Crew 2 Crew with services to meet the modern needs of crew members and their industries. A Martime Blog for all you Seafarers out there. To view the whole site go to www.crew2crew.com
Wednesday, 31 March 2010
Scottish marine strategy goes step further as report is unveiled
Monday, 29 March 2010 13:03
THE first stage report of a “masterplan” for the use of the Pentland Firth and Orkney waters was published today. The Scottish Government said the report will provide a marine spatial plan framework and draft regional locational guidance for wave and tidal energy development. The final Marine Spatial Plan for the Pentland Firth and Orkney waters will highlight how the area's huge potential in marine energy can be used, managed and protected to balance other commercial interests and environmental challenges.
Earlier this month plans to generate 1.2 gigawatts of marine energy in the area were announced following the world's first commercial wave and tidal leasing round. Environment Secretary Richard Lochhead said:, "The Pentland Firth is an incredible resource with huge marine energy potential that is key to developing a Scottish wave and tidal energy industry. There are already billions of pounds of investment lined up to harness the power of the sea.
"A marine spatial plan will enable us to balance development in a sustainable manner, taking account of the interests of other marine sectors and users. When finalised, the Plan will be a planning tool for developers, regulators and users of the marine environment, setting out opportunities for our main marine energy resource area and ensuring conflicts with other users of the sea are avoided. "This will help us reach balanced decisions on the locational opportunities for new development, while respecting other activities such as fishing and shipping and the environment."
Johanna Yates, Scottish Renewables Marine Policy Manager said:
"It's all systems go for marine renewables and there's a lot of excitement in the industry following the recent leasing round announcements. The Marine Spatial Plan will give shape to how the industry can develop within the leasing areas. It is an important tool for providing certainty to developers which, in turn, we hope will promote investment in the industry.
"We are looking forward to seeing the detail of this first stage plan and engaging with Marine Scotland through the next stages." The Marine Act sets out powers to carry out marine spatial planning across Scotland. The focus for the first stage of the Marine Spatial Plan (MSP) is to identify the extent that different sectors use this geographic area, examine their interactions, and to set out priorities for the next stages of development of the MSP. The final MSP will be published next year. The Scottish Government commissioned AECOM and Metoc to produce the first stage report.
On March 16, 2009 the Crown Estate announced that agreements have been signed to develop six wave and four tidal schemes in the Pentland Firth and Orkney Waters.
Scotland's Marine Act received Royal Assent on March 10.
More here
Tuesday, 30 March 2010
Sensors turn skin into gadget control pad
Mark Ward
Technology correspondent, BBC News
The sensors can spot many different locations on the arm Tapping your forearm or hand with a finger could soon be the way you interact with gadgets. US researchers have found a way to work out where the tap touches and use that to control phones and music players. Coupled with a tiny projector the system can use the skin as a surface on which to display menu choices, a number pad or a screen. Early work suggests the system, called Skinput, can be learned with about 20 minutes of training. "The human body is the ultimate input device," Chris Harrison, Skinput's creator, told BBC News.
Sound solution
He came up with the skin-based input system to overcome the problems of interacting with the gadgets we increasingly tote around. Gadgets cannot shrink much further, said Mr Harrison, and their miniaturisation was being held back by the way people are forced to interact with them. The size of human fingers dictates, to a great degree, how small portable devices can get. "We are becoming the bottleneck," said Mr Harrison. A finished device would be far smaller than the bulky prototype o get around this Mr Harrison, a PhD student in computer science at Carnegie Mellon and colleagues Desney Tan and Dan Morris from Microsoft Research, use sensors on the arm to listen for input.
A tap with a finger on the skin scatters useful acoustic signals throughout the arm, he said. Some waves travel along the skin surface and others propagate through the body. Even better, he said, the physiology of the arm makes it straightforward to work out where the skin was touched. Differences in bone density, arm mass as well as the "filtering" effects that occur when sound waves travel through soft tissue and joints make many of the locations on the arm distinct. Software coupled with the sensors can be taught which sound means which location. Different functions, start, stop, louder, softer, can be bound to different locations. The system can even be used to pick up very subtle movements such as a pinch or muscle twitch.
"The wonderful thing about the human body is that we are familiar with it," said Mr Harrison. "Proprioception means that even if I spin you around in circles and tell you to touch your fingertips behind your back, you'll be able to do it." "That gives people a lot more accuracy then we have ever had with a mouse," he said. Early trials show that after a short amount of training the sensor/software system can pick up a five-location system with accuracy in excess of 95%. Accuracy does drop when 10 or more locations are used, said Mr Harrison, but having 10 means being able to dial numbers and use the text prediction system that comes as standard on many mobile phones.
The prototype developed by the research team sees the sensors enclosed in a bulky cuff. However, said Mr Harrison, it would be easy to scale them down and put them in a gadget little bigger than a wrist watch. Mr Harrison said he envisages the device being used in three distinct ways. The sensors could be coupled with Bluetooth to control a gadget, such as a mobile phone, in a pocket. It could be used to control a music player strapped to the upper arm.
Finally, he said, the sensors could work with a pico-projector that uses the forearm or hand as a display surface. This could show buttons, a hierarchical menu, a number pad or a small screen. Skinput can even be used to play games such as Tetris by tapping on fingers to rotate blocks. Mr Harrison would not be drawn on how long it might take Skinput to get from the lab to a commercial product. "But," he said, "in the future your hand could be your iPhone and your handset could be watch-sized on your wrist."
BBC News
Technology correspondent, BBC News
The sensors can spot many different locations on the arm Tapping your forearm or hand with a finger could soon be the way you interact with gadgets. US researchers have found a way to work out where the tap touches and use that to control phones and music players. Coupled with a tiny projector the system can use the skin as a surface on which to display menu choices, a number pad or a screen. Early work suggests the system, called Skinput, can be learned with about 20 minutes of training. "The human body is the ultimate input device," Chris Harrison, Skinput's creator, told BBC News.
Sound solution
He came up with the skin-based input system to overcome the problems of interacting with the gadgets we increasingly tote around. Gadgets cannot shrink much further, said Mr Harrison, and their miniaturisation was being held back by the way people are forced to interact with them. The size of human fingers dictates, to a great degree, how small portable devices can get. "We are becoming the bottleneck," said Mr Harrison. A finished device would be far smaller than the bulky prototype o get around this Mr Harrison, a PhD student in computer science at Carnegie Mellon and colleagues Desney Tan and Dan Morris from Microsoft Research, use sensors on the arm to listen for input.
A tap with a finger on the skin scatters useful acoustic signals throughout the arm, he said. Some waves travel along the skin surface and others propagate through the body. Even better, he said, the physiology of the arm makes it straightforward to work out where the skin was touched. Differences in bone density, arm mass as well as the "filtering" effects that occur when sound waves travel through soft tissue and joints make many of the locations on the arm distinct. Software coupled with the sensors can be taught which sound means which location. Different functions, start, stop, louder, softer, can be bound to different locations. The system can even be used to pick up very subtle movements such as a pinch or muscle twitch.
"The wonderful thing about the human body is that we are familiar with it," said Mr Harrison. "Proprioception means that even if I spin you around in circles and tell you to touch your fingertips behind your back, you'll be able to do it." "That gives people a lot more accuracy then we have ever had with a mouse," he said. Early trials show that after a short amount of training the sensor/software system can pick up a five-location system with accuracy in excess of 95%. Accuracy does drop when 10 or more locations are used, said Mr Harrison, but having 10 means being able to dial numbers and use the text prediction system that comes as standard on many mobile phones.
The prototype developed by the research team sees the sensors enclosed in a bulky cuff. However, said Mr Harrison, it would be easy to scale them down and put them in a gadget little bigger than a wrist watch. Mr Harrison said he envisages the device being used in three distinct ways. The sensors could be coupled with Bluetooth to control a gadget, such as a mobile phone, in a pocket. It could be used to control a music player strapped to the upper arm.
Finally, he said, the sensors could work with a pico-projector that uses the forearm or hand as a display surface. This could show buttons, a hierarchical menu, a number pad or a small screen. Skinput can even be used to play games such as Tetris by tapping on fingers to rotate blocks. Mr Harrison would not be drawn on how long it might take Skinput to get from the lab to a commercial product. "But," he said, "in the future your hand could be your iPhone and your handset could be watch-sized on your wrist."
BBC News
Female seafarers adopt the high risk lifestyle of male seafarers.
I found this great article today & wanted to share it with you.
An interesting conclusion ref adopting the highrisk lifestyle to fit in?
What are your thoughts?
Female seafarers adopt the high risk lifestyle of male seafarers.
H L Hansen, J Jensen
+ Author Affiliations
Institute of Maritime Medicine, Esbjerg, Denmark.
Abstract
OBJECTIVE: To study the mortality of women in an occupation known to have a high mortality among men. METHODS: A total of 6788 female seafarers of all job categories who had been employed on Danish merchant ships, passenger ships, and privately owned ferries between 1986 and 1993, were followed up until the end of 1993. RESULTS: Standardised mortality ratio (SMR) was 1.20 (95% confidence interval (95% CI) 0.89 to 1.58) for all causes of death and job categories together. For women in traditionally male jobs, SMR was 2.82 (1.41-5.05), whereas galley and catering staff had SMRs close to the
general female population. The high mortality among women in traditional male jobs could be explained by a high risk of fatal accidents including occupational accidents.
In the whole cohort, there were fewer deaths from natural causes than expected but an excess risk of death due to lung cancer, heart diseases, and non-natural deaths. CONCLUSION: The increased mortality could primarily be explained by an excess risk of fatal accidents and suicide. Especially, female seafarers entering traditional male jobs had a high risk of fatal accidents, not only at sea but also ashore. An excess risk of dying of lung cancer and heart diseases probably reflects a high tobacco consumption. Female seafarers are probably influenced by their occupation towards hazardous behaviour and a high risk lifestyle but people with a high risk lifestyle may also be attracted by or forced into high risk jobs such as traditional male jobs at sea.
website
Shortage of Female Seafarers
The world wide shortage of trained officers has received considerable media attention. However, there is particular gap in the numbers of female seafarers in the profession. To date, women account for only an incredibly small proportion of qualified roles, for example, the UK officers’ union NUMAST reported that women accounted for just 1.4 percent of its total membership
of over 19,500.
An IMO report states women account for one or two percent of the 1.25 million seafarers in the world. As such, women represent an untapped resource for crewing the world fleet and addressing the current labour shortage. The IMO noted that women are an ‘under-utilised and underdeveloped resource which could provide part of the solution to the problem of crewing the future world
merchant fleets'.
Q) What can be done to attract more females into the male dominated seafaring profession? Are you a female seafarer and feel more could be done to welcome women to the profession? Share your experiences and thoughts here!
Read the full SIRC report here entitled "‘GET YOURSELF A PROPER JOB GIRLIE!’:
RECRUITMENT,RETENTION AND WOMEN SEAFARERS"
Clyde Marie Jobs Blog
Clyde Marine jobs blog has quite a few postions advertised and is one to keep an eye on. Opportunities at Sea on the South Coast March 16, 2010 11:16 Natalie Kriek, who manages Deck Officer vacancies in our Southampton office is looking for someone living around Portsmouth with extensiveTug Master experience for a 6 months plus contract to work from 7.00am to 15.30 each day Monday to Friday. This is a great opportunity for a candidate wishing to spend more time at home with the family. She also needs a Third Officer and a Chief Officer from 1st of March tothe 25th April for a research vessel. This trip includes a refit and trail period which could be quite an interesting trip for the right candidate. Kate Southwell who recruits Engineers from our Southampton office is looking for Cruise Ship Engineers to work onboard Thomson Cruise Ships.The next urgent requirement is for two Third Engineers and one AC-Reefer Engineer to start in the second half of March. We are looking to arrange an interview day here at our office in the next upcoming weeks. So if anyone is interested in applying for these vacancies onboardThomson Cruises please get in touch with Kate at our Southampton office on 02380 223546 02380 223546 or email ksouthwell@clydemarine.com Jobs at Clyde Marine | |
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Monday, 29 March 2010
Paris and Tokyo MOUs Call Lifeboat Safety Too Lax
Thursday, February 25th, 2010
Joint Paris and Tokyo MOU study raises concerns on lifeboat arrangements and launchings
Between the September 1st and November 30th, 2009 a “Concentrated Inspection Campaign” (CIC) on lifeboat launching arrangements was conducted by the Paris and Tokyo MOUs.
The Paris MOU (27 members) carried out 5,749 Port State Control (PSC) inspections while the Tokyo MOU (18 members) carried out 6,128 PSC inspections, which included 4,834 CIC inspections.
The Paris MOU inspections keyed into vital points of SOLAS Chapter III, ISM and the LSA Code requirements. Preliminary results showed one out of every five inspections had CIC-related deficiencies. During the 3 month period, 246 ships were detained with 30 percent being CIC related. This translated into 80 cases of lifeboat launchings appliances with serious deficiencies, which were bad enough to detain the vessels.
During the Paris MOU inspection campaign 2,136 CIC-related deficiencies were found and one out of every six launching drills was done improperly. Of the total 67 flags inspected, 32 flags had one or more CIC related detentions.
The Paris MOU flags subject to 10 or more inspections with the highest related detentions were:
1) Switzerland with 12 inspections and 2 detentions (17%)
2) Sierra Leone with 47 inspections and 5 detentions (11%)
3) Togo with 10 inspections and 1 detention (10%)
4) Cambodia with 62 inspections and 6 detentions (10%)
Most CIC inspections took place on general dry cargo ships (38%), followed by Ro-Ro ships (15%) and bulkers (13%) Bulkers had the highest detentions (3%) followed by dry cargo ships (2%) and refrigerated cargo ships (1.2%)
Tokyo’s MOU inspections indicated that 18.2 percent of the 6,128 inspections had CIC-related deficiencies and during the three month inspection period a total of 324 ships were detained with 123 having lifeboat launching appliance CIC deficiencies.
Moreover, the Tokyo MOU found that 12 percent of the conducted drills were not performed satisfactory, which indicated a high level of inadequate training. Additionally, procedures or instructions and identification of hazards associated with launching and recovery of lifeboats were found unsatisfactory on 15 percent of vessels inspected. Of the 80 flags subjected to CIC inspections, a total of 30 flags had one or more CIC related detentions.
Of the flags subject to 10 or more CIC inspections,
1) India with 15 inspections and 3 detentions (20%),
2) Kiribati with 31 inspections and 4 detentions (12.9%),
And another 8 flags subject to 10 or more CIC inspections recorded a detention rate
between 5% and 9%.
Most CIC inspections took place on bulk carriers (29%), followed by general
cargo/multi-purpose ships (27%) and container ships (16%). On vessel types subject
to 10 or more inspections, Ro-Ro passenger ships have the highest detention rate
(12.5%, 16 inspections) followed by passenger ships (8.8%, 34 inspections), bulk
carriers (3.2%, 1421 inspections), gas carriers (2.9%, 105 inspections), and general
dry cargo/multi-purpose ships (2.7%, 1303 inspections).
More here.
MCA appoints new chief
Friday, 26 March 2010 11:49
SIR Alan Massey has been appointed as the new chief executive of the Maritime and Coastguard Agency. He will succeed Peter Cardy, who leaves his post in April.
Sir Alan's, whose appointment follows an open competition, joins the agency following a long naval career, spending the last two years as the Second Sea Lord and Commander-in-Chief of the Naval Home Command. He brings with him extensive leadership experience and knowledge of the maritime sector.
Commenting on his appointment, Sir Alan said: “I am joining an organisation with a proud tradition and a hard-won reputation for excellence. I look forward very much to working with agency staff, the volunteers in the Coastguard Rescue Service and the many organisations with a maritime interest.”
Wednesday, 24 March 2010
Pirate Dies in Attempted Hijacking – EU NAVFOR Detains Pirate Action Group
As previously reported, the Panamanian-flagged cargo ship, MV ALMEZAAN, en route to Mogadishu, was under attack from pirates. An armed private vessel protection detachment on board the ship returned fire, successfully repelling the first attack, but the pirates continued to pursue. A second attack was repelled and the pirates fled the area.
The EU NAVFOR frigate ESPS NAVARRA, from the Spanish Navy, was dispatched by the Force Commander, Rear Admiral Giovanni Gumiero of the Italian Navy, and raced to the scene of the incident. She launched her helicopter, quickly locating the ALMEZAAN and the pirates’ boats, known as skiffs. When the suspects failed to heed the helicopter’s instructions to stop, warning shots were fired by the aircraft, after which a team from NAVARRA boarded a skiff.
There were three boats, comprising one mother ship and two pirate skiffs. In the first skiff they found three suspected pirates and, in the second, three suspects and a fourth individual, who had died. The body has been transferred to NAVARRA, and an investigation indicated that the individual had died from small calibre gunshot wounds. The mother ship has now been destroyed and the remaining six suspects have been taken onboard the NAVARRA.
Earlier this week the Spanish ship provided assistance to the crew of an Iranian dhow who had been attacked and robbed by pirates. An EU NAVFOR boarding party provided water, food and fuel to enable the crew to return home safely.
EU NAVFOR Somalia – Operation ATALANTA’s main tasks are to escort merchant vessels carrying humanitarian aid of the ‘World Food Program’ (WFP) and vessels of AMISOM, and to protect vulnerable ships in the Gulf of Aden and Indian Ocean and to deter and disrupt piracy. EU NAVFOR also monitors fishing activity off the coast of Somalia.
link
Improving the awareness of the human element in the maritime industry
Is a Nautical Institute project, sponsored by Lloyd’s Register Educational Trust, to improve the awareness of the human element in the maritime industry. The purpose of the forum is to establish a common database for, and to promote debate on, all maritime related human element research, focussing attention on areas of weakness that may lead to new research projects while offering a vehicle for distributing and applying the results.
The documents start from 2003 & continue to be released. The lastest one was released in Jan of 2010.
Here at Crew2crew we will be sharing these with you.
About The Nautical Institute
The Nautical Institute is the world's leading international professional body for qualified mariners. Through
its Constitution, the Council of the Nautical Institute is directed to 'provide the strongest possible professional
focus, dedicated to improving standards of those in control of seagoing craft, while maintaining the Institute as
an international centre of nautical excellence.'
Founded in 1972, it is a thriving international professional body for qualified mariners, with 40 branches world-wide and some 7,000 members in over 110 countries.
About The Lloyd's Register Educational Trust
DESCRIPTION (NOTE FOR EDITORS) The Lloyd’s Register Educational Trust , (LRET) is an independent charity that was established in 2004. Its principal purpose is to support advances in transportation, science, engineering and technology education, training and research
worldwide for the benefit of all. It also funds work that enhances the safety of life and property at sea, on land
and in the air. The LRET focuses on four categories:
Pre-university education: through appropriate organisations, promotes careers in science, engineering and technology to young people, their parents and teachers.
University education: through universities and colleges, provides undergraduate and post-graduate scholarships and awards at first degree/masters levels to students of exceptional ability.
Vocational training and professional development: supports professional institutions, educational and training
establishments working with people of all ages.
Research: funds existing or new centres of excellence at institutes and universities.
Contact: Lloyd’s Register Educational Trust
Registered Charity No. 1111853
71 Fenchurch Street, London EC3M 4BS, UK
Tel:
Email: lret@lr.org
The project seeks to represent the views of all sectors of the maritime industry, ie from mariners,engineers, naval architects, port operators, regulators, insurers etc.
Tuesday, 23 March 2010
HCMC welcomes over 3,000 cruise ship passengers
Foreign visitors arrive in Ho Chi Minh City on a five-star international cruise ship on March 22. The Saigontourist Travel Company received 3,250foreign visitors from two five-star international cruise ships – the Costa Classica and the Costa Allegra – to Ho Chi Minh City on March 22-23.
The tourists, mostly from Italy, Spain, the UK, and Germany, are part of Saigontourist tour that will take them to the Mekong Delta city of MyTho and other localities in the central region including Da Nang, Hoi An, My Son and Hue. In HCMC, the visitors will be taken on a city tour, whichincludes shopping in Ben Thanh Market and visits to workshops that produce rice pancakes and lacquer ware. The city also plans to welcome another
luxury cruise ship, the Europa, on March 29.
link
Monday, 22 March 2010
Merchant Navy Welfare Board
Fishing and associated records
This is a page from the Hull Council Website, it gives great detail on Hull Fishing, please let me know if it was of any use to you.
==================
Hull has a rich fishing and maritime history and many seamen have passed through the port of Hull. Fishermen and whalers have been operating out of Hull since the 16th century and over the years communities and institutions have developed in Hull to aid and assist sailors and their families.
This information illustrates what records relating to the fishing industry can be found in the archives, including records of welfare organisations set up to help the families of sailors and indicates where records relating to seamen can be found.
Should you wish to view any of the records held at the archives service, please ensure you make an appointment with us before visiting because some of our material is stored off site and space in the search room is limited. We are open Tuesday to Thursday 9.30am - 4.45pm.
Friday, 19 March 2010
Some more informaion on the AIS SART.
JOTRON
Tron AIS-SART - Approved by BSH
GMDSS SEARCH AND RESCUE TRANSMITTER
• Adopted by IMO RES MSC. 256 (84) as an alternative to 9GHz SART
Proved performance:
• Up to 10 nm from a SOLAS ship with AIS class A transponder
• Up to 40 nm from a SAR helicopter (altitude 1000 ft)
• Up to 130 nm from a SAR aircraft (altitude 20000 ft)
• Unique AIS technology contribute to a more effective and less time
consuming SAR operation, due to superior position accuracy
• The AIS-SART is detected on both AIS Class A and B and AIS Receivers
• Small and compact
• Jotron Tron AIS-SART use the same acessories as the Tron SART20 Bulkhead
bracket, pole, life-boat bracket and neoprene protection bag)
Will be shown on ECDIS or Chart plotters as a RED Circle with a cross inside.
Tron AIS-SART - Approved by BSH
GMDSS SEARCH AND RESCUE TRANSMITTER
• Adopted by IMO RES MSC. 256 (84) as an alternative to 9GHz SART
Proved performance:
• Up to 10 nm from a SOLAS ship with AIS class A transponder
• Up to 40 nm from a SAR helicopter (altitude 1000 ft)
• Up to 130 nm from a SAR aircraft (altitude 20000 ft)
• Unique AIS technology contribute to a more effective and less time
consuming SAR operation, due to superior position accuracy
• The AIS-SART is detected on both AIS Class A and B and AIS Receivers
• Small and compact
• Jotron Tron AIS-SART use the same acessories as the Tron SART20 Bulkhead
bracket, pole, life-boat bracket and neoprene protection bag)
Will be shown on ECDIS or Chart plotters as a RED Circle with a cross inside.
AIS SART – New Technology And The Sharing Critical Information
AIS has been a revolutionary product and, regardless of your opinion on its use, has changed the way mates handle heavy traffic situations. Jotron, makers of various SOLAS compliant marine safety electronics, is looking to bring this revolution to Search And Rescue operations with the introduction of an AIS enabled Search And Rescue Transponder (SART).
The device will work similar to traditional SARTs but, rather than show the position of a lifeboat on your 3cm radar, will transmit the exact GPS coordinates to all AIS enabled devices within VHF range.
Collision at Port of Constanta
This weeks incident photos and video is of the M/V CMA CGM Debussy pinning the tug Vadeni. The incident occurred on March 8th at the Port of Constanta, Romania. Cargo Law has some of the details:
73,157-gt French container M/V CMA CGM Debussy (IMO 9235907) struck the stern of Turkish cargo M/V Haci Fatma Sari (IMO 7600079) while maneuvering in the port of Constanta, Romania, and nearly sucked under the harbor tug Vadeni (IMO 7623423) which was caught between the vessels, causing considerable damage, on Mar. 8.
Thursday, 18 March 2010
Cornwall singers win deal to make album of sea shanties
A group of sailors from a Cornish fishing village are to release an album of sea shanties after catching the ear of a holidaying music mogul. The Fisherman's Friends, from Port Isaac, netted a deal with Universal after being spotted singing in a pub. The 10 men, who are or were fishermen, coastguards or lifeboat men, have sung together for more than 15 years. As well as releasing an album next month, they are also due to perform at Glastonbury Festival in the summer. Sea shanties were originally sung by the crews of ships while they worked on deck. The Fisherman's Friends have already released two a cappella CDs themselves and their new album has been recorded in a 15th-century church in St Kew, Cornwall.
"We just all got together with the intention of learning all the words instead of just knowing the first verse and the last verse and making up the bit in the middle." Mr Brown, who sings baritone and who has two brothers in the group, said that most of the band had grown up together and the only person who had not lived there as a youngster had been in the village for about 25 years - so was regarded as almost one of them. "We get together each Friday night on this area of concrete by the harbour which is a lovely setting - unless it is raining and blowing and then we just retire to the pub," he added. In 2006 an album of sea shanties was released featuring performances by a host of international singers, including Bono, Nick Cave and Jarvis Cocker. |
Tuesday, 16 March 2010
WMU Project on Search and Rescue related to Passenger Ships makes Final Report to COMSAR
15 Mar 2010
Associate Professor Jens-Uwe Schröder attended the 14th session of IMO’s Sub-Committee on Radiocommunications and Search and Rescue (COMSAR), held in London from 8 to 12 March, to present the final report of the WMU-led 5-year project on Search and Rescue research related to passenger ships.
The project started as an initiative from IMO’s Maritime Safety Committee resulting form a discussion on safety issues on passenger ships, and its initial objective was to collect information about SAR research related to passenger ships undertaken by IMO member states. Over its lifespan, the project grew to include three SAR workshops and the development of a database, with input leading the project to include an examination of the problems of countries still trying to build up efficient SAR services, and issues of concern in polar waters.
The SAR information platform now contains more than 200 SAR-related documents, and has attracted a community of readers; it will be kept online and up to date, and is continuing to receive contributions from across the world.
“At the beginning, the very limited amount of SAR research related to passenger ships was a difficulty for the project,” said Jens-Uwe Schröder. “There are many more research activities carried out regarding design issues than active research related to SAR and passenger ships. In the early stages, it also needed a great deal of perseverance to get input from sources and circles outside IMO.”
However, the project moved ahead successfully despite obstacles. The report was highlighted by the Secretary General in his opening address as an issue deserving careful consideration by COMSAR, and the warm reception given to the project and its results by representatives from governments as diverse as those of the Bahamas, Sweden and the United Kingdom as well as observers from the cruise line industry (CLIA) and the SAR services (IMRF). All five report recommendations of the final report were endorsed by COMSAR. The information platform will now have a more general focus on SAR developments globally, and delegates expressed their willingness to support the project and to submit statistics and information to WMU.
SAR is clearly perceived as an issue of importance across the maritime community, and WMU has been asked to make further progress reports to COMSAR on the growth and development of the information platform.
Website
Monday, 15 March 2010
Woman Is the Youngest to Cross an Ocean Alone
atie Spotz completed her mission Sunday, becoming the youngest person to row an entire ocean solo, and the first American to row a boat without help from mainland to mainland. After 70 days 5 hours 22 minutes in the Atlantic, Spotz, 22, arrived Sunday in Georgetown, Guyana, in South America. “You’re in a situation that you can’t escape, so you really have to dig deep,” said Spotz, who left Jan. 3 from Dakar, Senegal, on the west coast of Africa.
Her 2,817-mile journey raised more than $70,000 for the Blue Planet Run Foundation, which finances drinking water projects around the world.
The trip could have ended eight days ago. But as Spotz approached Cayenne, French Guiana, the wind and currents grew so strong that she would have needed a tow for the last few miles, said Sam Williams, who rowed the Atlantic in 2008 and communicated with Spotz via satellite phone during the trip
Determined to make the entire crossing under her own power, Spotz kept rowing to Georgetown, 400 miles to the northeast, where currents are milder.
“I’m just impressed by the way she’s got on and done it,” Williams said. “She’s had such little drama. Most people would be scared out of their minds.”
Spotz had packed enough food to last 110 days: half a million calories’ worth of mostly freeze-dried meals, granola and dried fruit. Her crossing took much less time because she had help from the trade currents, and was fortunate not to face any major weather or technical problems.
Her 19-foot yellow wooden rowboat was broadsided by 20-foot waves as she approached South America. It was a frightening ride, even though the boat was built to withstand hurricanes and 50-foot waves, said Phil Morrison, the British yacht builder who designed it.
Spotz said in a telephone interview after the trip, “I was worried the boat might capsize.”
Early in the trip, Spotz broke the cable that allowed her to steer with her foot as she rowed, forcing her to use a cumbersome hand steering system. A day before landfall, Spotz smelled smoke. Her GPS tracker, which she used to update her position on her blog, was on fire. Spotz extinguished it. Her GPS device for navigation was not affected.
Most important, the boat’s solar panels, batteries, water desalination machine and the iPod she used to play audio books on Zen meditation remained functional.
Her equipment was a vast improvement over that of the first ocean rowers, the Norwegian immigrants George Harbo and Gabriel Samuelson, who traveled from New York to France in 1896 in an open boat.
“I wouldn’t go on a trip like this without all the safety gear and technology I had,” Spotz said.
Even so, the voyage remained a grueling test of endurance. Spotz developed painful calluses and rashes from rowing 8 to 10 hours a day.
Spotz could have cooled herself at night by opening the two hatches of her watertight sleeping cabin, but doing so would have made her vulnerable to large waves. So she kept both hatches closed.
As she slept, her boat bobbed erratically in the waves. To keep from being thrown around the cabin, Spotz used clothes and gear to wedge herself on a thin foam mattress. The padding helped, but not much.
“Sleeping was a real problem,” Spotz said. “It took a toll to put out that much physical effort on very little rest.”
Spotz grew up in Mentor, Ohio, a suburb of Cleveland. Her career as an endurance athlete began when she ran her first marathon at age 18. Later she cycled across the United States and became the first person to swim the length of the Allegheny River.
Before leaving for Senegal, her biggest boating experience consisted of a 40-mile practice row on Lake Erie that ended with her boat being pinned against a cliff by wind and waves. The boat was nearly destroyed. Many people asked Spotz how she could row across the Atlantic if she could not even row on Lake Erie.
The answer, she said, is that the biggest danger in ocean rowing besides hurricanes is coming too close to shore, where the current can overwhelm the rower and push the boat into the rocks.
“The last day of the trip is always the most dangerous,” Williams said.
Landing safely is a major accomplishment in the sport of ocean rowing. In the last decade, 110 rowboats have successfully crossed an ocean, according to the Ocean Rowing Society. Nearly as many rowboat crews, 102, tried and failed. One American, Nenad Belic, attempted to row solo across the Atlantic in 2001. He was lost at sea.
It took Spotz two years to plan the trip and to raise $100,000 to pay for it. Spotz’s parents tried to persuade her not to try such a dangerous adventure.
“Are you nuts?” Dan Spotz, her father, said when she told him about her plan. “When she rode a bike across the entire country, she didn’t have to worry about sharks or pirates.”
Spotz did see sharks. She was splashed by dolphins as big as her boat. Fish leapt and slapped her in the face, and exhausted birds nestled beside her as she rowed.
Rather than thinking about how far she had traveled or how many miles she had left, she tried to notice her surroundings.
“For this journey I really couldn’t think that far in advance because otherwise it would be overwhelming,” Spotz said. “It allowed me to focus on what was happening in that moment.”
Her 2,817-mile journey raised more than $70,000 for the Blue Planet Run Foundation, which finances drinking water projects around the world.
The trip could have ended eight days ago. But as Spotz approached Cayenne, French Guiana, the wind and currents grew so strong that she would have needed a tow for the last few miles, said Sam Williams, who rowed the Atlantic in 2008 and communicated with Spotz via satellite phone during the trip
Determined to make the entire crossing under her own power, Spotz kept rowing to Georgetown, 400 miles to the northeast, where currents are milder.
“I’m just impressed by the way she’s got on and done it,” Williams said. “She’s had such little drama. Most people would be scared out of their minds.”
Spotz had packed enough food to last 110 days: half a million calories’ worth of mostly freeze-dried meals, granola and dried fruit. Her crossing took much less time because she had help from the trade currents, and was fortunate not to face any major weather or technical problems.
Her 19-foot yellow wooden rowboat was broadsided by 20-foot waves as she approached South America. It was a frightening ride, even though the boat was built to withstand hurricanes and 50-foot waves, said Phil Morrison, the British yacht builder who designed it.
Spotz said in a telephone interview after the trip, “I was worried the boat might capsize.”
Early in the trip, Spotz broke the cable that allowed her to steer with her foot as she rowed, forcing her to use a cumbersome hand steering system. A day before landfall, Spotz smelled smoke. Her GPS tracker, which she used to update her position on her blog, was on fire. Spotz extinguished it. Her GPS device for navigation was not affected.
Most important, the boat’s solar panels, batteries, water desalination machine and the iPod she used to play audio books on Zen meditation remained functional.
Her equipment was a vast improvement over that of the first ocean rowers, the Norwegian immigrants George Harbo and Gabriel Samuelson, who traveled from New York to France in 1896 in an open boat.
“I wouldn’t go on a trip like this without all the safety gear and technology I had,” Spotz said.
Even so, the voyage remained a grueling test of endurance. Spotz developed painful calluses and rashes from rowing 8 to 10 hours a day.
Spotz could have cooled herself at night by opening the two hatches of her watertight sleeping cabin, but doing so would have made her vulnerable to large waves. So she kept both hatches closed.
As she slept, her boat bobbed erratically in the waves. To keep from being thrown around the cabin, Spotz used clothes and gear to wedge herself on a thin foam mattress. The padding helped, but not much.
“Sleeping was a real problem,” Spotz said. “It took a toll to put out that much physical effort on very little rest.”
Spotz grew up in Mentor, Ohio, a suburb of Cleveland. Her career as an endurance athlete began when she ran her first marathon at age 18. Later she cycled across the United States and became the first person to swim the length of the Allegheny River.
Before leaving for Senegal, her biggest boating experience consisted of a 40-mile practice row on Lake Erie that ended with her boat being pinned against a cliff by wind and waves. The boat was nearly destroyed. Many people asked Spotz how she could row across the Atlantic if she could not even row on Lake Erie.
The answer, she said, is that the biggest danger in ocean rowing besides hurricanes is coming too close to shore, where the current can overwhelm the rower and push the boat into the rocks.
“The last day of the trip is always the most dangerous,” Williams said.
Landing safely is a major accomplishment in the sport of ocean rowing. In the last decade, 110 rowboats have successfully crossed an ocean, according to the Ocean Rowing Society. Nearly as many rowboat crews, 102, tried and failed. One American, Nenad Belic, attempted to row solo across the Atlantic in 2001. He was lost at sea.
It took Spotz two years to plan the trip and to raise $100,000 to pay for it. Spotz’s parents tried to persuade her not to try such a dangerous adventure.
“Are you nuts?” Dan Spotz, her father, said when she told him about her plan. “When she rode a bike across the entire country, she didn’t have to worry about sharks or pirates.”
Spotz did see sharks. She was splashed by dolphins as big as her boat. Fish leapt and slapped her in the face, and exhausted birds nestled beside her as she rowed.
Rather than thinking about how far she had traveled or how many miles she had left, she tried to notice her surroundings.
“For this journey I really couldn’t think that far in advance because otherwise it would be overwhelming,” Spotz said. “It allowed me to focus on what was happening in that moment.”
Hong Kong in the 70's & 80's
One of our new members on our Flickr site has shared these amazing picture of Hong Kong in the 70's & 80's These amazing images have been shared by degahk. Many thanks for sharing them.
This image is the M.V. Hai Xing in Hong Kong Harbour. This picture is amazing I think because of the scale of the shipping in the picture. A modern Cargo ship (modern in the 80's) and a Junk whose design has not changed for hundreds of years.
M.V. Hai Xing in Hong Kong Harbour.
M.V. Centaur, at the Ocean Terminal.
This image is the M.V. Hai Xing in Hong Kong Harbour. This picture is amazing I think because of the scale of the shipping in the picture. A modern Cargo ship (modern in the 80's) and a Junk whose design has not changed for hundreds of years.
M.V. Hai Xing in Hong Kong Harbour.
M.V. Centaur, at the Ocean Terminal.
Friday, 12 March 2010
Gas Company finds 12 shipwrecks in the Baltic
STOCKHOLM – A gas company building an underwater pipeline in the Baltic Sea has found a dozen centuries-old shipwrecks – some of them unusually well preserved.
The oldest wreck probably dates to medieval times and could be up to 800 years old, while the others may be from the 17th to 19th centuries, Peter Norman of Sweden’s National Heritage Board said yesterday.
“They could be interesting, but we have only seen pictures of their exterior. Many of them are considered to be fully intact. They look very well preserved,’’ Norman said.
Thousands of wrecks – from medieval ships to warships sunk during the world wars of the 20th century – have been found in the Baltic Sea, which doesn’t have the ship worm that destroys wooden wrecks in saltier oceans.
The latest discovery was made during a search east of the Swedish island of Gotland by the Nord Stream consortium, which is building a 750-mile pipeline between Russia and Germany.
The 12 wrecks were found in a 30-mile-long, 1.2-mile-wide corridor, according to a Nord Stream spokeswoman.
The Heritage Board said three have intact hulls and are upside down at a depth of 430 feet.
It’s unclear whether any of them will be salvaged, but the board said it hopes divers will explore them.
© Copyright 2010 Globe Newspaper Company. (source)
Thursday, 11 March 2010
Latest M Notices from the MCA
Maritime and Coast Guard Agency.
MIN 366 (M+F) Changes to MCA_s 2002 SOLAS V Publication1, arising out of Amendments to SOLAS Chapter V
To download the PDF please click:
http://www.mcga.gov.uk/c4mca/min_366-2.pdf
MIN 373 (M+F) Radio: Operational Guidance on the Use of VHF Radio and Automatic Identification Systems (AIS) at Sea; Guidance on MAV SN.CIRC.227 Corrigenda
To download the PDF please click:
http://www.mcga.gov.uk/c4mca/min_373.pdf
MIN 377(M+F) Guidance of the Completion of the Notification Form Required under the Merchant Shipping and Fishing Vessels (Port Waste Reception Facilities) Regulations SI 2003/1809 and Amendments
To download the PDF please click :
http://www.mcga.gov.uk/c4mca/min377-2.pdf
MGN 405 (M + F) Consolidated European Reporting System (CERS) - Exemption Arrangements under the Merchant Shipping (Vessel Traffic Monitoring and Reporting Requirements) Regulations 2004 (as amended)
To download the PDF please click:
link
MGN 406 (M+F) Use of Barbecues and Pig Roasts on Ships and Fishing Vessels
To download the PDF please click:
link
MSN 1817 (M+F) Amendment 1 Consolidated European Reporting System (CERS)
1. Ship arrival and departure notifications, including additional Requirements for ships carrying dangerous or polluting Goods, (DPG);
2. Reporting requirements in the event of an accident/incident _ Amendment 1
To download the PDF please click:
link
Maersk caught between Argentina and Great Britain
Mærsk Transporter now working out of Port Stanley. Photo: Bent Mikkelsen
Maersk caught between Argentina and Great Britain
A. P. Møller-Mærsk seems to be caught in the middle of an international crisis between Argentina and Great Britain and their old dispute over the sovereignty of the Falkland Islands. Argentina has sent an official protest to the Danish Ministry of Foreign Affairs complaining that the Danish group is involved in violating Argentina rights on the islands. The problems have worsened lately after a British consortium towed a semi-submersible drilling rig to a position off the Falkland Islands with the intention of drilling for oil and gas. The rig was towed by two units from Maersk Supply Service, which will also support the rig during the drilling. So far, the Danish Minstry has only noted the protest. At A. P. Møller-Mærsk it is business as usual, as Anders Würtzen, head of Public Affairs, puts it.
shipgaz
Maersk caught between Argentina and Great Britain
A. P. Møller-Mærsk seems to be caught in the middle of an international crisis between Argentina and Great Britain and their old dispute over the sovereignty of the Falkland Islands. Argentina has sent an official protest to the Danish Ministry of Foreign Affairs complaining that the Danish group is involved in violating Argentina rights on the islands. The problems have worsened lately after a British consortium towed a semi-submersible drilling rig to a position off the Falkland Islands with the intention of drilling for oil and gas. The rig was towed by two units from Maersk Supply Service, which will also support the rig during the drilling. So far, the Danish Minstry has only noted the protest. At A. P. Møller-Mærsk it is business as usual, as Anders Würtzen, head of Public Affairs, puts it.
shipgaz
Wednesday, 10 March 2010
Stats for the UK Fishing fleet
Fishing vessel statistics are based on the fleet of fishing vessels as registered with the Register of Shipping and Seamen. This is part of the Maritime and Coastguard Agency that is an executive agency of the Department for Transport.
Information from the registry includes vessel:
•length (overall and registered)
•gross tonnage
•power
•age
Statistics on the number of fishermen are drawn from surveys carried out by the MFA in England for England and Wales, by the Sea Fisheries Inspectorate in Northern Ireland and by the Sea Fisheries Protection Agency in Scotland.
UK FLEET SIZE
UK Gov site.
Information from the registry includes vessel:
•length (overall and registered)
•gross tonnage
•power
•age
Statistics on the number of fishermen are drawn from surveys carried out by the MFA in England for England and Wales, by the Sea Fisheries Inspectorate in Northern Ireland and by the Sea Fisheries Protection Agency in Scotland.
UK FLEET SIZE
UK Gov site.
Scrapping of City of Adelaide clipper ship delayed
The ship has been in Scotland since 1992. Plans to scrap one of the world's oldest clippers have been postponed in the hope campaigners can raise enough cash to fund a salvage operation. The City of Adelaide, built in Sunderland in 1864, has been rotting away on a Scottish quayside since 1992.
Owners the Scottish Maritime Museum (SMM) had intended to begin breaking up the vessel later this month. But a move to transport the ship to Australia has been given until the end of May to prove itself viable. The vessel, also known as the SV Carrick, is five years older than the Cutty Sark and voyaged annually from London to Adelaide with passengers and a cargo of wool.
Her sailing days ended in 1893 and she was purchased by Southampton Corporation for use as a sanatorium and floating isolation hospital following a cholera outbreak. She has been on a slipway in Irvine, Ayrshire, since May 1992 while a debate has continued about her future.
The City of Adelaide last sailed in 1893 A SMM spokesman said: "In January 2010 the museum received a proposal from the Clipper Ship City of Adelaide Limited, Adelaide, Australia. "The proposal has been accepted as being technically feasible and the organisation has made a planning application to North Ayrshire Council to remove the vessel.
"Clipper Ship City of Adelaide Limited have not provided evidence that they have the funds to complete the project. "But, after receiving assurances from the Scottish Government, the museum has temporarily halted the deconstruction plan to give the group time to put funding in place. "The museum will not extend the halt in the deconstruction beyond the end of May 2010.
"The museum has not received any other detailed proposals for the preservation of the complete vessel." Last year a Sunderland councillor staged an occupation on board the vessel to highlight a campaign by the Sunderland City of Adelaide Recovery Foundation (Scarf) to bring it back to the city.
BBC News
Owners the Scottish Maritime Museum (SMM) had intended to begin breaking up the vessel later this month. But a move to transport the ship to Australia has been given until the end of May to prove itself viable. The vessel, also known as the SV Carrick, is five years older than the Cutty Sark and voyaged annually from London to Adelaide with passengers and a cargo of wool.
Her sailing days ended in 1893 and she was purchased by Southampton Corporation for use as a sanatorium and floating isolation hospital following a cholera outbreak. She has been on a slipway in Irvine, Ayrshire, since May 1992 while a debate has continued about her future.
The City of Adelaide last sailed in 1893 A SMM spokesman said: "In January 2010 the museum received a proposal from the Clipper Ship City of Adelaide Limited, Adelaide, Australia. "The proposal has been accepted as being technically feasible and the organisation has made a planning application to North Ayrshire Council to remove the vessel.
"Clipper Ship City of Adelaide Limited have not provided evidence that they have the funds to complete the project. "But, after receiving assurances from the Scottish Government, the museum has temporarily halted the deconstruction plan to give the group time to put funding in place. "The museum will not extend the halt in the deconstruction beyond the end of May 2010.
"The museum has not received any other detailed proposals for the preservation of the complete vessel." Last year a Sunderland councillor staged an occupation on board the vessel to highlight a campaign by the Sunderland City of Adelaide Recovery Foundation (Scarf) to bring it back to the city.
BBC News
Tuesday, 9 March 2010
Science a step closer to biofuel for ships
I found this report on the Maersk website about Bio fuels.
Quite an interesting read.
Science a step closer to biofuel for ships
Slowly but surely, science seems to be advancing toward a production of biofuel that does not take away agricultural land from the world’s food supply. When this kind of fuel is ready, so is A.P. Moller - Maersk.
Five Maersk business units are already carrying out tests on a large container vessel with the ultimate aim of cutting CO2 emissions and diversifying the fuel supply. It is currently being tested how the fuel tanks and engines of Maersk Kalmar react to biodiesel, and this puts the Group at the forefront of the industry. The test is made with biodiesel based on crops grown in temperate regions, or reused oils. In the first go, the scope is a fuel blend with 5-7 % biodiesel.
The partners in the Biodiesel Project are Maersk Line, Maersk Tankers, Maersk Supply Service, Maersk Drilling, Maersk Ship Management, Lloyd’s Register – Strategic Research Group, and a consortium of Dutch subcontractors. The project is supported by the Dutch government.
Action could be relevant sooner than expected. Recently, several biotech companies have reported positive leaps in the creation of enzymes, which act as catalysts when biomass, such as agricultural waste, is converted into fuel. Jacob Sterling of the Maersk Line sustainability team considers the reports encouraging.
“It’s good news. Maersk Line will probably never sail on bioethanol, but lignin is a residual from producing bioethanol, and this may be a real option for us. Lignin is essentially a precursor for oil and coal, so it is very similar to the fuel we are using today - just with far less sulphur and CO2 emissions,” he says. Taking the lead on biofuel could be a strategic investment, according to Lasse Kragh Andersen senior specialist at Maersk Maritime Technology.
"At Maersk Maritime Technology we see the development of the technology behind shipping and biofuel as a big and exciting business opportunity," Andersen says. Biofuel is one way to diversify the fuel supply as fossil fuels are likely to become scarcer and more expensive in the decades to come.
“To the best of our knowledge, we are the first to test biodiesel in a large container vessel. We want to be ready when sustainable biofuels become available in large volumes,” says Sterling.
There are caveats, though.
”It is crucial that future biofuels for shipping are sustainable – their CO2 emissions must be far less than conventional fuels, and the production should be based on biomass that can be produced without negative impacts on food production and biodiversity,” Sterling says.
Maersk Line used more than 9 mill. tonnes of bunker fuel in 2009. Maersk Line has set a voluntary target to reduce CO2 emissions from its container vessels by 20 % per container moved in the period 2007-2017. Biofuel is expected to be part of the solution.
link
Labels:
Container Ships,
Environmental,
Marine Engineering
Empowering Women in the Maritime World
This is an article from the IMO website which I found facinating.
What are your views on this?
Empowering Women in the Maritime World
link
Address by Efthimios E. Mitropoulos, Secretary-General, International Maritime Organization (read by Mr. R. G. Jones, Vice-President (Business Development), World Maritime University), 3 April 2008)
Ladies and gentlemen,
Although I am unable to be with you today at the World Maritime University - owing to an important meeting of IMO's Maritime Environment Protection Committee, which is scheduled to agree and develop further, among other matters, global standards and measures to reduce shipping's contribution to atmospheric pollution and greenhouse gas emissions - I am, nevertheless, extremely pleased to be able to share some thoughts with you in a conference which is both timely and far-sighted in its choice of subject.
The integration of women into all levels of political, economic and social development has been a major objective within the United Nations system for more than a quarter of a century. The years 1976 to 1985 were designated the United Nations Decade for Women and, during this period, many organizations of the United Nations system sought to implement programmes to achieve the advancement of women and promote gender equality. More recently, the concept was enshrined in the Millennium Development Goals adopted by the world's leaders in 2000; one of the eight specific targets they agreed to was to "Promote gender equality and empower women".
IMO has always endeavoured to play its part in working towards these ambitious and important objectives and that is why I am particularly pleased to be able to lend my support to this conference and associate myself fully and unreservedly with its spirit and its message.
During the course of this event you have heard and will hear more about a plethora of different initiatives in many parts of the world, and in many facets of the shipping industry, to integrate and empower women. There is clearly a groundswell underway, and I think it is important to place this movement in its broader context.
The full and equal participation of women in civil, cultural, economic, political and social life, at the national, regional and international levels, and the eradication of all forms of discrimination on grounds of gender, are, and must remain, priority objectives of the international community.
In global terms, women represent an increasing share of the world's labour force. However, there is no doubt that women remain at a disadvantage when it comes to securing paid jobs. Wage differentials, occupational segregation, higher unemployment rates and the disproportionately high representation of women in the informal and subsistence sectors serve to limit women's economic advancement. Social and cultural attitudes, employment policies and a lack of options for balancing work and family responsibilities, or for controlling the timing and spacing of births, contribute further to inequality in the labour market.
Back in the 1990s, two major world conferences - the International Conference on Population and Development (ICPD) in Cairo, in 1994, and the Fourth World Conference on Women in Beijing, in 1995 - revolutionized the global view of international standards for the rights and empowerment of the world's women.
The ICPD put issues such as family planning, reproductive and sexual health care and women's empowerment squarely in the context of development, and underlined their critical importance to any social and economic progress. The Beijing Conference went further, forging international commitments to promote equality, development and peace for, and with, all the women of the world.
Both international agreements stressed that equality between women and men is a human rights concern, and that empowering women ensures the development of a sustainable and equitable society - no society can reach this goal without taking the productive role of women and their economic and educational empowerment into account. Both aimed to ensure that policies and programmes at all levels incorporate a gender perspective and properly address women's lives and women's needs.
The Beijing Conference identified a number of critical areas in which action was needed to empower women and ensure their human rights. Among them were women and poverty; the education and training of women; women and the economy; women in power and decision-making; and institutional mechanisms for the advancement of women. All of these remain relevant today and I have no doubt that the programmes and initiatives you are discussing during the course of this conference have a positive impact in all of these areas, and others besides.
Investing in women means removing all barriers that prevent women from realizing - or even exploring - their full potential as vital and valuable members of society. Education and training, as this conference has repeatedly emphasized, are essential in this. As a strong advocate for the equal participation of women and men at all levels, IMO has supported both governmental and non-governmental institutions in taking steps to bring about appropriate changes.
Education should be seen as a basic human right and an essential tool for achieving the goals of equality, development and peace. Equality of access to, and attainment of, educational qualifications are necessary if more women are to become empowered in the labour market and agents of change for a more civil society. Education and training are catalysts for change, and they enable women to realize their full potential. Support for the education of women and girls is critically important. Non-discriminatory education for children benefits both girls and boys and thus, ultimately, contributes to more equal relationships between women and men.
Yet education is a human right that is often curtailed for, or even denied to, women in much of the world. If women are to be fully empowered and if society as a whole is to reap the benefit of that empowerment, we must work to ensure equal access to education; eradicate illiteracy among women; improve women's access to vocational training, science and technology, and to continuing education; develop non-discriminatory education and training; and promote lifelong education and training for girls and women.
Despite progress in many of these areas, women still face discrimination because of ingrained cultural attitudes, early marriages, pregnancies, lack of accessible schools, and inadequate and gender-biased educational materials. And they continue to be denied quality education in science and technology.
Such continuing obstacles compromise women's ability to achieve economic autonomy and to ensure sustainable livelihoods for themselves and their dependents. Women's economic dependence and, often, lack of rights to property or access to finance have also long hindered their ability to take care of themselves and their families. That is why it is so important that we should support efforts to promote women's economic rights and independence, including access to employment, appropriate working conditions and control over economic resources. We need to facilitate women's equal access to resources, employment, markets and trade and can do this by ensuring that business services, training and access to markets, information and technology are freely available.
By bolstering women's education and their active participation in the economy, society as a whole will benefit. This is the essence of the United Nations Women in Development initiative, which has been taken up across the United Nations system. IMO produced its own strategy for the integration of women into the maritime sector in 1988 and began implementation of the IMO Women in Development Programme in 1989, concentrating on equal access to maritime training through both mainstream programmes and gender specific projects. The increased percentage of women students here at the World Maritime University (up from 6 per cent to 30 per cent in the last ten years) and at the IMO International Maritime Law Institute, Malta, serves to illustrate the programme's wider influence at the highest level of maritime training.
IMO places the human element and capacity-building high on its agenda, regardless of gender. In doing so, we recognize that the shipping industry must also reach out to every sector of the community if it is to attract the very best people to pursue a maritime career. IMO, therefore, takes specific measures, through its strategic planning and at the operational level of technical co-operation, to promote the increased participation of women in the maritime sector. This is reflected in the Organization's Strategic Plan and through its High Level Action Plan, which refer, notably, to "strengthening the role of women in the maritime sector", while, at the operational level, IMO's global Programme for the Integration of Women in the Maritime Sector is the primary vehicle for our support of the aforementioned Millennium Development Goal number 3: to "Promote gender equality and empower women".
The IMO programme I have just mentioned aims to: integrate women into mainstream maritime activities; improve women's access to maritime training and technology; increase the percentage of women at senior management level within the maritime sector; promote women's economic self-reliance, including access to employment; and consolidate the integration of women in the maritime sector as an integral element of IMO's technical co-operation activities.
One of its principal drivers has been the establishment of formal regional linkages between women managers in the maritime and port industries, to provide a permanent channel for the exchange of information relating particularly to the effective implementation and enforcement of global shipping standards. These associations also provide a springboard for developing regional training opportunities, to match the specific needs and requirements of women, taking into account the socio cultural elements which determine access to training and to career development.
The Pacific Women in Maritime Association (PacWIMA) was the first network to be launched with support from IMO's glogal programme, in Fiji in February 2004, and it has generated regional co operation and operational linkages for the women employed in the maritime sector throughout the Pacific Island region. The Network for Professional Women in the Maritime and Port Sectors of the West and Central Africa region was subsequently established in Benin, in February 2007, followed by the Arab International Women's Maritime Forum for the Middle East and North Africa and Africa as a whole, established in Alexandria, Egypt, in July 2007. A similar initiative has been undertaken in Mombasa, Kenya, to launch a formal association for professional women in the maritime and port sectors in the Eastern and Southern Africa region.
Turning for a moment to the shipping industry itself: it has long been acknowledged that, in many countries, shipping offers a way out of poverty for many workers. Employment in the industry provides access to foreign currency and a regular salary with a direct impact on the economic viability of seafarers and their extended families.
There is no intrinsic reason why women should not participate in, and benefit from, employment within the shipping industry. However, the shipping industry has been traditionally regarded as a male preserve and it is still only a small percentage of the global workforce of seafarers that are women - a committed and dedicated workforce that I salute wholeheartedly. Nevertheless, the relevance of sea experience to many shore-based jobs means that the resource of women with appropriate skills is limited and will continue to act as a long-term constraint on the representation of women in the maritime sector as a whole.
And, while there may also be cultural resistance to women working outside the home, the principal objections to employing women at sea would appear to centre on the lack of adequate separate facilities for women on board and the physical requirements inherent in the work. The traditional perception that seafaring is a man's job can lead to lack of training and work-experience opportunities for women, compounded by employers' reluctance to appoint those women that are trained. To break the cycle, proper training has a critical role in the integration of women into all spheres of professional life, with special emphasis on improving accessibility at all levels to potential women applicants.
Moreover, just as society as a whole benefits from the full and active participation of women in the work environment, so does the shipping industry as a whole stand to benefit from their large-scale integration into the labour force. Female seafarers are an under-utilized, underdeveloped but valuable resource that could provide part of the solution to the increasing problem of finding sufficient adequately trained personnel to manage and operate the world's growing and sophisticated merchant fleet.
However, it is clear that, to achieve this, there is a need for changes in attitude towards employing women as seafarers; recruitment of women in the shipping sector generally; and increased maritime training opportunities for women.
And so to conclude: we all recognize that women's rights are universal, indivisible and inalienable human rights that must be protected and promoted. Only by supporting and advocating for women's full empowerment at all stages of their lives can gender equality be achieved, and this applies in the workplace as much as in any other arena. We must strive to eliminate occupational segregation and all forms of employment discrimination and we must recognize that these goals are prerequisites for achieving political, social, economic, cultural and environmental security among all people.
Ladies and gentlemen, thank you.
What are your views on this article? Do you think it does enough for the Female Seafarer?
Please post your commments.
edited by darylwilkes on 09/03/2010
Maritime Workers Gear Up To Resist Ports Of Auckland Outsourcing
A meeting of around 150 Auckland maritime workers held today had a simple message for Ports of Auckland management about plans to outsource labour to outside contractors: "not this century." Maritime Union of New Zealand Auckland Local 13 Garry Parsloe says the high turnout at the stopwork meeting reflected the major concerns of workers about contracting out in the port.
Workers were not prepared to see casualization and contracting out used to undermine wages and conditions, he says. Mr Parsloe says workers felt management had pre-planned the contracting out approach prior to the signing of the Collective Employment Agreement (CEA) in 2009, and their recent comments indicated would hide behind legalities to force the issue.
"Obviously there would have been no agreement if there had been any indication the company were going to go down this path." He says any future negotiations will be extremely difficult for the company if they pursued a contracting out strategy. "Ports of Auckland management seem to have the unhappy knack of finally getting a workable document, finally starting to rebuild a workable relationship, and then kicking the whole thing over and stirring up problems for themselves and the workforce."
Mr Parsloe says that the current CEA between the Ports of Auckland and the Maritime Union of New Zealand is a flexible document that allows the company to meet the "Peaks and Troughs" of shipping. He says the reason why the port is not operating at full capacity is because the Company not made proper use of three shift a week guaranteed stevedores, known as Axis Ancillary Employees in the CEA.
"The shortfall in trained stevedores is creating large delays in cargo exchanges and it is now a common sight to see trucks backed up waiting for boxes in the port." "Outsourcing has little to do with efficiency and everything to do with casualizing the workforce."
Mr Parsloe says the financial return to Auckland ratepayers from the Ports of Auckland had been substantial over the past five years, due to the efforts of the workforce at the Ports of Auckland. He says that "parochial and destructive" competition between ports had resulted in shipping companies being charged unrealistically low rates, and management were now trying to "bleed workers" to make up the shortfall.
"Maritime workers are not going to have their wages and conditions attacked to prop up the profits of global shipping companies."
website
Workers were not prepared to see casualization and contracting out used to undermine wages and conditions, he says. Mr Parsloe says workers felt management had pre-planned the contracting out approach prior to the signing of the Collective Employment Agreement (CEA) in 2009, and their recent comments indicated would hide behind legalities to force the issue.
"Obviously there would have been no agreement if there had been any indication the company were going to go down this path." He says any future negotiations will be extremely difficult for the company if they pursued a contracting out strategy. "Ports of Auckland management seem to have the unhappy knack of finally getting a workable document, finally starting to rebuild a workable relationship, and then kicking the whole thing over and stirring up problems for themselves and the workforce."
Mr Parsloe says that the current CEA between the Ports of Auckland and the Maritime Union of New Zealand is a flexible document that allows the company to meet the "Peaks and Troughs" of shipping. He says the reason why the port is not operating at full capacity is because the Company not made proper use of three shift a week guaranteed stevedores, known as Axis Ancillary Employees in the CEA.
"The shortfall in trained stevedores is creating large delays in cargo exchanges and it is now a common sight to see trucks backed up waiting for boxes in the port." "Outsourcing has little to do with efficiency and everything to do with casualizing the workforce."
Mr Parsloe says the financial return to Auckland ratepayers from the Ports of Auckland had been substantial over the past five years, due to the efforts of the workforce at the Ports of Auckland. He says that "parochial and destructive" competition between ports had resulted in shipping companies being charged unrealistically low rates, and management were now trying to "bleed workers" to make up the shortfall.
"Maritime workers are not going to have their wages and conditions attacked to prop up the profits of global shipping companies."
website
Can Slow Steaming Save You Money?
Can Slow Steaming Save You Money?
Slow Steaming, Fuel Efficiency and the Environment
As fuel makes up a large part of a ship’s operating costs, many Ship owners are seeking ways of delivering fuel savings and often approach Martek Marineregarding how using our MariNOx™ engine emissions monitoring system can assist them in this process.
Within the document is a section concerning MARPOL Annex VI and the consequences of engine modifications which has a direct relevance for the MariNOx™engine emissions monitoring system:
“Inevitably, virtually any modification to a diesel engine’s component parts or settings, in order to meet the changed load requirements resulting fromslow steaming, will also affect the composition of the exhaust emissions and hence possibly its MARPOL Annex VI NOx compliance status…adopting the Direct
Measurement and Monitoring (DMM) method as an alternative Onboard NOx Verification Procedure for showing compliance, with the applicableengine speed related NOx limit, could be a viable option in some instances since, provided it can be shown that that value is complied with, there isno requirement to pre-approve either individual or combinations of modifications…components such as modified fuel injector nozzles and turbochargerparts or altered fuel pump timing settings can be readily introduced as required in order to meet current trading circumstances.”
We have made the whole document available for you to download as it contains a lot of information, not just about ship emissions monitoring,that we think will be of interest to you.
website
Monday, 8 March 2010
Most Powerful Engine in the World!
The Wartsila-Sulzer RTA96-C turbocharged two-stroke diesel engine is the most powerful and most efficient prime-mover in the world today. The Aioi Works of Japan's Diesel United, Ltd built the first engines and is where some of these pictures were taken.
It is available in 6 through 14 cylinder versions, all are inline engines. These engines were designed primarily for very large container ships. Ship owners like a single engine/single propeller design and the new generation of larger container ships needed a bigger engine to propel them.
The cylinder bore is just under 38" and the stroke is just over 98". Each cylinder displaces 111,143 cubic inches (1820 liters) and produces 7780 horsepower. Total displacement comes out to 1,556,002 cubic inches (25,480 liters) for the fourteen cylinder version.
Fuel consumption at maximum power is 0.278 lbs per hp per hour (Brake Specific Fuel Consumption). Fuel consumption at maximum economy is 0.260 lbs/hp/hour. At maximum economy the engine exceeds 50% thermal efficiency. That is, more than 50% of the energy in the fuel in converted to motion.
For comparison, most automotive and small aircraft engines have BSFC figures in the 0.40-0.60 lbs/hp/hr range and 25-30% thermal efficiency range.
Even at its most efficient power setting, the big 14 consumes 1,660 gallons of heavy fuel oil per hour.
A cross section of the RTA96C:
Note the steps by each crank throw that lead down into the crankcase:
It is available in 6 through 14 cylinder versions, all are inline engines. These engines were designed primarily for very large container ships. Ship owners like a single engine/single propeller design and the new generation of larger container ships needed a bigger engine to propel them.
The cylinder bore is just under 38" and the stroke is just over 98". Each cylinder displaces 111,143 cubic inches (1820 liters) and produces 7780 horsepower. Total displacement comes out to 1,556,002 cubic inches (25,480 liters) for the fourteen cylinder version.
Some facts on the 14 cylinder version: | ||
Total engine weight: | 2300 tons (The crankshaft alone weighs 300 tons.) | |
Length: | 89 feet | |
Height: | 44 feet | |
Maximum power: | 108,920 hp at 102 rpm | |
Maximum torque: | 5,608,312 lb/ft at 102rpm |
For comparison, most automotive and small aircraft engines have BSFC figures in the 0.40-0.60 lbs/hp/hr range and 25-30% thermal efficiency range.
Even at its most efficient power setting, the big 14 consumes 1,660 gallons of heavy fuel oil per hour.
A cross section of the RTA96C:
The internals of this engine are a bit different than most automotive engines.
The top of the connecting rod is not attached directly to the piston. The top of the connecting rod attaches to a "crosshead" which rides in guide channels. A long piston rod then connects the crosshead to the piston.
I assume this is done so the the sideways forces produced by the connecting rod are absorbed by the crosshead and not by the piston. Those sideways forces are what makes the cylinders in an auto engine get oval-shaped over time.
The top of the connecting rod is not attached directly to the piston. The top of the connecting rod attaches to a "crosshead" which rides in guide channels. A long piston rod then connects the crosshead to the piston.
I assume this is done so the the sideways forces produced by the connecting rod are absorbed by the crosshead and not by the piston. Those sideways forces are what makes the cylinders in an auto engine get oval-shaped over time.
The crank sitting in the block (also known as a "gondola-style" bedplate). This is a 10 cylinder version.
Note the steps by each crank throw that lead down into the crankcase:
German ship faces leak inquiry
THE Shanghai maritime authority is investigating a German container ship suspected of being involved in a chemical leak. Maersk Seville is the first foreign ship arriving in Shanghai to face inquiries for allegedly violating newly enacted national regulationson the prevention and control of marine pollution.
Maritime officials said yesterday the ship, now anchored in Yangshan Deep-Water Port, might not be able to leave today as scheduled becausefurther checks were needed. However, so far no environmental damage had been detected, they said.
The ship was built in 2006 and its last known port was north China's Tianjin.
The report of a possible spill on the ship to authorities was delayed for nearly a day. Maritime law enforcement officers first boarded at9:20pm on Saturday soon after port staff reported there was a pungent odor coming from the vessel that had anchored at 3:30pm.While the ship carried two containers registered as carrying dangerous goods, they were not the source of the offensive smell, officials said.
"It was the container next to the dangerous goods that was the source of the smell," said Huang Yongchang, a spokesman for the Yangshanmarine safety team. The goods in the suspect container were registered as "general cargo." According to the investigation, the ship firstdetected the leak about 11pm on Friday but the ship's local agency did not inform maritime officials until 9:43pm the next day.
Authorities said if the ship reported the leak immediately, it would have been halted from docking. Under new maritime laws, vesselsor their local agencies must not delay or conceal reports of leakage or spillage. Offenders face fines of up to 250,000 yuan (US$36,625).Ships and vessels arriving at Chinese mainland ports face tougher fines and more stringent inspections after the rules became effective on March 1.
Maritime supervisors have more powers under the laws, including authorization to open containers they deem to be contamination threats.
crew2crew launch new Flickr Group.
Crew 2 Crew launch their new Flickr Group for Commercial Shipping images. Share all those great images you have hidden away on your HDD.
Friday, 5 March 2010
Wreaks
We are always on the lookout for great Maritime Pictures here on Crew 2 Crew.
One of the members of our Community, sent us this picture of a wreak off the Coast of Roatan. They were sailing on the Noordam & she berthed over the bay from this wreak, which I think as
seen better days!
If you have any images you would like included on this blog, please contact me.
One of the members of our Community, sent us this picture of a wreak off the Coast of Roatan. They were sailing on the Noordam & she berthed over the bay from this wreak, which I think as
seen better days!
If you have any images you would like included on this blog, please contact me.
Naval vessel collides with Chinese freighter in thick fog
2010/03/04 23:26:35 |
Taipei, March 4 (CNA) A Taiwanese naval supply vessel collided with a Chinese freighter in thick fog in waters near the outlying island of Kinmen Thursday, Navy Fleet Command said later that day. The supply ship "Chung Pang," part of the Navy's 151st Fleet, was on a routine mission when it was involved in a glancing collision with the "Shunlong No. 6, " a Chinese vessel, five nautical miles off Kinmen's Liaoluo Port, the fleet command said. The "Chung Pang" was on its way from Taiwan to Kinmen, while the Chinese boat was heading south to Guangzhou in Guangdong Province from Zejiang when the incident took place. Taiwan's coast guard authorities were investigating the cause of the collision. (By Ni Kio-yen and Bear Lee) ENDITEM/J |
Website.
Oasis of the Seas
The Oasis of the Seas off Fort Lauderdale, Fla., one recent evening.
The Oasis of the Seas—the world's largest cruise ship—aims to accomplish that feat nearly every week. Almost five times as large as the Titanic, it has a population during its seven-day Caribbean sailings that is larger than many American small towns—more than 8,600 when it is fully booked and including staff. The Royal Caribbean Cruises Ltd. ship, which first set sail last December, is almost as long as five Airbus A380 airplanes, or about four football fields. It has 24 restaurants and its own leafy "Central Park." During the weeklong sailings, about 700 tons of new supplies are needed, all loaded aboard each Saturday. Guests consume about 20 gallons of maraschino cherries and 80,000 bottles of beer.
Over the past decade, cruise ships have been supersized as operators have tried to cram in ever more lavish features and activities. The Oasis, for example, has two rock climbing walls, a zip line that allows guests to fly through the air, and surf machines so passengers can hang 10 without leaving the boat. Royal Caribbean also has three other ships that can each hold more than 4,000 passengers. "Going to the larger ships just allowed us to offer so many more activities, " says Richard Fain, the company's chairman and chief executive. "We thought people would like it and if they liked it they would pay more...and at the same time, it would offer economies of scale," he says. A one-week Oasis trip in the Caribbean this year costs about $1,458 for an inside cabin and $3,200 for a two story "loft suite" facing the ocean.
The big ship is controversial. Competitor Carnival Corp. is pushing a fleet of relatively smaller ships—its largest max out at about 4,000—which it says offer a better experience for passengers and ease reaching ports. "I kind of look at her [the Oasis] like the Mall of America. It will also attract millions of people, but it's not what we do," says Micky Arison, Carnival chairman and chief executive. "It's kind of like a train wreck you want to go see."
Royal Caribbean says tickets for the Oasis are selling well, and most of its loft suites are reserved for the next two years. "It was amazing," said Lynn Scott, a 59-year-old sale and marketing specialist from Kingwood, Tex. after a recent cruise. "It was relaxing, it was entertaining, the food was great," said the first time cruiser who sailed with a group of 30 friends. "We are trying to figure when we can go back."
Ensuring a floating city the size of the Oasis operates smoothly is challenging. Cleaning the ship, doing laundry, and fixing things are a 24-hour job for crew members. One of the popular acts, an outdoor Aqua Show with divers, gymnasts and synchronized swimmers, gets canceled about once a week because of rough seas. And the task of cleaning salt water off window exteriors is never done.
Dozens of people and 18 robots wash windows each day. "It's like painting the Golden Gate Bridge. Once you're finished, you start again," says Chris van Raalten, ship manager for marine operations, the group of employees that steer the ship and maintain the ship's exterior and mechanics like the engine. Robots take care of hard to reach places and metal baskets move crew along the upper decks where there are no balconies to support them. Scheduling the cleaning can be tough. The washing can't be done in every port because of environmental regulations, so it often happens while sailing, Mr. van Raalten says.
In the ship's belly, the laundry room hums 24-hours a day: 34 crew members, mostly men from Indonesia, wash more than 20,000 pieces of linen such as towels, table cloths, and sheets daily. Table clothes, sheets and napkins are then fed into giant machines that press them. Clothes and towels are all folded or ironed by hand.
There is always something that needs to be fixed. Recently, an engine exhaust temperature problem caused soot to rain down on parts of the ship where guests lounge by pools and sit on their rooms' balconies. After weeks of study, crew members installed insulation in the upper part of the smokestacks to fix the problem last week, Mr. van Raalten says .
The ship has three doctors on board. It also has its own intensive care unit and can keep one person at a time on life support. Every few weeks a passenger has a heart attack so thrombolytic drugs are kept on-hand, says Chris Taylor, the ship's senior doctor.
If there's a serious illness, the ship's doctors and captain can decide to divert to a port early, but rarely is anyone airlifted back to the U.S., says Dr. Taylor, who has been a doctor on cruise ships for seven years. "Many people have the belief that the U.S. coast guard is always going to come to the rescue if there is any emergency at sea. The actual truth of the matter is that most of the time the ship is well out of range of the coast guard," he says.
About 200 crew members are dedicated to entertaining passengers. They include performers, child activity planners, and lighting and sound experts. Passengers can see a production of the musical "Hairspray", the Aqua Show and an ice-skating performance.
Feeding more than 8,000 people takes 26 kitchens—and some complicated logistics. Every Saturday morning, before the sun comes up and while passengers are still asleep, the ship docks in its home port, Port Everglades, in Fort Lauderdale, Fla.
One recent Saturday, by 6 a.m. semi-trucks had arrived. They would eventually unload about 750 pallets of food, flowers and other supplies. Longshoremen hopped into forklifts and started moving the pallets, buzzing around the ship's giant hull as the sun rose.
By 7:30 am, the ship's inventory manager and staff were reviewing the pallets, searching for any rotten fruit and vegetables, and moving the pallets with smaller forklifts into the ship's food storage areas, each set to a specific temperature. Red wine goes into a warmer room than white wine, beer and champagne, for example. More Corona beer is loaded than any other alcoholic drink, followed by Budweiser and Bud Light. More beef of various types is loaded than any other food.
—David Lewenz
To prevent disease, food storage, food preparation and actual cooking are all done in separate areas. "In our world we cannot afford to have a food-borne illness outbreak," Mr. Weber says.
By 5 p.m. on Saturday, after loading all the necessary supplies and its next group of travelers, the Oasis is usually pulling out of the Port Everglades port and heading for the Caribbean. Even though the ship is very big (with a gross tonnage of 225,282), it is highly maneuverable thanks to the three Azipods—giant propellers that can rotate 360 degrees—under its belly, says Captain Thore Thorolvsen.
The majority of the time the ship is on autopilot, he says, except when the ship is pulling in and out of a port. Then, it will sometimes be steered by hand. "That's when there are really some tense moments here on the bridge," said Capt. Thorolvsen, standing in front of a bank of electronic mapping and steering devices in the ship's central command area.
"She is big, she is wide and she is very very heavy," he said.
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