Maritime Safety News Archives - Page 44 of 260 - SHIP IP LTD

On July 7, NYK signed a business alliance agreement with Nakashima Propeller and Fluid Techno to verify the effects of energy-saving devices that enhance vessel fuel efficiency by improving water flow generated at the aft-end of ships, select optimal combinations of those energy-saving devices, and install them on existing ships.

In accordance with this business alliance agreement, NYK aims to reduce greenhouse gas (GHG) emissions from existing vessels by installing energy-saving devices on about 50 dry bulk carriers over the next three years.

Ships can generally operate with less energy as wave resistance and water-flow turbulence decrease, so various energy-saving devices have been developed in marine and shipbuilding industries.

Although the effects of individual energy-saving devices have been verified by the marine equipment manufacturer that developed each device, an optimal combination of multiple energy-saving devices and verification of their synergistic effects have not been thoroughly researched.

To address this issue, NYK will collaborate with Nakashima Propeller, a marine equipment manufacturer that develops and sells ship propellers as well as energy-saving devices, and Fluid Techno, a ship design company with fluid analysis technology.

This business alliance can be said to be a pioneering attempt in the maritime industry, in which three companies will jointly work on the best mix of multiple energy-saving devices by utilizing the knowledge and strengths of each company. Through this initiative, improvement of fuel efficiency by one to eight percent and reduction of vessel GHG emissions are expected.

Source: https://maritimefairtrade.org/nyk-uses-energy-saving-devices-to-reduce-ghg-emissions-from-existing-ships/


THE Australian Maritime Safety Authority on Saturday (23 July) banned the Liberian-flagged oil tanker AG Neptune from Australian ports for six months.

AMSA inspected the ship in the Port of Gladstone on 17 June 2022 after receiving a complaint regarding the underpayment of seafarers and welfare issues.

During the inspection, AMSA found evidence the employment agreement with 21 seafarers on board the ship had not been met and the crew members were collectively owed approximately $123,000.

AMSA found evidence the food and drinking water were not of appropriate quality, quantity and nutritional value for seafarers.

It is also understood a seafarer was not provided with adequate medical care after being injured onboard.

As a result, AMSA detained the ship for multiple breaches of the Maritime Labour Convention and the operator has been directed to pay the outstanding wages and address the deficiencies.

AMSA executive director of operations Michael Drake said the seafarers were repeatedly not paid at regular intervals and two crew members had expired seafarer employment agreements.

“Australia has zero tolerance for the underpayment of crew. This type of behaviour is unethical and in contravention to the MLC. The international conventions that protect seafarers’ rights are very clear,” Mr Drake said.

“Ships visiting Australian ports are on notice that if we find deliberate underpaying of crew they can expect penalties.

“AMSA takes the MLC seriously and actively ensures seafarers’ health and well-being is upheld on all ships in Australia.”

AG Neptune is a crude oil tanker, flagged in Liberia. It was built in 2013 and has a capacity of 105,405 DWT tonnes.

AIS data shows the vessel departed Gladstone anchorage yesterday (Sunday 25 July) and is headed to Singapore.


Kawasaki Kisen Kaisha, Ltd. (“K” Line) announced its group company SEAGATE CORPORATION CO., LTD.(SGC) will build new electric tugboat.

The new tug is equipped with a propulsion system running on Hybrid EV system. It has electric motor as a main power source running by large capacity lithium-ion battery charged by land charger. It also equipped generator as the auxiliary power source.

The vessel will be first tugboat which has electric motor as a main power source in Tokuyama and will be deployed in the first half of 2025 to reduce greenhouse gas (GHG) emission in the region.

In the future, it will be possible to achieve zero emissions by replacing the fuel for the generator with zero emission energy.

Source: https://www.marinelink.com/news/new-electric-tug-built-japan-498237


AIDAprima becomes first large passenger ship to use GoodFuels’ sustainable marine biofuel, unlocking emissions reductions on seven-day cruise between Germany, France, Belgium and the UK

Rotterdam: GoodFuels, the leading biofuels provider for the global transport industry, has successfully completed its first bio-bunkering for a large passenger ship in partnership with Carnival Corporation’s AIDA Cruises brand, marking an important step forward to achieving sustainability in the cruise industry.

AIDAprima, a Hyperion-class cruise ship, was refuelled with GoodFuels’ sustainable biofuels during a port visit to Rotterdam, in the Netherlands. The trial took place while the vessel was on a seven-day cruise, visiting Hamburg, Southampton, Le Havre, and Zeebrugge.

GoodFuels’ next-generation sustainable biofuel is derived from feedstocks that are certified as 100% waste or residue, with no land-use issues and no competition with food production or deforestation. It enables a well-to-exhaust CO2 reduction of 80 to 90 percent when compared to fossil fuels. Thanks to its “drop in” properties, AIDAprima was bunkered with biofuel without requiring any modifications to the engine or tanks.

The successful bio-bunkering demonstrates AIDA Cruises’ commitment to investing in new-low carbon emissions technologies as part of their long-term decarbonisation strategy. It also provides a blueprint for the wider cruise sector on how to accelerate the adoption of alternative fuels in large-scale passenger ships. Following the first bio-bunkering, follow-up deliveries are envisioned by AIDA Cruises, as well as a potential for expansion to other brands under the Carnival Corporation banner.

Commenting on the partnership, Dirk Kronemeijer, CEO of GoodFuels, said: “This first bio-bunkering with AIDA Cruises marks an exciting step forward on the cruise industry’s decarbonisation pathway, demonstrating that our sustainable biofuels are a safe, technically viable and convenient option to drastically cut down emissions from passenger vessels. As the effects of climate change are felt acutely in several parts of the world, the time for action is now, and biofuels are one of the few options that can already make a difference today. We are delighted to have worked alongside the trail-blazers at AIDA Cruises in the past few months to make this milestone a reality, and we look forward to collaborating again in the future.”

Felix Eichhorn, President AIDA Cruises, emphasizes, “We continue to actively explore all opportunities to decarbonize our fleet while advancing efficiency in line with international carbon intensity reduction targets. With the successful start of biofuel usage, we have proven that gradual decarbonization is possible even on ships already in service. An important prerequisite for us as a cruise line to be able to use it is that it becomes widely available on an industrial scale and at marketable prices.”

Source: https://www.maritimeeconomy.com/post-details.php?post_id=aGVpZw==&post_name=%20AIDA%20Cruises%20vessel%20bunkered%20with%20GoodFuels%20sustainable%20biofuels%20%20&segment_name=15


New offshore fisheries science vessels for Canada. The Canadian Coast Guard has officially dedicated into service the Canadian Coast Guard Ship (CCGS) John Cabot. This is the third of three Offshore Fisheries Science Vessels built under the National Shipbuilding Strategy. These unique vessels serve as floating laboratories outfitted with modern research equipment to collect the data needed for the sustainable management of Canada’s oceans and aquatic resources.

A dockside ceremony was held at the vessel’s homeport, the Canadian Coast Guard’s Atlantic Region headquarters in St. John’s, Newfoundland and Labrador. The ceremony included the traditional breaking of a bottle on the ship’s bow by the vessel sponsor, Dr. M. Joanne Morgan.

In maritime tradition, the vessel sponsor is a civilian who participates in a vessel naming ceremony and takes an ongoing interest in the vessel’s operations. The Canadian Coast Guard is proud to have Dr. Morgan as the vessel sponsor for the CCGS John Cabot. Dr. Morgan is a retired Fisheries and Oceans Canada Research Scientist. She was also the first woman to chair the Northwest Atlantic Fisheries Organisation’s Scientific Council.

Through the National Shipbuilding Strategy, the Government of Canada is revitalizing the shipbuilding industry, creating good skilled jobs, and building whole new classes of ships to ensure Canada’s marine services have safe, reliable and modern equipment to fulfil their missions.

Like all Canadian Coast Guard vessels, the CCGS John Cabot is also equipped to support environmental response and search and rescue operations, when needed.

Quotes

“The dedication of the CCGS John Cabot is a milestone in our government’s historic investment in ocean sciences and the Canadian Coast Guard. Having a modern ship to gather data about the marine ecosystem is important to the restoration of fish species and their habitat. This in turn will support more economic opportunities for coastal communities.”

The Honourable Joyce Murray, Minister of Fisheries, Oceans and the Canadian Coast Guard

“Today is another proud day for the Canadian Coast Guard as we welcome the CCGS John Cabot to the Canadian Coast Guard fleet. This Canadian built vessel will serve as a dedicated science platform that will allow Canadian Coast Guard crews and fishery scientists to carry out their important work. A special thanks to the team who designed and built this magnificent vessel.”

Mario Pelletier, Commissioner of the Canadian Coast Guard

Quick facts

  • CCGS John Cabot is the third large vessel delivered to the Canadian Coast Guard under the National Shipbuilding Strategy.
  • The Offshore Fisheries Science Vessels are the first class of ships to be built by Seaspan’s Vancouver Shipyards, as part of the non-combat package under the National Shipbuilding Strategy.
  • The three new vessels are replacing existing ships on the east and west coasts of Canada. They will support scientific research such as:
    • fishing and acoustic surveys of fish and invertebrates;
    • collecting information on the abundance and distribution of marine species; and,
    • collecting data on marine ecosystems and the impacts of human activity on fisheries resources and ecosystem health.

Photo credit: Seaspan Shipyards pictures

Source


Mobile, Ala. – Austal USA was awarded a $156 million U.S. Navy contract option for the construction of two Navajo-class Towing, Salvage, and Rescue Ships (T-ATS). With the award, the company is now under contract for four T-ATS having received awards for T-ATS 11 and 12 in October 2021.

T-ATS will provide ocean-going tug, salvage, and rescue capabilities to support U.S. Navy fleet operations and will be a multi mission common hull platform capable of towing heavy ships. These ships will also be able to support current missions, including oil spill response, humanitarian assistance, and wide area search and surveillance.

The contract award follows Austal USA’s start of construction on its first T-ATS ship earlier this month that was celebrated at a ceremony attended by governmental officials and local community leaders. The highlight of the ceremony had U.S. Representative Jerry Carl (AL-01) pushing the plasma cutter button making the first cut of steel for the ship.

“The T-ATS program is special to our team as it represents the start of construction of a new class of ship for our shipbuilding team.  This contract is important because it provides us the backlog to really optimize production over the course of these four ships,” Austal USA President Rusty Murdaugh said. “We’re honored to have this contract and it illustrates the Navy’s continued confidence in our team’s demonstrated ability to deliver capability on-time and on-schedule.”

Austal USA will utilize its proven ship manufacturing processes and innovative methods that incorporate lean manufacturing principles, modular construction, and moving assembly lines, all housed under the company’s state-of-the-art enclosed steel production facility. Construction on T-ATS 13 and 14 will commence fall 2023 and spring 2024 with delivery planned for fall 2025 and spring 2026, respectively.

Through continual capital investments, Austal USA has expanded its capability and capacity to enable concurrent production of aluminum and steel-hulled ships. In addition to T-ATS, Austal USA is currently constructing the U.S. Navy’s Independence-variant Littoral Combat Ship and Expeditionary Fast Transport, and is under contract for the construction of an Auxiliary Floating Drydock Medium and the U.S. Coast Guard’s Offshore Patrol Cutter. This unique production capability positions Austal USA to meet the growing demands of the U.S. Navy and USCG.

Source: https://www.maritimeeconomy.com/post-details.php?post_id=aGVpZg==&post_name=Austal%20USA%20Awarded%20Contract%20Option%20for%20Two%20U.S.%20Navy%20Towing%20Salvage%20And%20Rescue%20Ships%20TATS&segment_name=26


The Chief Minister of Andhra Pradesh Sates, Shri YS Jagan Mohan Reddy has performed the Bhoomi Pooja of Greenfield Ramayapatnam Port construction project on July 20, 2022, marketing the beginning of INR 3,736.14 crores project of the development of Ramayampet Port in Nellore district.

The Goverment of Andhra Pradesh state has set a target of completing first phase at a cost of Rs 3,736.14 crores in 36 months. Four berths will be developed under the first phase. The government expects once completed the port will handle 25 million tonnes a year.

The Nellore district administration has acquired 803 acres of land and handed it over to the Andhra Pradesh Maritime Board (APMB). The state government will be building the port with its own resources to generate more revenue.

Source: https://www.maritimeeconomy.com/post-details.php?post_id=aGVnbA==&post_name=Chief%20Minister%20of%20Andhra%20Pradesh%20Shri%20YS%20Jagan%20Mohan%20Reddy%20Lays%20Foundation%20Stone%20For%20Ramayapatnam%20Port&segment_name=


St. Johns Ship Building hosted a keel laying ceremony for the first Incat Crowther 30 Crew Transport Vessel (CTV) built in compliance with Jones Act regulations in the United States. St. Johns Ship Building was recently acquired by Americraft Marine Group, a maritime subsidiary of the U.S.-headquartered privately-owned business group, the Libra Group which has 45 years of maritime heritage through its original subsidiary Lomar.

Representatives from St. Johns Ship Building, Americraft Marine and Windea participate in keel laying ceremony at St. Johns Ship Building in Palatka, Florida (PRNewsfoto/Americraft Marine)

Representatives from St. Johns Ship Building, Americraft Marine and Windea participate in keel laying ceremony at St. Johns Ship Building in Palatka, Florida (PRNewsfoto/Americraft Marine)

Representatives from the customer team at Windea, a partnership of Hornblower Wind and MidOcean Wind, participated in the important milestone, and the event marks the first in a series of vessels under construction at St. Johns for Windea that will go into service at the Vineyard Wind I construction project near Martha’s Vineyard, Massachusetts.

“This ceremony is a very proud moment for Americraft Marine, as it represents the first keel laying ceremony at St. Johns Ship Building under our ownership and is the culmination of a lot of hard work from the outstanding team at St. Johns,” said Ed Sheets, executive vice president and director of business strategy for Americraft Marine Group. “We could not be happier to have Hornblower and their partners return to St. Johns Ship Building to build the vessels that will help America move closer towards energy independence and a cleaner, healthier environment for generations to come.”

The construction of this series of Incat-designed vessels also signals the official launch of St. Johns Ship Building’s new focus on dedicated high-speed aluminum vessel production. The Incat 30 is a 30-meter crew transport vehicle with a max speed of 29 knots and made of marine-grade aluminum. The groundwork for this focus on supporting the construction of Jones Act-compliant CTVs was laid more than two years ago through multiple facility modifications and the acquisition of new production equipment such as the installation of a computer numerical control (CNC) router for processing of non-ferrous metals and composite materials.

“The employees at St. Johns Ship Building continue to work hard to augment our well-equipped facility to support a diversified product line, which already includes several steel and aluminum projects,” said Jeff Bukoski, president of St. Johns Ship Building. “Our efforts are reinforcing the industrial strength of U.S. shipbuilding, and we remain prepared to construct and repair almost all of the various vessel types that will be required to support the future of this country’s offshore wind development needs.”

Source: https://www.maritimeeconomy.com/post-details.php?post_id=aGVoag==&post_name=St.%20Johns%20Ship%20Building%20Announces%20Keel%20Laying%20Ceremony%20for%20Jones%20Act%20Compliant%20Crew%20Transfer%20Vessels&segment_name=4


Bellingham, Wash., based All American Marine (AAM) has delivered another whale-watching vessel to the Hanke family’s Puget Sound Express (PSE). This latest vessel, the Swiftsure, is modeled after the AAM-built, Teknicraft-designed Saratoga, delivered in the spring of 2018, but, at 77 feet long, is slightly longer than the 73-foot Saratoga.

whale-watching vessel
Swiftsure features Teknicraft’s signature integration of a wave piercer positioned between the catamaran hulls

The hull design is complemented by Teknicraft’s signature integration of a wave piercer positioned between the catamaran hulls to break up wave action and ensure reduced drag while enhancing passenger comfort. The vessel’s design offers all passengers a smooth ride and comfort as the hull provides a cushioned effect when encountering waves.

The USCG Subchapter T certified, high-speed catamaran whale-watching vessel has two asymmetrical semi-planing hulls and an adjustable aluminum midship hydrofoil plus two aluminum aft foils, which allow the boat to achieve top speeds of 40+ knots. This design, coupled with finely-tuned, wave-piercing eco bows, enables the boat to travel through calm and rough water at full cruising speed while keeping underwater noise to a minimum.

“This is another very special occasion for Puget Sound Express,” said co-owner Peter Hanke. “The Swiftsure is the third boat that we have had the opportunity to build with All American Marine. Once again, this vessel has exceeded all performance expectations while incorporating EPA Tier III engines. Despite numerous supply chain challenges during the construction process, All American still delivered this exceptional vessel on time and on budget. They listened to us and, as they did on the first two vessels, met or exceeded our needs. We’re excited for our customers to enjoy the Puget Sound onboard Swiftsure.”

DESIGNED FOR LOW FUEL CONSUMPTION AT HIGH SPEED

The Swiftsure was designed from top to bottom for low fuel consumption at high speeds, a factor critical to the success of the daily whale watch tours, which operate out of Edmonds. Wash., a short drive north of downtown Seattle.

Whake watching vessel bridge
Swiftsure’s bridge

Its four Scania Di 16 083M engines, with a rating of 800 mhp @ 2,300 rpm, power four HamiltonJet HJ364 water jets, complete with a state-of-the-art HamiltonJet AVX control system. .

AAM says this system is second to none in terms of maneuverability and fuel efficiency at higher speeds.

“During sea trials, we went out with a specifically fully laden vessel, and the difference in terms of fuel consumption between light laden and fully laden was almost negligible,” said designer Nic De Waal. “We’ve done many years of research to develop a vessel design that’s particularly low-wake, due in large part to our unique hydrofoil system that doesn’t displace as much water and create waves as is the case with traditional hull design.”

Interior of whale-watching vessel
Swiftsure interior

The soundproofing details in the engine room ensure that the passenger cabin of the whale-watching vessel is quiet and comfortable throughout the ride. The interior of the vessel is finished with cutting-edge materials, including recyclable Ayres aluminum honeycomb wall panels and recyclable Dampa aluminum ceiling tiles with acoustic insulation that span the main cabin as well as the interior cabin on the second deck. Other amenities include ADA-friendly accommodation spaces, comfortable Beurteaux seating, three restrooms, and an extended galley complete with a full-service bar for passengers.

The Swiftsure is also equipped with seven HDTVs and a premium sound system with speakers inside and out for a fully immersive experience throughout the vessel’s journey.

stern view of whale-watching vessel

Source: https://www.marinelog.com/passenger/all-american-marine-delivers-whale-watching-boat-to-puget-sound-express/


China has built permanent stations for its rescue and maritime forces on its artificial islands in the disputed South China Sea.

Citing reports from state broadcaster China Central Television, South China Morning Post said that a new flying squadron and maritime rescue and administration staff will be stationed on the Fiery Cross, Subi, and Mischief reefs, Beijing’s three biggest man-made islands in the Spratlys.

The SCMP said the Chinese move boosts a regular on-call rescue ship deployment into a permanent institutional presence that could greatly improve the coverage of the southern area of the South China Sea.

The Chinese newspaper added that the forward-stationed Chinese departments will “undertake maritime emergency rescue tasks, perform maritime traffic safety supervision and prevention of ship pollution and other duties in the Nansha (Spratly) waters, provide strong protection for the safety of ship navigation and daily production activities at sea for the people of coastal countries”, quoting a report from the Chinese state news agency Xinhua, using the Chinese name for the archipelago.

“This is a concrete step for China to better provide public goods to the international community and actively fulfil its internationalresponsibilities and obligations,” Xinhua added.

The SCMP recalled that there have long been calls to upgrade China’s search and rescue capabilities in the South China Sea, including a 2018 article by Shi Chunlin, a professor at the Dalian Maritime University, who argued it could help strengthen its “substantial presence in the disputed waters and enhance China’s dominance over South China Sea affairs”.

China claims sweeping sovereignty over the South China Sea under what it calls its historical nine-dash line, including all of the Spratly archipelago.

But the Philippines, Brunei, Malaysia, Vietnam and Taiwan have competing claims over some or all of the islands. Beijing has repeatedly rejected a 2016 ruling on the Spratlys by an international tribunal at The Hague that was overwhelmingly in favor of claims by the Philippines.

The SCMP said the Chinese Ministry of Transport’s newly established 2nd Flying Service Squadron of the South China Sea will be stationed in the Spratlys, taking on rescue duties that were previously performed by planes flying from bases on the mainland or Hainan Island.

Profession Shi stressed that arriving at a rescue site later than other claimants “does not match China’s status.”

The three reefs chosen for the enhanced facilities are located in a key area of the region and also host military garrisons. Each of them has large hharborsand a runway long enough for passenger planes.

The vast South China Sea is one of the world’s busiest waterways where up to 30 percent of the world’s trade passes through. More than 100,000 ships sail through each year. South China Sea emergency forces have successfully rescued 1,721 people over the past 10 years, according to official data from Beijing.

Ships in need of help can send distress signals either through the International Maritime Organization (IMO) or directly to the nearby local maritime administration. Beijing’s new offices in the Spratlys could also improve communication and emergency response, according to Chen Xiangmiao, a research fellow with the National Institute for South China Sea Studies.

However, search and rescue in this area is not only a humanitarian mission, but also involves political complexities, because of the overlapping territorial demarcations by six rival claimants, including China.

Search and rescue operations are independent of any territorial disputes, and the IMO has divided the sea into several regions to assign to surrounding authorities, even non-claimant Singapore. In fact, part of the Spratly area falls into Singapore’s search and rescue region.

Chen said Beijing is in talks with the Asean to create a regional search and rescue cooperation platform for the whole South China Sea, because such operations are always big efforts and cannot be carried out by one or two countries.
“Although there are political sensitivities in it, largely (search and rescue) is still a matter of public service,” Chen noted.

Source: https://manilastandard.net/news/314246439/china-builds-scs-rescue-maritime-station.html


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