Thursday, December 19, 2019

SAL Welcomes Three Heavy Lift Vessels With 800t Capacity To Its Fleet

SAL Heavy Lift announced about that it will expand its fleet by adding three heavy lift vessels that will have a lifting capacity of 800t in 2020. Those vessels will serve the clients of breakbulk and heavy-lift through SALs which is popularly known as Semi-Liner Service however it will also provide with new service options.

With the addition of the three vessels, SAL aims to makes its semi-liner service stronger. It will also make SAL one of the leading company in the heavy lift and project cargo segment.

The new vessels will also follow the traditional categorizing of vessels at SAL and thus they will join the fleet as type ‘171’.

The design of the vessels is that of type P1. They are equipped with two 400t SWL cranes with the capability of lifting about 800 tonnes is tandem along with 120t SWL crane. They will offer service to the clients along the key trade lines of SAL which is between Europe and the Far East. However, it will also offer services in the recent introduction of SAL’s Africa service.

Karsten Behrens, Director, SAL Engineering said, “The Type 171 vessels come with certain technical features such as ice class E3, equivalent to Finnish/Swedish 1A – amongst the highest in the industry.”

The ships can also operate in the Arctic region. SAL will also provide transfers on the Northeast path whenever possible.

Karsten Behrens continued, “The vessels also have very high crane pedestals which provide a much greater lifting height, in fact amongst the best in our fleet. In combination with the strong hydraulic hatch covers and large box-shaped holds with multiple tween deck configurations, it gives us an array of options when taking break bulk cargo onboard.”

Sebastian Westphal, CTO, SAL Heavy Lift added, “The vessels are, as the rest of our fleet, equipped with reliable high-quality machinery. With cranes from TTS-NMF, main engines from MAN and MacGregor hatch covers, the vessels are built with equipment with which we have tremendous experience. Despite obvious design differences with our other vessels the Type 171 will be reliable work tools in our fleet and will add value.”

The fleet of SAL is getting strong at a time when a large part of its current fleet is engaged in projects related to renewable and oil & gas.

Dr. Martin Harren, CEO, SAL Heavy Lift said, “I am very happy that we have been able to add these vessels to our heavy lift fleet. This way SAL will be able to service clients who may at times look for ships that can take larger volumes of cargo in combination with heavy lift items. With SAL Engineering providing the engineering solutions and our SAL crew manning the vessels, we continue to offer our well-known SAL quality and know-how, but on a larger scale – something that I am sure clients, both new and existing, will come to appreciate.”

The vessels that are scheduled to join the join the SAL fleet in Q1 2020 are “MV Hanna”, “MV Klara” and “MV Lisa”. The names of these vessels represent the family members of the former owner, Heino Winter Group that will be handling the technical ship management of these vessels.

Dr. Martin Harren concludes: “We have a long-lasting relation with the Winter family, and I am happy to see their continued involvement with these three ‘large ladies’.”

The other details and information about the vessels like the specific take over dates can be found on the website of SAL.

 

Reference: SAL



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AAL Bangkok Loads 12 Floating Crafts, Including 51-Meter Superyacht

The perfect solution for ocean transport has been offered by AAL Bangkok for one of the leading yacht transport and boat shipping company which represents a particular group of private owners who want a Caribbean climate for their pleasure cruising this winter.

A compiled cargo of 12 floating cargo was loaded on the special heavy lift S-Class vessel of AAL in Genoa, Italy. It was then transported successfully to the Virgin Islands and Port Everglades.

The 3,500m2 cargo had a 51-meter superyacht that weighted 400t, which proved short work for the Bangkok’s heavy-lift cranes and their combined 700t max lift.

The Chartering Manager of AAL, Pavao Kopic, said that because of the cargo’s nature and value, AAL has been chosen by the customers for it’s reliable track record and the high lifting capability and cargo intake volume of the S-Class fleet.

The expanding Europe-US service of AAL which has the options of multiple tonnage and regular sailings was used for the transportation of the cargo.

 

Reference: AAL



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CSA 2020 Shipowners Offer Insight On EGCS Installations As IMO 2020 Looms

The Clean Shipping Alliance (CSA) 2020 are suggesting the shipowners who want to install marine exhaust gas cleaning systems in order to meet the requirements related to the global sulphur cap, to make sure that good quality and high end materials are being used by manufacturers, shipyards and installers.

Through the expertise that the members of CSA 2020 have gained after the installment of over 1500 EGCS, they have discovered that the quality of the material and coatings used is the key factor for the optimisation of EGCS safety and for the aversion of any corrosion related problem that occurs during operation.

“There are always some challenges involved when specifying ships’ machinery systems and scrubbers are no different,” said Arne Hubregtse, Executive Board Member, Spliethoff. “Risks can be mitigated, however, by investing in quality materials, established suppliers and experienced installers, and by optimising machinery space layouts.

“We have installations onboard about 50 vessels in the Spliethoff fleet and to date we have not experienced any corrosion or other significant issues through operating these systems. In addition to the specification of quality materials we recommend experienced installers with good supervision during the installation process.”

Roger Strevens, Vice President, Global Sustainability, Wallenius Wilhelmsen, said: “While EGCS failure is not impossible, just as it is with any machinery, we believe we have minimised the risk – particularly of early-onset severe failure – by being very judicious in how we specify the systems and through being particular in who we are getting them from. If you buy cheap, you’ll pay twice!”

Wallenius Wilhelmsen installed its first EGCS in 2014 knowing that, like any first-of-type-installation, there would be the inevitable teething troubles. “We learned a lot from that first installation. The experience proved invaluable to subsequent installations,” added Strevens.

More than 200 exhaust gas cleaning systems that are installed in 83 opearting vessels that come under the Carnival Corporation umbrella have also been greatly reliable. Mike Kaczmarek, Sr. Vice-President Marine Technology, Carnival Corp said that more than 90% of the present system is available.

Kaczmarek, CSA 2020’s Chairman, said: “We have found EGCS systems are designed for world-wide operations and normally meet or exceed the specification. However, there are a few things to be aware of and, for example, we do recommend that the upper bellows (expansion joints) above the EGCS tower are replaced with a design using upgraded alloys during the installation process. This can help prevent any subsequent corrosion. Selection of quality materials is important.”

Grimaldi Group that is responsible for operating four different EGCS in more than 50 vessels. It reported over 90% reliability.

Dario Bocchetti, Head of the Grimaldi Group Corporate Energy Saving & Innovation, said: “The expansion bellows after the scrubber and the exhaust gas line can create problems. It is important to use high quality steel or alloys and make sure anti-corrosion coatings have been properly applied to the discharge outlet. Good specification and subcontractor selection can prevent problems later.”

“By confirming the operational performance of our members’ EGCS installations, we hope to allay any concerns relating to system failure or corrosion,” said CSA 2020 Executive Director Ian Adams. “The technology, the materials used, and the experienced gained from those first installations means that any corrosion issues can now be readily resolved.”

 

Reference: CSA



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Jan De Nul Successfully Wraps Up Liepaja Port Dredging

The capital dredging work for the enhancement of Liepaja Port in Latvia has been completed by Jan De Nul Group before the scheduled time.

For allowing the entrance and leave of bigger vessels completely loaded from the port, the access channel to the port was required to be adapted. As part of the Liepaja Port Water Infrastructure Works, the work of dredging was also given to Jan De Nul Group.

The work that was to be done by Jan De Nul Group included the removal of 2.7 million m³ of sediments in order to deepen the access channel of the port from 12.5 m to 14.5 m and the creation of a 14m new navigation channel of towards one of the main bulk terminals within the are of the port.

Challenging weather and soil conditions

Various weather and soil related challenges were faced by Jan De Nul Group during the project. Liepaja, which is one of the three major ports in Latvia is located along the west coast and is known for it’s low temperatures in winter and harsh weather conditions. The high waves that are seen constantly ain the Baltic Sea was a huge challenge for the Jan De Nul vessels, particularly during winter. The strong winds in Liepaja also had a great effect on the planning of the project.

The self-propelled Cutter Suction Dredger Fernão de Magalhães helped by three Split Hopper Barges was particularly selected for the dredging works because of the Baltic Sea’s heterogenous material. Very hard glacier sediments of sand, clay, stone and large boulders was to be removed by the Fernão de Magalhães.

Jan De Nul Group was able to deliver the project in just 9 months inspite of these harsh weather and soil conditions.

Mieke de Mûelenaere, Jan De Nul Project Manager of the Liepaja project: “We are proud to be able to finish the project 1.5 months ahead of schedule. Liepaja challenged us and we have succeeded. We are grateful to our colleagues of LSEZ for the constructive and positive cooperation which also led to this success.”

 

Reference: Jan De Nul Group



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Høglund And DNV GL Join Forces To Improve Data Generation And Sharing In Industry

A Memorandum of Understanding (MoU) has been signed by Høglund Marine Solutions and DNV GL in order to help in the generation and export of big data from ships.

This measure will help in better digitalization of the marine sector by offering opportunity to Høglund for the development of their expertise in automation and systems and DNV GL an opportunity to improve their classification services.

“The digital transformation of shipping is finally happening and opens the door to many long-sought-after advantages and necessary progress”, says Børge Nova, CEO of Høglund Marine Solutions.

“For many years, Høglund has pointed to the lack of consistency in ship specifications on how important data shall be made available for all stakeholders. By combining Høglund’s expertise in how to create, standardize and export data through a vessel’s integrated automation systems with DNV GL’s industry knowledge and independent role we can provide owners and operators with a more accurate overview of a ship’s performance and compliance with regulations.”

The complexity of the vessels are increasing and large amounts of data is also generated. The ship owners and operators can take improved decisions about the operating costs, reliability, efficiency and safety of the ships by combining high quality data and methods that are seamless to reach and analyze. The marine sector still has a long way to go before it can take complete advantage of all the performance data. In order to do so, the industry needs to enhance data collection, exportation and use and to get experience from various fields for collaboration.

Jon Rysst, Senior Vice President and Business Development Leader, of DNV GL remarked: “We are very excited to enter into this partnership with Høglund. Data is already the fuel that is driving the transformation of many other industries, often as a result of collaborations between different fields of expertise. For DNV GL, this cooperation represents an opportunity to harness the power of data to improve our classification services and to develop added services based on our independent role.”

 

Reference: DNV GL



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Wednesday, December 18, 2019

Wärtsilä Vessel Traffic Service To Increase Efficiency Of Europe’s Second Largest RoRo Port

Vessel Traffic Service (VTS) solution will be supplied to Calais and Boulogne that are two of the major ports of France by the technology group Wärtsilä.

The Wärtsilä VTS will be responsible for the management of vessel traffic of these busy ports so as to deliver better efficiency in operation and safety. Région Hauts-de-France, the government entity responsible for the tender, placed this order in October, 2019 with Wärtsilä.

Planning and traffic monitoring is optimized by the system in order to bring down vessels waiting time and allow for just in time pilotage.

“Wärtsilä’s Smart Marine Ecosystem approach utilises connectivity and the latest digital technology to raise the efficiency and safety levels of not only individual ships and complete fleets, but also port operations as well. The VTS solution is a central part of this approach, which delivers tangible benefits to all the various stakeholders,” says Dmitry Rostopshin, General manager, Ship Traffic Control Solutions, Wärtsilä Marine.

A VTS simulator will also be supplied by Wärtsilä for the training of the staff at port. Calais will be the first port that will have it’s own advanced installed VTS stimulator in France. This project also comprises the delivery of two solid state IALA Advanced radars that will be a combined with the present radars of port and seven seven operator workshops.

The Wärtsilä VTS software has a broad range functions. The solution is modular, scalable, and can also be upgraded in the future.

 

Reference: wartsila



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ABS Releases Industry-Leading Study Of USD 246M In Injury Claims

ABS, the American Club, and Lamar University (Lamar) are urging the industry to move forward for safety at sea with better reporting needs for injury and near miss reporting.

This call comes after the industry wide project which analysed over 12,000 injury records that costed $246m and after that 100,000 near-miss reports from the ABS and Lamar Mariner Safety Research Initiative (MSRI) and nearly a decade of data from the American Club.

The study provides a very new insight about the type of accidents at sea however the inconsistency of data and proper in for has led to the American Club, ABS, and Lamar to urge the industry to take up new comprehensive standards for reporting about maritime injury.

“Nothing is more important to ABS than the safety of the men and women working at sea. This project offers a deeper insight into how and where seafarers are being injured and also highlights what industry can do to take our understanding of safety to the next level,” said Christopher J. Wiernicki, ABS Chairman, President and CEO.

According to the research, the incident of tripping/falling happen frequently at sea and injuries that are sustained during lifting or in slips. Over 1,300 such incidents are present in the data of the study. The American Club data shows that over $85m is the cost of these incidents for a period of six-year that was studied. The average cost per incident is more than $65,000 in which lifting incidents averaged $48,000, falls and trips averaged $88,000, slips averaged $56,000. As per the costs and anatomical locations, the two body parts that costed the most were the head and neck which came to an average of more than $100,000 per incident that was followed by the back and torso at $66,000.

Joseph Hughes, the Shipowners Claims Bureau’s Chairman and Chief Executive Officer, “Shipping is currently navigating through a digital era in which asset owners are increasingly able to use the power of operational data to predict potential failures. As those capabilities grow, the industry would be well counselled to also get ‘smarter’ about how it compiles and uses its safety data.”

“This industry, academic, and class partnership provided valuable insight into the financial impact of injuries across the maritime industry. This is another tool to help provide better solutions to help prevent the occurrence and reoccurrence of maritime injuries. We all believe that this partnership will help improve the welfare of the maritime industry’s most valuable asset: its seafarers,” said Dr. Brian Craig, Lamar University, Dean of Engineering and Co-Director of the Mariner Safety Research Initiative.

 

Reference: eagle



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MOL’s Newbuilt LNG Carrier “Marvel Pelican” To Serve Mitsui & Co.

The delivery of the LNG carrier Marvel Pelican has been announced by Mitsui O.S.K. Lines, Ltd. The naming ceremony was organized by

announced the delivery of the LNG carrier Marvel Pelican. Before the delivery, on the Kawasaki Heavy Industries, Ltd. (KHI) organized a naming ceremony at the Sakaide Shipyard of KHI on 19th November.

Mitsui & Co., Ltd. (Mitsui & Co.), Senior Executive Managing Officer, Hirotatsu Fujiwara named the vessel the Marvel Pelican.

The third of the three newbuilding LNG carriers, the Marvel Pelican will sail according to the charter contracts that has been signed with Mitsui & Co. in September 2014 and January 2015.

These vessels will be mainly responsible for the transportation of LNG from the Mitsui & Co. backed Cameron LNG project in Louisiana, U.S.

The Marvel Pelican is featured with DFDE (Dual Fuel Diesel Electric) propulsion system. This system is heat efficient. It is more eco-friendly and has a more economically superior design in comparison to the normal Steam Turbine propulsion system.

Mitsui O.S.K. Lines is one of the largest LNG carrier owners and management companies in the world. It will strengthen its ties with Mitsui & Co. and will constantly use it’s experise and network to know about the requirements of the customers relating to the procurement of LNG and will actively offer secure and high quality LNG transportation services.

 

Reference: mol



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DEME Lays Keel Of First Dedicated Service Operation Vessel For Offshore Wind Farm Maintenance

DEME is making its first ever Service Operation Vessel (SOV) for the maintenance of wind farm. It is doing so in order to be able to provide a complete package of services to the offshore wind industry, ranging from installation to maintenance.

It is a concept by DEME and is designed in cooperation with Vuyk Engineering Rotterdam and Marin. This unique vessel enhances safety, comfort and workability for the technicians who work in the wind farms even during harsh conditions at sea.

On December 13th, the keel laying ceremony took place at the CEMRE shipyard in Yalova, Turkey.

The SOV will have a Small Waterplane Area Twin Hull (SWATH) design that will make sure the effect of low waves in movements when moving towards the wind turbines in comparision to a monohull SOV. The vessel will also allow secure transfer of crew in wave heights of about 2.5m. It will be the world’s first DP2, twin-hulled SOV.

The SOV is 60 m long. It will be featured with a motion-compensated gangway and daughter craft for the secure transfer of technicians to the wind turbines thus, raising the workability and capabilities of the vessel logistics. It is also designed keeping in view the latest standards of comfort thus, making the vessel a homely offshore base for about 24 technicians and a nautical crew.

The environmental aspects are a major part of the design of the vessel along with a waste heat recovery system and a Clean Design notation. The vessel with the DP2 technology can hold it’s place in harsh sea conditions and still continue to operate by consuming 50% less fuel in comparison to the traditional SOVs.

“We believe the twin-hulled design, a motion compensated gangway and dynamic positioning is a winning combination and will further reduce the costs of wind farm maintenance, especially compared to large monohulls reaching similar workability,” says Michael Glavind, Business Unit Director DEME Offshore. “With this first SOV joining our fleet, we further strengthen our capabilities to offer the full offshore wind package, from installation to maintenance.”

Long-term charter agreement with Siemens Gamesa Renewable Energy

As a part of a long-term maintenance contract for the Rentel and Mermaid & Seastar (referred as SeaMade) offshore wind farms in Belgium, SOV that is scheduled to be delivered in 2021 will be chartered by Siemens Gamesa Renewable Energy. This will be the first ever SOV that will work for three different wind farm sites.

“We keep innovating in offshore service logistics, this SOV is the next proof point: we are and keep being front movers with this pitstop concept to perform service with one SOV at three windfarms, comments Rene Wigmans, Siemens Gamesa’s Head of Maritime and Aviation Solutions.”

 

Reference: deme-group



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ClassNK Certifies NYK Group Ship Management Company’s Cyber Security Management System

The Cyber Security Management System (CSMS) of the subsidiary of NYK Group, NYK LNG Shipmanagement Ltd. and its managed carrier ‘Pacific Mimosa’ has been certified by the Classification Society ClassNK. The Society has verified the CSMS for the first time.
“Cyber Security Management System for Ships” was launched by ClassNK in March 2019. It offers guidance to ensure, implement, maintain and constantly improve the cyber security management system of companies and ships with the aim to make shipping safe. It comprises steps of management relating to protection against cyber risks not only in the navigation stage but also in construction and designing stage of ships.
This inspection for the CSMS certification confirmd the data related to the CSMS that has been made for both the company and the ship and analyzes policies of cyber security, risk assessment and is according to the standards that have been established bt the Society. In this particular inspection, the CSMS of NYK LNG Shipmanagement Ltd. and “PACIFIC MIMOSA” have been confirmed to be according to the standards of ClassNK.

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ICS, ECSA & ANAVE Move Full Speed Ahead Towards Full Decarbonisation

An event regarding the decarbonisation of shipping was organized by the International Chamber of Shipping (ICS), the European Community Shipowners’ Associations (ECSA), and the Spanish Shipowners’ Association (ANAVE) at the COP25, the UN Climate Change Conference which was held in Madrid.

“As shipping’s global regulator, the UN International Maritime Organization has successfully enhanced the sector’s impressive environmental performance through a comprehensive framework of regulations which enjoy robust enforcement worldwide and this includes greenhouse gas reduction,” said Simon Bennett, ICS Deputy Secretary-General.

“There are already mandatory CO2 reduction regulations in force globally that will require all new ships to be at least 30% more carbon-efficient by 2025, with a 50% improvement by large containerships by 2022. In line with the ambitious CO2 reduction targets which IMO Member States agreed last year, the IMO will adopt a new package of regulations in 2020 with a focus on operational fuel efficiency and speed optimization. This should ensure further CO2 reductions by 2023 and that the sector is on track to exceed the IMO target of a 40% efficiency improvement across the entire world fleet by 2030.

“The industry’s greatest priority is to help the IMO make rapid progress with implementing its very ambitious 2050 target, cutting the sector’s total CO2 emissions, regardless of trade growth, by at least 50%, with full decarbonization soon after. Accelerating R&D of zero-carbon technologies and propulsion systems that can be applied on trans-oceanic ships must, therefore, be at the heart of the IMO strategy.”

After the presentation by ICS, ECSA talked about the European front after the announcement of the European Green Deal on Wednesday.

“The industry fully supports the ambition by the new European Commission to be the first climate-neutral continent. Moreover, the climate emergency is a global crisis, it needs a global strategy. We really need the EU to play a proactive and positive role in the IMO discussions supporting the development and adoption of ambitious international regulations to be applied globally as soon as possible,” commented Martin Dorsman, ECSA Secretary-General.

“We urgently need new technologies and alternative fuels. The EU can support R&D by making EU funds suitable for use by the shipping industry and the broader maritime cluster. Europe must support pilot projects and the deployment of bunkering infrastructure in EU ports for new fuels.”

The Director-General of ANAVE, Manuel Carlier then talked about some success stories.

“Shipping is the transport mode with lower CO2 emissions per t x km. By promoting the shift of cargo and passengers from road and air to the sea, we will effectively lower CO2 emissions,” he said.

“For example, 50% of trucks have been shifted to the Motorways of the Sea between Italy and Spain in the western Mediterranean. That is a lot of CO2 reductions obtained. The same is done in passenger transport between the Canary Islands, where moving one passenger from plane to ship means reducing CO2 emissions by more than 80%.”

A lot of people attended the event at COP25. The event was closed with an open discussion with the audience.

 

Reference: ics-shipping



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Maersk Launches New Visibility Tool “Captain Peter”

The new Remote Container Management (RCM) platform has been launched by Maersk. It is featured with the virtual assistant Captain Peter. More than 3,600 companies have signed up since it’s launch in September, 2017 for RCM and information transparency from more than 380,000 refrigerated containers that are a part of the joint fleet of Maersk and Hamburg Süd it offers.

“Over the last two years, our RCM product has proven good value to our reefer customers, but we have also identified key areas of improving such a cargo visibility tool,” explains Ken West, Reefer Digital Development Manager at Maersk. “With Captain Peter, we are significantly elevating the customer experience of working with the data and building the foundation for delivering even more advanced features around it.”

The temperature, humidity and CO2 levels of the container is watched by Captain Peter and the customer is notified if there’s something that requires attention. It has cloud based data so as to raise agility and can also be shared easily and changed according to the particular needs of the customers.

Wiskerke in one of the main customers that has been a part for the development of Captain Peter. Talking about the tracking of reefer shipments, the visibility service that is provided by the company makes it stand out.

“I choose Maersk and Captain Peter over others because I can see what is happening with my cargo. You can’t imagine the pain I’m feeling when I can’t see what is happening during the voyage,” says Chayenne Wiskerke, Managing Director of Wiskerke Onions.

Maersk is planning to continue the communication with its customers and bring in other advanced features to the new reefer platform by offering customers with the best value of their businesses by digital innovation.

 

Reference: maersk



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Tuesday, December 17, 2019

Container Jacking Systems Make Their Mark In Intermodal Container Logistics

With installation in more than 20 countries, C-Lifts are coming up as a more possible equipment for lifting which is a competitor for the mid-range container handling market and dominates the container jacking niche.

“Companies are realizing that in many cases, a vertical lifting container system is a superior solution to traditional container handling equipment,” says BISON CEO Greg Fahey.

“Previously, the only options were capital-intensive pieces of equipment, or at a pinch, hiring a crane. Given the size and cost of traditional CHE. Buying these big machines can be a little like using a sledgehammer to crack a nut!”

We can also say that due to the cost and size of the traditional container handlers, they are not reachable to many operators.

The container jacks help organizations to have more control over the shipping operation of their containers as a part of the cost or traditional equipment.

However, the importers and exporters now realise that they can remove the task of scheduling by owning their private container lifting system.

Fahey continues: “A coolstore customer of ours was frustrated with the shortage of haulage companies with the capability to also put containers on the ground. By installing their own container hoists on site, they have taken back control of their container logistics and are able to work with a wider range of haulage companies – cutting costs and making it easier to ship on time.”

The small footprint and profitability of C-Lifts are a large source of benefit for the owners of containers. Container ships are being delivered by the contractors into safe facilities on scheduled time which eliminates the problem of coordination with the third party.

In Fahey’s words “We have put the power back in the hands of the operator.”

A better order growth is expected by BISON in the year 2020.

“We’re delighted with the global interest,” says BISON CEO, Greg Fahey. “We are receiving orders from across the globe.”

The automated A-Series, the portable heavy-lifting P-Series and the manual M-Series are a part of the C-Lift range.

The range of BISON C-Lift will expand with T-Series adding in it in early 2020.

 

Reference: BISCO



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The Ocean Cleanup Chooses DNV GL To Verify Origin Of Their Ocean Plastic

DNV GL has been working with Ocean Cleanup for 18 months for the establishment of a set of needs and processes of verification which is created to help build the trust and transparency for customer.

The Dutch non-profit organization, the Ocean Cleanup develops innovative and new technologies in order to eliminate the plastic from the ocean. It has brought out the very first batch of plastic to the shore from the ocean. This was their first mission Great Pacific Garbage Patch in which the largest accumulation of plastic waste in the world was done which spanned an area of about 1.6 million square kilometres.

The plastic trash that is so collected will be changed into products and sold in order to contribute to the fund for the cleanup operations. The Ocean Cleanup has chosen DNV GL as their partner for assurance to check the source or origin of the plastic.

“To bring transparency to the market, we asked the leading certification body DNV GL to launch a standard, to certify that ocean plastic is actually 100% plastic taken from the ocean. DNV GL followed every step of ocean plastic and will continue to do so, to be able to confirm if the plastic in our products truly is 100% coming from the ocean,” says Boyan Slat, Founder and CEO of The Ocean Cleanup.

DNV GL has been making a set of needs and processes of checking. These techniques help in tracing and making the definition of ocean plastic clear thus, making the developing market more transparent. The next step is to make these requirements a standard that will be open for any party that wants ocean plastic product certification. This will make sure that the origin of the recovered plastic is defined and verified thereby, building trust in the customers that the products are made from the plastic that is recovered from the ocean.

“Building trust through standards and independent verification has been DNV GL’s work and mission for more than 155 years. Our objective has always been to address challenges at hand, contributing to safer and more sustainable outcomes in a transparent way. When purchasing products verified by DNV GL, consumers can fully trust that it is an ocean plastic product and that they are contributing to the solution,” says Luca Crisciotti, CEO of DNV GL-Business Assurance.

 

Reference: dnvgl



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Ships Dumped 35 Million Tonnes Of Contaminated Water Off Coast BC, Canada

According to a study commissioned by WWF-Canda, about 35 million tonnes of washwater waste was dumped in the BC coast by 30 ships that had scrubbers in 2017.

Hazardous sulphur oxides are eliminated by the scrubbers from exhaust gases of heavy fuel oil which is used in the engines of marine containers. As a result, washwater is dumped in the ocean.

These discharges are very harmful and thus, kills whales and other species. 90 per cent of this discharge was caused by cruise ships.

According to the study, 50 per cent of the ships used open loop scrubbers that dispose the washwater immediately. This washwater has carcinogens and heavy metals. Hybrid systens were used by the remaining ships which enables the operators of the ship to control when the washwater is discharged by temporarily storing it.

The report also says that the discharge by these scrubbers can increase by about 35 per cent in 2020 because the number of ships that will use scrubbers will increase in order to comply with the new regulations of IMO. Two thrid of this increase will be led by cruise ships.

WWF-Canada is with the idea of removing the use of open-loop scrubbers and/or discharge from hybrid scrubbers in Canadian waters, particularly in the areas that are marine protected and critical habitats. The change from HFO to the fuels that do not need scrubbers will remove the harm caused and will help in zero emission shipping by 2050.

Andrew Dumbrille, senior specialist of sustainable shipping with WWF-Canada, says, “Canada has a responsibility to safeguard our oceans. Washwater discharges from open-loop scrubbers pollute habitat and negatively affect wildlife, and an HFO spill would be devastating to coastal communities.”

Hussein Alidina, lead specialist of oceans with WWF-Canada, says, “Southern resident killer whales in BC are under an enormous amount of stress, and it is concerning that washwater effluents may be further degrading their critical habitat. Pollution and contamination from all sources, including shipping, need to be reduced for long-term recovery of this population to be possible.”

 

Reference: wwf



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AST Announces Service Provision For Iridium’s Global Maritime Distress and Safety System (GMDSS)

Applied Satellite Technology Ltd (AST) has announced to be a Service Provider for Iridium’s Global Maritime Distress and Safety System (GMDSS).

In the first half of 2020, the new service plan will go live. It will offer global satellite GMDSS service to the seafarers and provide with a very new option in satellite network and equipment.

For the first time, all the three GMDSS services- safety voice, distress alerting and maritime safety information messaging will be featured by Iridium® GMDSS. It will also make use of the global voice and data services of Iridium. All of these in one cost effective and compact terminal.

AST’s Group Managing Director, Gregory Darling said; “We’re delighted and proud to be at the forefront of this exciting new service, building on our strong relationship with Iridium and further expanding our capability in the maritime market”.

He continued, “We continually invest in our own solutions and services designed to bring our customers reliability, efficiency and choice. With our extensive experience in this market sector and our exceptional 24/7 manned global customer service capabilities we look forward to adding this life-critical service to our portfolio.”

Iridium received the recognition to offer GMDSS in 2018 from IMO. Then a public service agreement to be a regulator of the service was signed with IMSO in 2019.

 

Reference: theastgroup



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FURUNO Presents New Solid-State & IMO-Compliant Magnetron-Free X-Band Radar/Chart Radar

NEW 800W IMO Solid-State device X-band Radar/Chart Radar has been introduced by FURUNO. It provides with a Radar Solution that is entirely Magnetron-free for the first time in both X-band and S-band along with X-band models to the FAR-2xx8/3xx0 NXT Series (from next summer 2020).

Magnetron consumes a lot of power. However, the Solid-State technologies provide a same level of performance with low power consumption. Thus, we can say that Solid-State NXT Radars are not only eco-friendly but also more powerful.

Summary:

For the first time, a Magnetron-free Commercial Radar/Chart Radar Solution in both X-band and S-band

High performance

No consumable part for reduced operating costs

Eco-friendly Radar

“As a leader in marine electronics, FURUNO is committed to providing ever more efficient tools to ensure safety at sea, while respecting the world’s environmental objectives.(SDGs)”

About Solid-State technology

Instead of magnetron, electronic parts are used in the solid-state technology for the generation of microwaves. This technology reduces amount of power is used, does not wear out and needs no maintenance, thereby decreasing the cost of operation. Moreover, no pre-heating time is needed thus, the start is quicker in comparison to the one with a magnetron.

Though a Solid-State Radar is more eco-friendly and needs less maintenance, it offers the same performance as given by the one with magnetron.

 

Reference: FURUNO



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Royal Caribbean Wins ‘Best Cruise Line Overall’

The Royal Caribbean International had yet another record breaking year. It won five awards at the Travel Weekly Readers’ Choice Awards on the 15th of December, 2019

It was awarded the “Best Cruise Line Overall” and “Best Cruise Line in the Caribbean” for the 17th year in a row and “Best Cruise Line Sales & Service” for the 12th consecutive year.

The event was held in New York City. It recognizes and awards the best ones according to votes of the travel advisory community. The Royal Caribbean International also won the awards for “Best Overall Individual Cruise Ship” for Symphony of the Seas and “Best Entertainment” again.

“It’s more than an honor to be recognized as the leading cruise line yet again. In fact, we see it as a resounding vote of confidence in Royal Caribbean vacations and the mark they are making on the industry year after year,” said Vicki Freed, senior vice president, Sales and Trade Support & Service, Royal Caribbean International. “With our sweep of the industry’s top categories and the power of our relationships, 2020 will hands down be our biggest year to date. We are so grateful for the support from the travel partner community and Travel Weekly – our success is your success and these awards are for you, too.”

 

Reference: royalcaribbeanpresscenter



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ABB Wins €157 Million Contract To Power Genting’s Next-Generation Cruise Vessels

ABB gets a contract of €157 million for the supply of power, propulsion and digital solutions to the six ‘Universal Class’ vessels of Genting Hong Kong which aims to bring the leading hotel brands to the sea.
The design of these vessels will be according to the safety and environmental standards. Azipod® electric propulsion of ABB will be used to power these vessel.
Twin Azipod® units along with 30MV power will be used for the propulsion of each 286 meter vessels. The vessels will run on LNG thereby, reducing emissions.
MV Werften which is owned by Genting will construct the vessels. The vessels are scheduled to deliver in 2023-2024.
These vessels will offer it’s guests with the best luxury cruise experience. It will have top notch facilities. It will have the capacity to accommodate 1,000 to 4,000 passengers depending on the Luxury, Premium or Contemporary class. Every vessel will have 15 decks. All of these ships will be opearted by Genting for hotel brands that have been wanting to enter the cruise industry but were unable to because most of the slots for shipbuilding were occupied.
These vessels will also be capable of being connected to ABB Ability™ Collaborative Operations Center infrastructure that keeps a check on the performance of ABB technology on board and also connects the operators with experts of ABB.
“These vessels represent the next generation of cruising, with their high flexibility, sustainable profile and highest safety and efficiency standards. ABB’s Azipod® electric propulsion, known for its unparalleled performance, environmental credentials and reliability, has been a natural choice for these vessels,” said Gustaf Gronberg, Executive Vice President, Marine Operations & Newbuilding, Genting Hong Kong.
“With these vessels, we enter a new era of sustainable cruising, and we are pleased to collaborate with ABB, who through the years have proven to be a reliable solution provider, enabling us to deploy advanced technology that defines the future of cruising,” said Peter Fetten, President and CEO of MV Werften.
“Sustainable technologies are at the heart of what we do at ABB, and we are truly honored to continue our long-standing relationship with MV Werften and Genting and have our technology chosen for these ships that seek to redefine modern-day cruising,” said Peter Terwiesch, President of the Industrial Automation business at ABB that provides with solutions for a variety of industries including marine.
“Azipod® propulsion has become an industry benchmark for environmentally-friendly cruise technology, with its proven ability to cut fuel consumption by up to 20% compared to traditional shaftline propulsion systems,” said Juha Koskela, Managing Director, ABB Marine & Ports. “Fuel savings of over 900,000 tons have been made in the cruise segment alone due to the selection of Azipod® propulsion.”
In the Azipod® propulsion system the electric drive motor is in a submerged pod which is situated outside the ship hull. It can rotate 360 degrees in order to raise the maneuverability and efficiency of operation. Thus, Azipod® propulsion offers better comfort to the passengers and crew by reducing the noise and vibrations to the minimum.

Reference: abb



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Sunday, December 15, 2019

CLIA Releases 2020 State Of The Cruise Industry Outlook Report

2020 State of the Cruise Industry Outlook report has been released by the largest cruise industry trade organization of the world, Cruise Lines International Association (CLIA). According to the report, in 2018, 1,177,000 jobs have been provided by the cruise industry which amounts to $50.24 billion in wages and salaries and $150 billion in total output worldwide.

It also shows the commitment shown by the entire industry towards responsible tourism practices by paying attention to environmental sustainability and destination stewardship.

The report also shows the $22 billion investment made by the industry for the development of new technologies that are energy efficient, partnership with the local governments of major areas and it’s commitment to bring down the emissions of carbon by 40% by 2030.

“While demand for cruising has reached new heights, the cruise industry is accelerating our efforts to be a leader in responsible tourism,” said Kelly Craighead, president and CEO, CLIA. “Our members are at the forefront of best practices designed to protect the sanctity of the destinations we visit and enhance the experiences of travelers and residents alike.”

According to the data that has been released recently, about 32 million passengers are set to sail in 2020. In order to meet this growing demand, CLIA Cruise Lines are expected to launch 19 new ocean ships in the years to come. This will total to about 278 CLIA Cruise Line ocean ships that will be operating by the end of 2020.

A growth in the industry leads to a positive economic growth of the world. According the CLIA 2018 Global Economic Impact Analysis that has been released recently, passengers spend about $376 before boarding a cruise in port cities and at every port destination during a cruise, they spend $101.

“The industry’s economic impact is a big part of the story, especially as it relates to our passengers’ contributions to local economies and the diverse workforce onboard our ships,” said Craighead. “We recognize that with growth comes increased responsibility to raise the bar in all aspects of what we do to ensure cruising remains a force for good and the best way to experience the world.”

 

Reference: cruising

 

 



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Damen Technical Cooperation Launches Windermere Lake Cruises’ New Vessel

MV Swift was launched on the 11th of December on Windermere waters in the Lake District National Park, England. The Shipyards is being built by Damen Shipyards Group for Windermere Lake Cruises through the Damen Technical Cooperation (DTC).

This vessel measures to 34 metres which is little shorter than the other vessels like MV Swan and MV Teal in the fleet of Windermere Lake Cruises.

This will allow the vessel to dovk the smaller jetties of the region, leading to the development of the economy of a larger number of local businesses.

With the help of DTC, Damen now has an experience to construct vessels even on inland locations. It’s been more than 40 years that Damen has been supporting projects related to shipbuilding all around the world with DTC.

The customers of DTC are free to choose the amount of support they want to take such as design of the vessel, a materials package, a combination of design, materials, shipbuilding advice, assistance and training.

Damen sales manager Mike Besijn said, “The DTC concept makes it possible to be a Damen customer wherever you are in the world. This is the first time in Damen’s history that we have built a vessel in the UK and we are incredibly proud to have this opportunity. This is a great example of how British and Dutch companies can work together. Working with Windermere Lake Cruises has been, and continues to be, a joy.”

John Woodburn, Windermere Lake Cruises’ operations director, said, “It was two and a half years ago when we decided to invest in a new vessel, so today is a real milestone for Windermere Lake Cruises. It was also brilliant to see so many people come to watch at our Lakeside pier, from members of the public to TV, radio and newspaper crews. We’re now looking forward to working on MV Swift’s interior, with further extensive work planned before the vessel goes into service in mid-2020. Damen has done a fantastic job on this vessel and it’s been a great experience to work with them on this project, at their shipyard and here at Lakeside in recent months.”

“Today was a real heart-in-mouth moment as the plan we’ve been working towards all came together at last. I’m delighted to say the launch went without a hitch and it’s tremendously satisfying to see MV Swift gracefully floating on Windermere’s surface. I’m sure I speak for the whole team when I say we can’t wait to welcome passengers onboard in the summer.”

 

Reference: damen



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APM Terminals’ Moín Container Terminal Reaches 1 Million TEUs

The Moín Container Terminal of APM Terminals completed the movements of 1 millionth TEU on the 11th of December, 2019. Reaching this number after operating for just 10 months is great achievement. This is also important because on reaching the volume of 1.5 million TEUs in an year, the next phase of the terminal will be built. APM Terminals has a concession of 30-years for operating in the terminal.

A fully cellular container vessel unloaded the millionth TEU. It was also draped in commemorative tarpaulins so as to represent the milestone that had been acheived in Costa Rica Caribbean.

While the operation was going on, the six gantry cranes of Moin Container Terminal worked quicker so as maintain fluidity in loading and unloading of the containers that were destined for the United States, Europe and South America. This increased the productivity to more than 28 movements every hour on each crane.

Supporting the local community

This milestone is also a representation of the achievement of the 1,000 local members of staff who have surpassed a number of records ever since February, 2019 when the terminal was opened. “As a team, we are very proud to achieve this millionth movement in the TCM, a world-class Terminal that brings well-being and development to the community, to the country and to the region, ” said Hartmut Goeritz, MD of APM Terminals Moín.

According to the commitment made to Costa Rica, till now about US $11 million has been contributed by APM Terminals that is to be used and invested by the Government for the projects relating to the development and employment of the province of Limón.

 

Reference: apmterminals



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Ocean Network Express Joins NYSHEX Expanding Carrier Network

Group of unique carriers that make use of NYSHEX has been joined by ONE so as to provide it’s customers with the ability to enter contracts that are digital and mutually enforceable.

More than 60% of the world’s capacity is presented by the leading 7 global ocean carriers on NYSHEX. The three container shipping alliances that are 2M, Ocean Alliance and THE Alliance are also represented by the member carriers. These alliances offer the NYSHEX shipper members with a wide range a service options to choose from.

“NYSHEX enables us to offer our customers an additional platform to contract with us, whereby the agreed terms are mutually enforceable. The guaranteed equipment, space and price that we offer through NYSHEX will help our customers to plan their supply chain and to lock in their transport costs up front. Having our customer’s commitment to show up with their cargo as contracted, allows us to optimize our network and more accurately plan our vessels, which in turn provides more cost effective and reliable services,” said Sundeep Sibal, Senior Vice President of Trans Pacific and Trans Atlantic trade at ONE.

In the beginning, only some offers for the Transpacific Eastbound trade on the exchange will be posted by ONE from mid-December this year for sailings in January.

“We are thrilled to welcome ONE as a carrier member of the exchange. The ONE approach to container shipping today is refreshing and relevant, we look forward to the continued collaboration and innovation,” added Gordon Downes, CEO of NYSHEX.

The digital contracts that are made through NYSHEX have a fulfillment rate of 98.4% that further enhances the reliability for both shippers and carriers. Moreover, ONE is joining NYSHEX at a time when it is increasing the number of services that it provides.

 

Reference: ajot



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Saturday, December 14, 2019

Semtech, Wilhelmsen And TTI Transform Maritimes With Lora-Based Connectivity

Semtech Corporation, Wilhelmsen and The Things Industries (TTI) have entered into a partnership to leverage devices that help in providing cost effective, robust and proven IoT solutions to the maritime sector to Semtech’s LoRa®.

Wilhelmsen that was founded in 1861, is a global maritime industry group. It has partnered with TTI and Semtech’s LoRa devices as the first step for the new global 2.4GHz maritime IoT network that offers an environment that is cost-effective, robust and has proven IoT solutions for all its customers from all over the world both at “land and sea.”

It is estimated that the global maritime shipping industry will register about 16.82% in the period between 2019-2014. With the expectation of such a growth in the market, Wilhelmsen is installing the LoRa-based connectivity in its own operations so as to enhance its efficiencies. It will also provide its customers with proper, connected IoT solutions.

20,000 ships are served by Wilhelmsen from 2,200 ports that located in about 70 countries. It also handles over 220,000 product deliveries annually.

“We have evaluated wireless solutions for decades to deliver efficiencies at land and sea. The technology solution of choice needed key capabilities to revolutionize our strategy – long range, low power and a strong, open ecosystem,” said Jon Helge Ulstein, Senior Project Manager at Wilhelmsen. “This new system is expected to benefit our customers immediately and is a step towards autonomous vessels and industry 4.0. Spearheaded by Wilhelmsen’s ship management division, this new IoT platform will be utilized to deliver, among other things, digital condition monitoring, asset tracking and logistical applications. This goes hand in hand with the group’s onboard app store project, ShipOS, headed by RaaLabs.”

The LoRa-based wireless sensors can monitor various variables, comprising the state of machinery, fuel efficiency, environmental metrics and cargo. The data thus collected is used to carry out preventive maintenance. Thereby, reducing the risk of idle time of the ship because of repair or incidents. Apart from this, the system can also optimize the performance of processes, by decreasing manpower, waste, and cost. TTI was chosen by Wilhelmsen for the development of its IoT platform because this would help Wilhelmsen to tap into an present chain of vendors and service providers which would allow access to the group of certified sensors, hardware designers, systems integrators, and application developers.

“We are excited to be a partner in this important project and we are looking forward to working with the broader LoRaWAN® ecosystem to make this a success for Wilhelmsen and the maritime industry,” said Wienke Giezeman, CEO of The Things Industries.

“Wilhelmsen’s rich history of industry expertise and innovation, combined with Semtech’s proven LoRa devices, offers its customers a flexible ecosystem to deliver robust and cost-effective IoT solutions to transform the maritime industry,” said Marc Pegulu, Vice President of Semtech’s Sensing Products Group. “Our work with Wilhelmsen showcases the flexible, proven and scalable capabilities of LoRa in a variety of industries and verticals.”

 

Reference: businesswire



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Bunker Fuel Tracking Startup Celebrates Prestigious Maritime Award For Supply Chain Innovation

The Excellence in Supply Chain Management and Innovation award was won by Blockchain and BunkerTrace which is a DNA-based fuels tracking system at the Lloyd’s List Europe Awards on Tuesday night.

This award recognizes the company that uses its technology for providing the best services to its customers both in the land and sea supply chain.

The judges highlighted the potential of BunkerTrace to make the marine fuels supply chain more transparent by offering end to end traceability and thus complying with the 2020 regulation by IMO.

BunkerTrace CEO Marc Johnson commented: “We’re extremely proud to have accomplished so much in our first few months of business, having just launched in October. Having successfully trialled our marine fuel tracing system in the Netherlands and now won the Lloyd’s List award, this puts us on a great footing to scale up commercially as we go into 2020.

“We’re pleased to bring a new solution to the market ahead of IMO 2020, which will provide traceability and improve accountability in the bunker supply chain.

“We’d like to thank all our industry partners, colleagues, friends and supporters for helping us achieve these milestones and win the supply chain innovation award.”

BunkerTrace Technical Sales Director, Stuart Hall said: “This time last year at the same ceremony, Forecast Technology met Blockchain Labs for Open Collaboration (BLOC) and BunkerTrace was born. By combining Forecast’s synthetic DNA tracers and BLOC’s blockchain expertise, we’ve created a system which manages marine fuel risks by creating a transparent chain of custody that combines both physical and digital systems.

“We’re very proud to have one this won this award in a very competitive category and well done to all the other winners at the event.”

 

Reference: BunkerTrace



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Friday, December 13, 2019

ABS Releases Fuel Cell Guidance To Support Industry Decarbonization Objectives

A Guide for Fuel Cell Power Systems for Marine and Offshore Applications has been published by ABS. It will help in the design, evaluation, and construction of fuel cell systems on vessels and offshore assets.

“As technology evolves and regulators challenge shipping to decarbonize, fuel cells are increasingly seen as having an important role to play in meeting that challenge,” said Gareth Burton, ABS Vice President, Technology. “ABS has in-depth experience in assisting vessel owners and operators in low carbon emission options. Now is the right time to support the industry with guidance on compliant and efficient application of fuel cell power.”

The Guide covers all types of fuel cell. It gives importance to the usage of fuel cell systems and arrangements for propulsion and auxiliary systems in new builts as well as the retrofit projects keeping safety principles intact.

After the installation of fuel cell comes in terms with the Guide’s requirements, the optional notation FC-E (Essential Service) or FC-NE (Non-Essential Service) may be granted on the request of the Owner. It has been crafted keeping in the view the new draft Interim Guideline to the International Code of Safety for Ships making use of Gases or other Low-flashpoint Fuels (IGF Code).

In order to find out about the usage of hybrid solid oxide fuel cell, the technology related to gas turbine generator and to know more it’s possibility to be installed on ships for future generations of LNG Carriers, ABS completed a joint development project with Daewoo Shipbuilding & Marine Engineering Co., Ltd.

Mr. Il-Guk Woo, DSME Vice President, Naval & Energy System R&D Institute, said: “Based on the lessons learned from the previous research, we established a design philosophy, emphasizing a balance between efficiency and simplicity for the sake of easy manufacturing, installation, operation and maintenance. This technology will be available to the market in the near future.”

In the ABS Advisory on Hybrid Electric Power Systems, fuel cells have also been mentioned. It analyses the probable advantages and disadvantages, obstacles and the preparedness for the primary hybrid electric power systems and parts that will suit the marine and offshore applications the most.

 

Reference: eagle



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Global Ban On Exporting Hazardous Waste To Developing Countries Becomes Law

The Basel Ban Amendment which the members to the Basel Convention adopted in 1995, bacame an international law on the 5th of December, 2019. This is related to the Control of the Transboundary Movement of Hazardous and Their Disposal.

Ratified by 98 countries, this amendment puts a prohibition on the export of hazardous waste from the Member Nations of the European Union, Organisation for Economic Cooperation and Development (OECD), and Liechtenstein to all other countries. This agreement has become a new Article (4a) of the Basel Convention.

The countries and organizations that supported the formation of the Basel Ban Amendment and Basel Action Network (BAN), the member organisation of the Platform got the result of their persistence.

The prohibition is relevant today also because of the continuous export of harmful electronic wastes, plastic wastes and end-of-life vessels from the Global North to Asia and Africa’s polluting operations.

“The Ban Amendment is the world’s foremost legal landmark for global environmental justice. It boldly legislates against a free-trade in environmental costs and harm”, said Jim Puckett, Executive Director and Founder of Basel Action Network

Inspite of the enforcement of this ban as an Article, industries like the electronics and shipping industries are trying to manipulate the meaning of what the Ban. They are doing so because they do not want their commodities to come under the legal constraints that have been enforced by the Convention and the Ban.

“Shamefully, electronics manufacturers like HP, Dell and Apple are lobbying for the Basel Convention to call non-functional electronics ‘non-waste’ and thus not subject to the Basel Ban if somebody simply declares these wastes as possibly repairable”, said Jim Puckett, Executive Director and Founder of Basel Action Network.

In the same way, the shipping industry has run away from its responsibility related to old worn out vessels as per the Basel. A seperate Hong Kong Convention has been designed particularly to continue dumping toxic vessels on the beaches of South Asia.

The notable countries that have not ratified the ban are the United States, Canada, Japan, Australia, New Zealand, South Korea, Russia, India, Brazil, and Mexico.

“There can be no excuse for any country to use poorer countries as convenient dumping grounds for their waste, and it is especially ugly to do this in the name of recycling or the circular economy. With the Ban Amendment now international law, we hope and urge that all countries that have failed to ratify it will reconsider what it means to be global leaders in the age of globalisation”, said Jim Puckett, Executive Director and Founder of Basel Action Network.

 

 

Reference: shipbreakingplatform



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UN Climate Conference – ICS Embraces ‘4th Propulsion Revolution’

At the United Nations Climate Change Conference (COP 25) which was held at Madrid, the International Chamber of Shipping (ICS) represented the association of national shipowners of the world and more than 80 percent of the world merchant fleet.

“ICS is acutely aware of the urgent need for all economic activities, including international shipping, to eventually eliminate GHG emissions as soon as practicable, through a combination of short term measures such as such as speed optimization and longer-term measures such as the use of zero-carbon fuels,” said the ICS Deputy Secretary-General, Simon Bennett.

“Now we need to redouble our efforts to deliver further dramatic improvements in fuel efficiency, as demanded by governments and society at large.”

“The transition to zero CO2 emitting fuels – which ICS has dubbed the ‘Fourth Propulsion Revolution’ – is the challenge of our age, and one that we know the industry will embrace. This will require truly massive investment in research and development, which ICS believes must be at the heart of the IMO GHG Strategy if the ambitious reduction targets that IMO Member States have set are to be met.”

“Indeed, based on the total impact of the commitments so far made by governments as part of the Paris Agreement, successful delivery of the IMO targets will decarbonise shipping at a much faster rate than the rest of the world economy, whose emissions are projected to continue increasing for at least a further 10 years,” he added

 

Reference: ICS

 



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SAL Heavy Lift Becomes World’s First With New Emissions Reduction Technology

SAL Heavy Lift has become the world’s first shipping company that has taken up a new hydrogen/methanol technology to its fleet.

FUELSAVE GmbH developed injection technology, not only reduces the emission of CO2, SOx, NOx and other particles but also makes way for more eco-friendly and energy efficient shipping.

The new and advanced FS MARINE+ hydrogen/methanol injection solution has reached the next stage of validation after over four years of joint efforts, testing and development by SAL and FUELSAVE GmbH along with the project stakeholders EcoTune Marine, Classification Society DNV GL as RO for Antigua and Barbuda flag, Carl Baguhn, MAN Energy Solutions, M.A.C. System Solutions, AVL and the flag state administration of Germany. Following this, it will become a permanent installment for six SAL vessels.

With the dynamic inlet of a mix of hydrogen, oxygen, water, and methanol into some chosen parts of the air intake of both the main engine and the auxiliary engines, the FS MARINE+ system makes sure that the combustion process is clean and thorough. This will lead to a decrease in the consumption of fuel with a reduction in emission and air pollution.

“SAL has always been a frontrunner when it comes to innovation and we are dedicated to make shipping more efficient and cleaner by using technologies that creates a long-lasting effect”, says Sebastian Westphal, CTO of SAL Heavy Lift.

He continues: “We have tested a prototype on a generator engine of our MV Annette over more than two years with very convincing results. The FS MARINE+ system not only achieved significant fuel savings, but also emission and air pollution reductions which was verified by 3rd parties both during field trials and in laboratory tests.

Marc Sima, CEO of FUELSAVE GmbH comments; “We are proud to have SAL Heavy Lift GmbH as our customer, and help them to become the most innovative, efficient and sustainable shipping company within their field. With this system we are driving the clean fuel transition with a high impact solution. It can optimize the energy consumption and the environmental impact significantly irrespective of what fuel type you operate your vessel with. Thus, it is applicable with MDO, MGO, HFO, LSFO as well as LNG. We are looking forward together with SAL to take a lead in supporting the shipping industry in its efforts to become more environmentally sustainable.

By investing millions of dollars into retrofitting the system to the main engines and auxiliary engines on existing vessels it may appear that SAL is taking a big financial bet, but the results in terms of savings and payback time proves quite the opposite.” Jakob Christiansen, Naval Architect and Head of SALs Fleet Development Team, states: “We ran the system for two years without a single incident and obtained results that matched the promised numbers. So, we see a technology that meets our green ambitions while also reducing the technical operating costs of the ships”.

The FS MARINE+ generator will reduce the emission of CO2 by 10%, SOx by 15%, NOx by 30-80% and particle emissions by 40%.

MV Trina of SAL is the first vessel that will be installed with the FS MARINE+ system in Q1 2020. After the successful installation on MV Trina, five more vessels will also be installed with the same.

 

Reference: SAL

 



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MOL Orders 2 Next-generation ‘EeneX’ Coal Carriers

Mitsui O.S.K. Lines, Ltd. (MOL) announced that two ‘EeneX’ next-generation coal carriers have been ordered from Oshima Shipbuilding Co., Ltd.

The EeneX series was created as a proper coal carrier for electric power companies in Japan. These two vessels that have been ordered by MOL will operate under contracts with Electric Power Development Co., Ltd. (J-POWER) and Hokuriku Electric Power Company that will be responsible for supplying coal from other countries to their power plants in Japan.

MOL is expecting that the present orders for EeneX vessels will play a great role in the coal carrier business of MOL Group.

The design of EeneX carrier shows the commitment of MOL to offer safe, reliable, and stress-free transport of resources and energy.

Outline of EeneX

LOA: About 235m

Breadth: About 38m

Depth: About 20.05m

Deadweight tons: About 89,900MT

Main features

Double-hull structure for all cargo holds

Semi-box shaped hold

Eliminated ballast hold (cargo holds only)

 

Reference: mol



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Corvus Energy Receives Up To $6 Million For Battery Development From Canadian Govt.

Corvus Energy announced that it will get a fund of about $6 million from the National Research Council of Canada Industrial Research Assistance Program (NRC IRAP) that supports a research and development project for the creation of technology for energy storage and digitalization for marine containers.

This multi-year R&D project will be done in the main research, engineering and product development centre of Corvus Energy in Richmond, British Columbia, Canada.

“Funding from NRC IRAP and other Canadian government programs has been instrumental for Corvus, not only in assisting our product development over the years, but also in opening new markets and helping us attract our investment partners,” says Sean Puchalski, EVP of Strategy & Business Planning for Corvus Energy. “We have grown to be one of Canada’s leading clean tech companies with expertise recognized throughout the global marine industry. We are immensely thankful for the financial assistance from the Government of Canada.”

“With decarbonization efforts intensifying globally, Corvus continues investing in innovative products and services to remain at the forefront of evolving energy conservation and emissions reduction practices in the marine industry,” says Geir Bjørkeli, CEO of Corvus Energy. “As our operations and customer base grow around the world, we discover seemingly limitless opportunities for energy storage, underlining the growing importance of continuing to develop our R&D, digitalization and commercialization expertise, in Canada and throughout our organization.”

 

Reference: Corvus Energy



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Synergy Wins Lloyd’s List Excellence In Ship Management Award

The Synergy Group was awarded with the prestigious 2019 Lloyd’s List Excellence in Maritime Services & Ship Management Award to recognize the commitment shown by the company in the sphere of ship management. The 2019 Lloyd’s List Europe Awards was held at the Hilton Park Lane hotel in London last night.

“Our panel felt that in a hugely competitive market it was the relative newcomer that was showing the old guard how to innovate and optimize operations for clients while also putting seafarer wellness, safety and training at the heart of the business,” the judges concluded.

The event was attended by Synergy Director, Capt. HS Swaminathan, Mr. Rune Zeuthen, the head of Synergy’s new Europe office. He extended his warm thanks to the judges and Lloyd’s List for recognizing the efforts put in by Synergy Group during the last year in which Synergy moved up in the world’s top ship managers rank list to secure the sixth place with a mixed fleet of 270+ vessels.

“I would also like to thank our customers for their continued support and appreciation of our approach to ship management metrics,” he added. “We make extensive use of Key Performance Indicators (KPI) so it is clear to everyone within Synergy and to our clients where we are excelling.

“For us, the important part of benchmarking lies in identifying where we can do better. This has been a critical factor in our achievements this year, particularly in Europe where we have been successfully attracting new clients.”

Judges of the 2019 Lloyd’s List Excellence in Maritime Services & Ship Management Award were asked to weigh the efforts and effectiveness of applicants across a range of performance indicators including “the welfare of crew, record of safety, environmental initiatives, support of training, a commitment to ensuring ship security, operational efficiency, innovation in cost control and a proven pattern of client satisfaction”.

A number of clients of Synergy, in their statements to the judges said that not only did it perform excellent KPI on Lost Time Injury Frequency and ‘Unplanned Off-Hire during the last year, but it’s cutting edge ship management amenities also comprised zero security and piracy incidents, and zero MARPOL (International Convention for the Prevention of Pollution from Ships) related violations.

The initiatives of Synergy that aims for the betterment of crew welfare, safety and training was also recognized by the award. These included establishing a LARP (Look, Act, Report, Prevent) card system fleet-wide, upgrading and expandion of state-of-the-art training centers in Manila and Chennai and taking steps for gender equality initiatives. This led to a rise in the number of female seafarers in the Synergy fleet in the last year. The first female cadet to a gas chamber was also appointed by the company.

Judges also highlighted the development of the new wellness at sea helpline last year called iCALL by Synergy. It is a service which has nine languages and is designed to bring down the suicides by seafarers and improve the mental health and wellness of maritime personnel. This service is available 24/7, free of cost through phone, email and the chat-based nULTA App.

“Wellness, equality and simply treating people with respect are not add-ons at Synergy, they are core principles,” said Capt. HS Swaminathan. “We could not provide top-end services to our customers without all ‘Synergians’ buying into our vision of ship management excellence. Both at sea and on land they deserve recognition and respect.

“I would especially like to thank Synergy’s 11,000+ seafarers for showing the courage to face the challenges of seafaring day in and day out. This award is testament to their dedication and excellence.”

Various digital and technological advancement have also been made by Synergy. SMARTShip™ developed by Alpha Ori Technologies (AOT) is the patented digital shipping solution that is now enjoying fast development in the maritime industry. The Internet of Things (IoT) platform allows multiple systems to operate on ships that have different degrees of autonomy. It has been installed on over 30 vessels and the setup process is going on another 60 ships.

“AOT has quickly emerged as an industry leader in the field of technology and digital shipping,” said Captain Unni, CEO and Founder of Synergy Group and Co-CEO of AOT.

“AOT’s approach to tackling pain points and enabling rules-based decision-making gives clients added transparency and delivers multiple operational, financial and environmental benefits.”

Captain Unni also paid tribute to Synergy’s seafarers. “They make Synergy tick, I can’t thank them enough for their dedication and hard work all year,” he said.

“As for 2020, I can promise we’ll seek to raise ship management standards again. We will maintain our industry-leading unplanned off-hire and lost injury time rates because we understand what helps our customers most.

“However, it is our world-class seafarer retention rates which facilitate the consistency of service excellence that allows us to perform so well on industry KPIs. Top of the agenda will be keeping our seafarers safe and well.”

 

Reference: Synergy



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Thursday, December 12, 2019

Ulstein’s First X-BOW Polar Vessel ‘National Geographic Endurance’ Launched

On the 7th of December, 2019, the first X-BOW® polar vessel was launched for Lindblad Expeditions Holdings, Inc., into her right element. Using the Polar Class 5 (PC5) the ships will be able to reach the far polar areas. The X-BOW® can offer a comfortable journey to 126 passengers across harsh stretches of sea.

The National Geographic Endurance is the first of the two CX104 design vessels by Ulstein that is being constructed at Ulstein Verft, Norway. The yard is located 62 degrees north, four degrees south of the Polar Circle and at the edge of the North Sea which is one of the toughest oceans in the world.

The patented X-BOW® is the major part of the design of the vessel. The powerful wave slicing action offers a smooth ride even in the most toughest conditions and also decreases spray on deck for better observation.

The vessel has been named after the favorite vessel of the polar hero Ernest Shackleton, the Endurance. The most difficult polar expeditions were covered by the Endurance and her crew.

The modern, next-generation, National Geographic Endurance has been built for polar navigation and will offer more comfortable experience for the guests on board.

It is a fully stabilized, highly strengthened, ice-class Polar Code Category A vessel that has been designed in such a way that it can navigate through polar passages throughout the year and can securely discover unchartered waters. A complete suite of expedition tools is carried by it and a range of experience enhancing facilities are also provided. The extended fuel and water tanks of the ship helps in offering broader operations in remote regions.

The National Geographic Endurance has the capacity to accommodate 126 guests in 69 outside-facing cabins. Most of the cabins will have small balconies with floor-to-ceiling sliding doors which will bring in the great views and a lot of natural light.

 

Reference: ulstein



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Kongsberg And Norwegian Society For Sea Rescue Join Forces To Develop New SAR Solutions

Kongsberg Maritime and the Norwegian Society for Sea Rescue have joined hands by signing an agreement for the development of a new and unique maritime Search and Rescue (SAR) technologies.

Five concept development areas for SAR will be covered by this partnership. They are: maritime operations, rescue operations, search on the surface of the sea, underwater search and digital solutions.

Under the agreement, the Norwegian Society for Sea Rescue will be provided with the hydroacoustic systems of Kongsberg Maritime for in depth testing and for the development of new approches to SAR.

The systems comprise the innovative PulSAR sonar of Kongsberg Maritime that will be towed at the back of the rescue boat so as to inspect larger areas of sea in a short period of time, send images of the seabed and help the divers to directly reach to the desired targets. The SAR application will also be tested for the monitoring of diving operations.

“We want to ensure that people who are missing at sea and presumed lost are found more quickly,” says Rikke Lind, Secretary General of the Norwegian Society for Sea Rescue. “For the next of kin, it is important that presumed victims are found as quickly as possible. Living in uncertainty is an additional strain,” explains Secretary General Rikke Lind. “Sonar search must be much more accessible; we want to have a specialised team who can travel out with the sonar when needed.”

“With this cooperation, Kongsberg Maritime and the Norwegian Society for Sea Rescue will test modern technologies to improve search and rescue and make it more effective,” explains Bjørn Jalving, Senior Vice President, Subsea at Kongsberg Maritime. “We are proud to be able to work together with the Society and contribute to its incredibly important work.”

 

Reference: kongsberg



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Yamal LNG Receives All Fifteen Arc7 Ice-Class Tankers

The operational start of the new Arc7 ice-class LNG tanker “Yakov Gakkel” which presents the fifteenth and final Arc7 ice class tanker that was built particularly for the project has been announced by the OAO Yamal LNG (“Yamal LNG” and/or the “Project”).

The 345th cargo has been loaded by the “Yakov Gakkel” in the Sabetta port that is bound to China.

The Arc7 ice-class fleet of the project has the capability to transport all the LNG that has been produced provided the raised performance of first three LNG trains and the planned launch of Train 4.

With the availability of all 15 Arc7 ice-class tankers, more opportunities for the optimization of the logistics of the Project for both westbound and eastbound comprising the usage of the Northern Sea Route more broadly from 2020.

 

Reference: yamallng.ru



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Eight Incidents Of Armed Robbery Against Ships – Piracy Report Asia, November 2019

Eight armed robbery incidents against ships have been reported in November 2019 in Asia. Out of these, five incidents took place in the Singapore Strait. There are no reports of piracy.

Though no abduction of crew in the Sulu-Celebes Seas and waters off Eastern Sabah were reported, the abduction of crew for ransom in the Sulu-Celebes Seas and waters off Eastern Sabah is a major concern.

ReCAAP ISC is concerned about the regular occurrence of such incidents in the Singapore Strait.

Number of Incidents

In November 2019, eight incidents of armed robbery against ships were reported

Of the eight incidents, six were actual incidents and two were attempted incidents

All incidents have been verified and reported to the ReCAAP ISC by ReCAAP Focal Points

Status of Ships

Of the eight incidents reported in November 2019:

Five incidents occurred on board ships while underway in the Singapore Strait

Two incidents on board ships anchored at Batangas anchorage, Philippines

One incident on board ship berthed at Belawan port, Indonesia

Significance Level of Incidents

Of the six actual incidents reported in November 2019, three were CAT 3 incidents and three were CAT 4 incidents

All three CAT 3 incidents occurred on board bulk carriers while underway in the Singapore Strait

Of the three CAT 4 incidents:

One occurred on board a barge towed by a tug boat in the Singapore Strait

One occurred on board a product tanker berthed at Belawan Port, Indonesia

One occurred on board a tanker anchored at Batangas anchorage, Philippines

The full report can be downloaded from the ReCAAP ISC website.

 

Reference: ReCAAP ISC



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MV Bonita’s Nine Crew Members Held As Hostages, Released After 35 Days In Captivity

The nine crew members of MV Bonita that were held hostage were released in Nigeria on the 6th of December, 2019 after being in captivity for 35 days. They have been safely brought to a place in Nigeria.

After the crew members went through medical examination, the doctor said that they were all fit to fly/travel on Saturday. However, they had a hard experience in captivity.

After arriving in the Philippines, the crew members will get more care and will be followed further. Ugland will work constantly in the entire process of recovery of the crew members.

The crew members have arrived to Manila, Philippines, to reunite them with their families and colleagues.

Members from the headquarters of Ugland in Grimstad, Norway and other parties have played an active role in bringing the members back home and were also there both in Nigeria and Philippines.

We are very thankful and relieved that the crew are now free and back home. President Øystein Beisland says: “We are truly happy that the nine crew members are now reunited with their families and have their wellbeing at heart. I would on behalf of the company like to sincerely thank all parties that have contributed to resolving this difficult situation”.

 

Reference: jjuc.no



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European Commission Funded FLARE Project To Increase Passenger Ship Safety

As a part of the European Commission-funded FLARE project, NAPA which is one of the leading maritime software, services and data analysis provider has joined hands with over twenty industry leaders and academic bodies for the development of a methodology which is based on risk, that will allow ‘live’ flood risk analysis and control for the passenger area.

By making use of the experience of NAPA relating to safety and the simulation capabilities of NAPA Emergency Computer that checks the vulnerability of an intact ship along with its chances of survival in case of a flood emergency, the members in the flood risk workspace can monitor, assess and analyse the ‘live’ flood in a better way and thus, speed up the process of ship shore response.

Esa Henttinen, Executive Vice President at NAPA Safety Solutions, commented, “The concept for NAPA Emergency Computer arose from market demand in the cruise industry, and NAPA Loading Computer originated from collaboration with key stakeholders across the passenger sector.”

Henttinen continued, “NAPA is leading this work into the mitigation of flood risk through similar customer and industry collaboration. Upon completion it is expected that this methodology will globally align key stakeholders to improve passenger ship safety by increasing its simulation capabilities, and providing more accurate assessments of external factors, such as traffic and volatility of weather conditions.”

In June 2019, the FLARE project was started and it will be active for three year. It aims to develop a model that can tackle all incidents and provide a holistic risk model that can be applied to newbuildings and new solutions to the present ships. Horizon 2020 research and innovative programme has also provided fund for this project.

Markus Tompuri, Senior Technical Consultant at NAPA Safety Solutions and the NAPA lead on the FLARE project commented, “The highest risk for personnel on-board passenger ships coming from flooding accidents, and as a number of recent incidents have shown, there is an acute need for decision support systems which can enhance the abilities of officers in crisis situations.”

Tompuri continued, “Since its launch in 2015, NAPA Emergency Computer has become the industry benchmark for integrated decision support. It is used by almost all the major cruise lines, including Carnival Cruise Line, Royal Caribbean Cruise Lines, Norwegian Cruise Line, Viking Ocean Cruises, Genting Cruise Lines, Virgin Voyages, Saga Cruises, Hurtigruten and Lindblad Expeditions. Our partnership with FLARE will enable us to further study and enhance NAPA Emergency Computer’s assessments, and make passenger vessels substantially safer.”

 

Reference: European Commission



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Wednesday, December 11, 2019

First LNG Bunkering Delivered Concurrent Cargo Operations In Port of Amsterdam

First LNG Bunkering Delivered Concurrent Cargo Operations In Port of Amsterdam

 

With the joint effort of Oiltanking Amsterdam, Furetank Chartering and Titan LNG, LNG as a fuel has been delivered by FlexFueler001 to the vessel Ramelia when it was working cargo at the Oiltanking Terminal, Amsterdam.

For the first time a simultaneous operation (SIMOPS), where Ramelia was allowed to unload cargo with LNG bunkering had taken in the Port of Amsterdam.

This helps the receiving container to have a faster turnaround time in the port because it eliminates the need to shift to a specific bunkering location like the Titan LNG facility.

Daan van Rooijen, Manager Operations at Oiltanking Amsterdam commented: “Oiltanking is proud to facilitate the bunkering of LNG at our facility. The delivery was executed safely and efficiently by the professional staff of Titan and Furetank. The LNG bunkering did not cause any additional restrictions or delays on our ability to discharge the tanker Ramelia”.

The Ramelia which is owned by a Sweden based company Älvtank is the most recent addition to the product tankers that are powered by LNG in the Gothia Tankers Alliance.

Johan Kristensson from Furetank Chartering commented: “This first SIMOPS in Amsterdam is a real enabler for LNG as a marine fuel. Being able to bunker whilst working in a port not only saves turnaround time and money, it also has positive effects on the local environment since the emission involved in shifting operation is eliminated and it reduces working hours for the crew when we can avoid shifting. We hope that more terminals will follow shortly as it is clear that LNG bunkering is possible and allowed by the ports and the terminals”.

Titan LNG will try to connections with other terminals that are in the ARA region to make that SIMPOS can be done. It also thanked all the stakeholders who carried out this operation.

 

Reference: titan-lng

 

 



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Bahri Joins Maritime Anti-Corruption Network To Promote Collective Anti-Bribery Efforts

Bahri which is a global leader in logistics and transportation has become an official member of the Maritime Anti-Corruption Network (MACN) which has a global business network of more than 110 companies that work jointly against corruption in the maritime industry.

The membership of Bahri will present its commitment towards contribution to the advancement of integrity in the maritime industry.

Bahri joining MACN will also support the present commitment of Saudi Arabia according to the Saudi Vision 2030 program for zero tolerance of corruption at all levels.

As a member to the UN Convention Against Corruption (UNCAC), the goal of Kingdom is to become the key one in the international efforts for the prevention and in the fight against corruption. The country aims to reach the highest levels of transparency, governance, and accountability by adopting the leading international standards and practices.

Commenting on the development, Abdullah Aldubaikhi, CEO of Bahri, said: “With transparency being a key pillar of its core values, Bahri has always upheld international standards and best practices across its operations. With our membership in MACN, we are reaffirming our resolve to work with all stakeholders in tackling bribery and corruption as well as promoting free, fair and open competition in the maritime sector. We are confident that the collective efforts of MACN will accelerate the development of a safe and sustainable shipping and trade ecosystem.”

With this membership, Bahri also joins the collective action initiative of the industry on the campaign which is committed to provide fair trade by promoting the compliance with anti-corruption laws and the removal of practices that are corrupt in the entire supply chain.

 

Reference: bahri.sa



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World’s First Zero Emissions Workboat To Be Developed By Artemis & Tuco

Artemis Technologies and Tuco Marine Group of Denmark have joined hands for the production of the first zero emissions workboat of the world.
Artemis Technologies will integrate the new electric eFoiler propulsion system into an 11m carbon fibre vessel in collaboration with Tuco Marine Group.
This will serve as an example vessel that will be a proof of the concept for this innovative technology which Artemis Technologies and Tuco Marine Group will market to the marine trade.
The hydrofoils and propulsion system for this proof of concept vessel will be made and assembled in Belfast Harbour which will followed by a multi-million-pound investment in the project.
Artemis Technologies, Chief Executive, Iain Percy OBE, double Olympic Gold medallist and veteran of four America’s Cup challenges, said, “This Joint Venture with Tuco Marine Group will introduce our unique foiling solutions to the workboat market which could now benefit from zero emissions and fuel savings of up to 90%.
“Last year when we announced our plans to create a new advanced manufacturing facility in Belfast, we laid out our commitment to developing technology that will decarbonise maritime and plans for the development of an ‘autonomous sailing vessel’. This electric foiling technology is the next natural stage of this project and a step in the right direction to realising our vision.
“As the first ever electric foiling solution for vessels, this is a truly transformative project and it is incredibly exciting to be part of one of the solutions to climate change.
“The technology is perfect for those requiring high-speed vessels with minimal environmental impact. Initially targeted at the Aquaculture, Off Shore Energy, Water Taxi, Leisure and Defence sectors, the proof of concept for the technology will provide an immediate route to market.
“Integrating our new electric eFoiler propulsion system into a composite autonomously controlled hydrofoil presents a scalable solution that can be applied to much larger vessels such as high-speed passenger ferries.
“Belfast’s rich maritime history provides the perfect setting to play a role in the development of such technology and we’re incredibly excited as to what this project will mean for our future as a company and in Northern Ireland.”
“Decarbonisation of Maritime Transportation – a Return to Commercial Sailing” bid led by Artemis Technologies was the only application from the Northern Ireland and from the maritime industry that was chosen for the next stage of the UK Research and Innovation’s Strength in Places Fund.
In spring 2020, the recipients of the major seedcorn programme will be announced and if it is successful, over £30m will be received by the Belfast Maritime Consortium for its plan towards decarbonisation of maritime transportation.
Jonas Pederson, Managing Director at Tuco Marine, said, “We aim to manufacture world-class workboats and adding Artemis Technologies’ superior foiling and propulsion technology will further improve our product offering.
“Whilst Tuco Marine has the knowledge and technology to build carbon fibre vessels, getting these boats foiling is a significant stride in reducing emissions on the water.
“Our lightweight structures are built for speed and even with this new technology, this is not compromised.
“Reducing emissions is a huge focus for the maritime industry and we’re thrilled that this partnership with Artemis Technologies allows us to play a role in shaping what is undoubtedly the technology of the future.
“We look forward to continuing our Joint Venture with Artemis Technology and marketing this technology to industries for which workboats are essential.”

Reference: Artemis



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15 Deepest Parts Of The Ocean

The earth is known as the ‘blue planet’ because of its blue appearance from space. This blue color obviously comes from the oceans on earth ...