sq km over some 40 days, subject to weather. The same survey and support vessels will carry out this second survey.

Full details including co-ordinates can be found in Marine Notice No 21 of 2016, a PDF of which is available to read or download HERE.

Published in Marine Warning

#MarineNotice - The latest Marine Notice from the Department of Transport, Tourism and Sport (DTTAS) advises that PGS Geophysical AS, on behalf of Woodside Energy (Ireland) Pty Ltd, is scheduled to carry out a 3D Seismic survey in the Porcupine Basin.

This survey, under Licensing Option 16/14 and named Granuaile, will cover 1,579 sq km and is anticipated to commence in the third week of May. The expected duration is around 35 days, subject to weather.

The survey vessel RV Ramform Vanguard (Callsign C6TU8) is scheduled to carry out the work. The vessel will tow 12 long solid streamers of 7,050m in length, with a separation of 120m and at depth of 20m below the surface of the water.

Active radar transponders and flashing navigation lights will be on the outer streamer tail buoys. The seismic vessel and equipment will traverse along pre-determined lines east-west across the operations area at a speed of approximately 4.5kts.

The seismic vessel will be accompanied by support vessel MV Thor Magni (Callsign C6BH9) and guard vessel MV Thor Chaser (Callsign J8B2384). Fishery liaison officers (FLOs) will be onboard the RV Ramform Vanguard to ensure communications with fishermen are clear and timely.

All vessels engaged on this survey will be listening on VHF Channel 16 at all times throughout the project. All other vessels, particularly those engaged in fishing, are requested to give the RV Ramform Vanguard and her towed equipment a wide berth and keep a sharp lookout in the relevant areas.

Full details of co-ordinates are included in Marine Notice No 20 of 2016, a PDF of which is available to read or download HERE.

Published in Marine Warning

#MarineNotice - The latest Marine Notice from the Department of Transport, Tourism and Sport (DDTTAS) advises that Polarcus DMCC is scheduled to carry out a 3D seismic survey in the Porcupine Basin, southwest coast of Ireland, in early September.

The survey will cover 633 sq km and is is expected to last for around 20 days, subject to weather.

The seismic vessel M/V Polarcus Amani (Call sign C6ZD3) is scheduled to carry out the work. The vessel will be towing 10 cables, each 8.1km long with 150m separation at depth of 14 metres, with a total array width of 1.35km.

A buoy equipped with a radar reflector and navigation strobe light will be deployed at the end of each cable.

The seismic vessel will be accompanied by support vessel M/V Bravo Sapphire (Call sign ZDJY8) and chase vessel M/V Nomad (Call sign EI5298). All work vessels will be listening on VHF Channels 16 and 67.

The seismic vessel in particular will be restricted in its ability to manoeuvre while carrying out the survey so all vessels, particularly those engaged in fishing, are requested to give the M/V Polarcus Amani, her towed equipment, the M/V Bravo Sapphire and the M/V Nomad a wide berth and keep a sharp lookout in the relevant areas.

Co-ordinates for the proposed seismic 3D survey are included in Marine Notice No 52 of 2014, a PDF of which is available to read or download HERE.

Published in Marine Warning
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Port of Cork Information

The Port of Cork is the key seaport in the south of Ireland and is one of only two Irish ports which service the requirements of all six shipping modes i.e., Lift-on Lift-off, Roll-on Roll-off, Liquid Bulk, Dry Bulk, Break Bulk and Cruise. Due to its favourable location on the south coast of Ireland and its modern deep-water facilities, the Port of Cork is ideally positioned for additional European trading as well as for yet unexploited direct deep-sea shipping services.

The Port of Cork is investing €80 million in a container terminal development in Ringaskiddy. The Cork Container Terminal will initially offer a 360-metre quay with 13-metre depth alongside and will enable larger ships to berth in the port. The development also includes the construction of a 13.5-hectare terminal and associated buildings as well as two ship to shore gantry cranes and container handling equipment.

The development of new container handling facilities at Ringaskiddy was identified in the Port of Cork’s Strategic Development Plan in 2010. It will accommodate current and future container shipping which can be serviced by modern and efficient cargo handling equipment with innovative terminal operating and vehicle booking systems. The Port of Cork anticipates that Cork Container Terminal will be operational in 2020.

The Port of Cork is the key seaport in the south of Ireland and is one of just two Irish ports which service the requirements of all shipping modes.

The Port of Cork also controls Bantry Bay Port Company and employs 150 people across all locations.

A European Designated Core Port and a Tier 1 Port of National Significance, Port of Cork’s reputation for quality service, including prompt and efficient vessel turnaround as well as the company’s investment in future growth, ensures its position as a vital link in the global supply chain.

The port has made impressive strides in recent decades, most recently with the construction of the new €80m Cork Container Terminal in Ringaskiddy which will facilitate the natural progression of the move from a river port to a deepwater port in order to future proof the Port
of Cork. This state-of-the-art terminal which will open in 2020 will be capable of berthing the largest container ships currently calling to Ireland.

The Port of Cork Company is a commercial semi-state company responsible for the commercial running of the harbour as well as responsibility for navigation and berthage in the port.  The Port is the main port serving the South of Ireland, County Cork and Cork City. 

Types of Shipping Using Port of Cork

The Port offers all six shipping modes from Lift-on Lift-off, Roll-on Roll-off, Liquid Bulk, Dry Bulk, Break Bulk and Cruise liner traffic.

Port of Cork Growth

The port has made impressive strides in recent decades. Since 2000, the Port of Cork has invested €72 million in improving Port infrastructure and facilities. Due to its favourable location and its modern deepwater facilities, the Port is ideally positioned for additional European trading as well as for yet unexploited direct deep-sea shipping services. A well-developed road infrastructure eases the flow of traffic from and to the port. The Port of Cork’s growing reputation for quality service, including prompt and efficient vessel turnaround, ensures its position as a vital link in the global supply chain. The Port of Cork Company turnover in 2018 amounted to €35.4 million, an increase of €3.9 million from €31.5 million in 2017. The combined traffic of both the Ports of Cork and Bantry increased to 10.66 million tonnes in 2018 up from 10.3 million tonnes in 2017.

History of Port of Cork

Famous at the last port of call of the Titanic, these medieval navigation and port facilities of the city and harbour were historically managed by the Cork Harbour Commissioners. Founded in 1814, the Cork Harbour Commissioners moved to the Custom House in 1904.  Following the implementation of the 1996 Harbours Act, by March 1997 all assets of the Commissioners were transferred to the Port of Cork Company.

Commercial Traffic at Port of Cork

Vessels up to 90,000 tonnes deadweight (DWT) are capable of coming through entrance to Cork Harbour. As the shipping channels get shallower the farther inland one travels, access becomes constricted, and only vessels up to 60,000 DWT can sail above Cobh. The Port of Cork provides pilotage and towage facilities for vessels entering Cork Harbour. All vessels accessing the quays in Cork City must be piloted and all vessels exceeding 130 metres in length must be piloted once they pass within 2.5 nautical miles (4.6 km) of the harbour entrance.

Berthing Facilities in Cork Harbour

The Port of Cork has berthing facilities at Cork City, Tivoli, Cobh and Ringaskiddy. The facilities in Cork City are primarily used for grain and oil transport. Tivoli provides container handling, facilities for oil, livestock and ore and a roll on-roll off (Ro-Ro) ramp. Prior to the opening of Ringaskiddy Ferry Port, car ferries sailed from here; now, the Ro-Ro ramp is used by companies importing cars into Ireland. In addition to the ferry terminal, Ringaskiddy has a deep water port.

Port of Cork Development Plans

2020 will be a significant year for the Port of Cork as it prepares to complete and open the €86 million Cork Container Terminal development in Ringaskiddy.

Once operational the new terminal will enable the port to handle up to 450,000 TEU per annum. Port of Cork already possess significant natural depth in Cork harbour, and the work in Ringaskiddy Port will enable the Port of Cork to accommodate vessels of 5500 to 6000 TEU, which will provide a great deal of additional potential for increasing container traffic.

It follows a previous plan hatched in 2006 as the port operated at full capacity the Port drew up plans for a new container facility at Ringaskiddy. This was the subject of major objections and after an Oral Planning Hearing was held in 2008 the Irish planning board Bord Pleanala rejected the plan due to inadequate rail and road links at the location.  

Further notable sustainability projects also include:

  • The Port of Cork have invested in 2 x STS cranes – Type single lift, Model P (148) L, (WS) Super. These cranes contain the most modern and energy-efficient control and monitoring systems currently available on the market and include an LED floodlight system equipped with software to facilitate remote diagnostics, a Crane Management System (CMS) and an energy chain supply on both cranes replacing the previous preferred festoon cabling installation.
  • The Port of Cork has installed High Mast Lighting Voltage Control Units at its two main cargo handling locations – Tivoli Industrial & Dock Estate and Ringaskiddy Deep-water & Ferry Terminals. This investment has led to more efficient energy use and reduced risk of light pollution. The lights can also be controlled remotely.
  • The Port of Cork’s largest electrical consumer at Tivoli Container Terminal is the handling and storage of refrigerated containers. Local data loggers were used to assess energy consumption. This provided timely intervention regarding Power Factor Correction Bank efficiency on our STS (Ship to Shore) Cranes and Substations, allowing for reduced mains demand and reducing wattless energy losses along with excess charges. The information gathered has helped us to design and build a reefer storage facility with energy management and remote monitoring included.

Bantry Port

In 2017 Bantry Bay Port Company completed a significant investment of €8.5 million in the Bantry Inner Harbour development. The development consisted of a leisure marina, widening of the town pier, dredging of the inner harbour and creation of a foreshore amenity space.

Port of Cork Cruise Liner Traffic

2019 was a record cruise season for the Port of Cork with 100 cruise liners visiting. In total over 243,000 passengers and crew visited the region with many passengers visiting Cork for the first time.

Also in 2019, the Port of Cork's Cruise line berth in Cobh was recognised as one of the best cruise destinations in the world, winning in the Top-Rated British Isles & Western Europe Cruise Destination category. 

There has been an increase in cruise ship visits to Cork Harbour in the early 21st century, with 53 such ships visiting the port in 2011, increasing to approximately 100 cruise ship visits by 2019.

These cruise ships berth at the Port of Cork's deepwater quay in Cobh, which is Ireland's only dedicated berth for cruise ships.

Passenger Ferries

Operating since the late 1970s, Brittany Ferries runs a ferry service to Roscoff in France. This operates between April and November from the Ro-Ro facilities at Ringaskiddy. Previous ferry services ran to Swansea in Wales and Santander in Spain. The former, the Swansea Cork ferry, ran initially between 1987 and 2006 and also briefly between 2010 and 2012.

The latter, a Brittany Ferries Cork–Santander service, started in 2018 but was cancelled in early 2020.

Marine Leisure

The Port of Cork has a strategy that aims to promote the harbour also as a leisure amenity. Cork’s superb natural harbour is a great place to enjoy all types of marine leisure pursuits. With lots of sailing and rowing clubs dotted throughout the harbour, excellent fishing and picturesque harbour-side paths for walking, running or cycling, there is something for everyone to enjoy in and around Cork harbour. The Port is actively involved with the promotion of Cork Harbour's annual Festival. The oldest sailing club in the world, founded in 1720, is the Royal Cork Yacht Club is located at Crosshaven in the harbour, proof positive, says the Port, that the people of Cork, and its visitors, have been enjoying this vast natural leisure resource for centuries. 

Port of Cork Executives

  • Chairman: John Mullins
  • Chief Executive: Brendan Keating
  • Secretary/Chief Finance Officer: Donal Crowley
  • Harbour Master and Chief Operations Officer: Capt. Paul O'Regan
  • Port Engineering Manager: Henry Kingston
  • Chief Commercial Officer: Conor Mowlds
  • Head of Human Resources: Peter O'Shaughnessy