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Maritime arbitration sees gradual shift to Asia

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London might be losing its status as the major maritime arbitration centre in the future as Asian cities, include Singapore and Hong Kong, are catching up speakers told delegates at the BIMCO event in Shanghai today.

David Roberts, managing director of The Standard Club Asia, believes there is a gradual shift of arbitration happening in the maritime industry.

“China and Japan is the second and third largest shipowning country in the world, controlling around 50% of the world’s fleet, it would be peculiar that there isn’t an major arbitration centre in Asia,” Roberts said.

Although data shows London is still the leading maritime arbitration centre, Roberts has seen Singapore quickly grow in the area, while Hong Kong is also growing albeit at a slower pace.

Ian Gaunt, president of London Maritime Arbitration Association, is of the view that Hong Kong will compete very strongly as a maritime arbitration centre while China still has a long way to go.

“For China, the main barrier for it to become an international arbitration centre is that ad hoc arbitration, which is favored by the maritime industry, is not available under Chinese arbitration law,” Gaunt said.

Hong Kong veteran arbitrator Phillip Yang also believes Hong Kong will find it hard to compete in the next five to ten years and he has seen relative expertise growing in Singapore as the government has been making efforts to attract talent in the sector.

All speakers agreed that Brexit would not have great impact on London’s status as a maritime arbitration centre.

Source:splash247

Subsea 7 awarded contract offshore UK

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Subsea 7 S.A.  announced the award of a substantial(1) contract by BP Exploration for the provision of subsea construction, inspection, repair and maintenance services covering BP’s North Sea region portfolio of assets West of Shetland and Northern North Sea. 

Under the terms of the five year agreement, i-Tech Services will provide a Life of Field support vessel complete with work class and observation class ROVs, capable of performing inspection, survey, intervention, light subsea construction and emergency response services. 

Offshore activities began in January 2019 using the company’s high-specification Life of Field vessel, Normand Subsea. Project management and engineering support will be executed from i-Tech Services' office in Aberdeen, UK. 

Steve Wisely, i-Tech Services’ Senior Vice President, said: “We have over 20 years’ experience working with BP both in the North Sea and in particular the challenging environmental conditions offshore West of Shetland. This award, which is a renewal of our existing contract, acknowledges the strength and depth of our Life of Field capabilities, technology expertise and proven track record in the successful delivery of safe, efficient and reliable operations.”

Panama Canal Connects 1,700 Ports

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For more than 100 years, the Panama Canal has improved global commerce, transportation and connectivity, enabling growing opportunities for countries around the world. The waterway currently serves 140 routes, connecting 1,700 ports and 160 countries.

The main user of the Panama Canal is the U.S., which represents about 67 percent of the total cargo moving through the waterway. China is the second most frequent user of the Panama Canal, representing about 16 percent of the total cargo that transits the Panama Canal, followed by Mexico, Chile and Japan, among others. 

In terms of cargo tonnage percentage, the main routes are between the East Coast of the U.S. and Asia, the East Coast of the U.S. and the West Coast of South America, the East Coast of the U.S. and West Coast of Central America, Europe and the West Coast of South America and between Asia and the East Coast of Central America.

The Panama Canal welcomed its 5,000th Neopanamax vessel through the waterway in December 2018

Source:maritime-executive

Port of San Diego Awards Contract for Microgrid Project

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The U.S. Port of San Diego will soon begin infrastructure improvements to support future installation of a renewable, solar-powered microgrid at the Tenth Avenue Marine Terminal, one of the Port’s two marine cargo terminals. 

At its meeting on February 12, 2019, the Board of Port Commissioners awarded a nearly $1.6 million contract to Chambers, Inc. to replace the roof of warehouse B at the terminal. The work includes removal of the existing multiple-ply, built-up roof system and installation of a new, lighter and more durable single-ply Thermoplastic Polyolefin membrane roof system. Demolition on the warehouse roof is expected to begin in late March 2019 and the roof replacement is anticipated to be completed by December 2019. 

The Microgrid Project will help to satisfy a key mitigation measure – requiring the use of renewable energy – identified in the Environmental Impact Report for the Tenth Avenue Marine Terminal Redevelopment Plan. The microgrid will also help the Port meet its greenhouse gas emissions reduction goals as established in its Climate Action Plan; improve air quality by advancing electrification powered by clean, solar energy; save the Port an estimated $168,000, or 60 percent, per year over current utility rates; and enable the operation of critical terminal infrastructure for approximately 12 hours without being connected to the larger electrical grid.

With installation anticipated by summer of 2020, solar photovoltaic panels will power the microgrid, which will also include battery energy storage, energy efficiency improvements, electrical infrastructure improvements, and a centralized microgrid controller. The microgrid will provide back-up power to Port-operated facilities, including security infrastructure, lights, offices and the existing jet fuel storage system, in support of the Port’s role as one of 17 designated U.S. Strategic Ports, which means the Port of San Diego stands ready to support military deployment activities. 

The microgrid project is being funded through a grant from the California Energy Commission (CEC), which includes $4,985,272 from the CEC, $4,427,973 in matching funds from the Port, and an additional $201,963 in matching funds from the University of California San Diego, a partner with the Port on the microgrid project. The total cost of the project is anticipated to be approximately $9,600,000.

The Tenth Avenue Marine Terminal specializes in break-bulk, refrigerated and dry bulk cargo. Phase 1 of the redevelopment, known as the Modernization phase, is underway and will make the terminal more modern, clean and efficient. 

Source:maritime-executive

Port of Colombo to upgrade into ‘Smart Port’

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The Port of Colombo announced that it will upgrade its entire IT infrastructure as part of its smart port transformation. The Shipping and Southern Development Minister Sagala Ratnayaka commented on the port's goal to be Sri Lanka’s busiest port, 'Smart Port'.

Specifically, the Minister stated "Transforming the Port of Colombo into a Smart Port is a timely need."

The process of the port's upgrade will be based in advancing technology.

In addition, the port's authority reported that the effort is a collaboration with the Asian Development Bank as they both seek to accelerate Sri Lanka’s port development.

The port information system will be upgraded to streamline terminal management and terminal management and cargo systems. It is due to be completed by mid-2020.

After its improvement, the port will be the fastest, with the greatest efficiency and will be able to handle more activities in comparison to now.

"This is not about upgrading IT and information systems and forgetting everything else. Cleanliness of the port, the attitude of workers, its administration and welfare should also be geared towards the same transformation."… Sri Lanka Ports Authority stated.

Source:safety4sea

Ericsson unveils broadband IoT smart vessel

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On the occasion of the Mobile World Congress 2019 this week, Stockholm-based telecommunications company Ericsson is showcasing a Smart Vessel industrial use case – operating remotely on commercial 4G broadband. The use case, a joint development of Ericsson, China Mobile and OceanAlpha, seeks to demonstrate the first steps of how 4G and 5G connectivity can benefit the planet and improve society, the company noted.

Namely, the Broadband IoT Smart Vessel demonstrates an unmanned vessel operating remotely over a 4G network. Showcased as part of Ericsson’s evolved Cellular IoT solution, the smart vessel harnesses the increased capacity and lower latency of forthcoming networks to perform operations in almost real time.

Following pre-defined GPS routers, the vessel operates autonomously – collecting water quality monitoring data, identifying the cause of the pollutant with HD cameras and taking necessary measures to address these pollutants.

The smart vessel can be remotely steered to the desired location in a pollution or accident area for close monitoring and takes necessary actions to overcome pollutants.

This use case – running on a commercial 4G network – has been jointly developed with China Mobile and OceanAlpha, the leading and largest unmanned surface vessel company in the world. The remotely-controlled machine is just one example of the billions of smart devices which are widely expected to be enabled by 5G over the coming years, Ericsson said.

"At Ericsson, we’ve set our vision for the evolution of cellular IoT. As demonstrated with the Cellular IoT vessel demo at MWC, our new offerings within cellular IoT will enable service providers to address a larger part of the IoT market – with more advanced use cases, across multiple industries. We’ve also enhanced our Massive IoT offerings which, together with new Broadband IoT solutions, are designed to leverage new capabilities across 4G and 5G – connecting service providers with new growth opportunities in industry digitalization"…Chris Houghton, SVP & Head of Market Area North East Asia at Ericsson, says.

Source:safety4sea

 

A competitive Caspian shipyard

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Baku Shipyard secures contract for the construction of oil tankers for the ASCO. Baku shipyard announced a contract……

For information, At the end of 2016, a contract was signed between ASCO and BGZ for the construction of two (2) Neft-Tanker tankers of type RST12C. Designed for a unique uniqueness, these ships were designed by the Odessa Marine Engineering Bureau. Construction of ships continues rapidly on schedule at intervals of six (6) months. The construction of the “Lachin” ship's barrel, launched, was 100% complete. In numbers, this means 860,000 unhealthy working hours. The rest of the construction and installation work will be continued on the stroller bridge of the shipbuilding plant. After completion of the construction of the ship will begin marine operational tests. In general, the ship is scheduled to be delivered in June 2019.

Length OA 141.0 m Length Between PP 137.1 m Breadth 16.9 m Depth 6.00 m Draught at sea (SLWL) 4.54 m DWT at the SLWL draught (at sea) approx. 7875 t Draught in river 3.6 m DWT at the draught 3.6 m (in the river) aprx. 5447 t Cargo and slop tanks capacity, approx. 9212 m3 Main engine power 2×1200 kW Speed 10.0 kn Class КМ Ice1 R2-RSN(4,5) АUT1-ICS VCS ECO-S OMBO Oil tanker (ESP) Light displacement of tanker 2539.0 t

K Line: New method for ship hull inspection

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Japanese shipping company “K” Line has joined forces with 'non-destructive testing' company Technos Mihara Corporation on a development project using an innovative method for ship hull inspection and maintenance by a drone and image analysis system.

The development is part of the “K” Line's ship management policy named “KL-Quality,” designed as a high-level and systematic ship inspection program by a dedicated team consisting of professional Superintendents.

However, we have continued having difficulty for a long time in inspection of ship parts that are hard to access, such as the top side of cargo hold, ship hull under water, etc.

As a result of multiple on-site trials with aerial and underwater drones with Technos Mihara, which has sophisticated technology for drone operation and image analyzation, the company has now found notable improvement in the accuracy of such inspections.

In addition, we have also enjoyed an improvement in efficiency and safety of the inspections by automation using these drones.

K” Line and Technos Mihara are now proceeding to the next step and have reached a mutual agreement to develop a new system for ship hull inspection and maintenance.

“K” Line's department known as “AI/Digitalization Promotion Division” was set up in January 2019 and is aiming to introduce new technology and improve high-value-added transportation services.

Source:safety4sea

5G smart harbor to be developed at Port of Qingdao

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Ericsson and China Unicom, a mobile service provider, are developing a 5G smart harbor at the Port of Qingdao in China. This comes after a successful technical solution verification at the port of Qingdao, which found that up to 70% of labor costs can be saved when a harbor uses the 5G automation upgrade.

The 5G connection included data traffic from over 30 high-definition cameras as well as control data for a programmable logic controller (PLC). These operations needed millisecond-level latency control signals, as well as stable, remote and real-time control, which 5G technologies can deliver.

The field trial also confirmed the feasibility and potential of 5G applications for the development of smart harbors. For this reason, Ericsson, China Unicom and other partners agreed to explore commercial 5G networks and solutions for smart harbors that include both automated harbors and the modernization of traditional harbors.

In addition, the partners achieved several accomplishments during their six-month 5G smart harbor technical solution verification in late 2018. This includes an automated ship-to-shore (STS) crane that lifted a container over a 5G connection operated from the control center.

Chris Houghton, Senior Vice President and Head of Market Area North East Asia at Ericsson, stated:"In the Qingdao 5G smart harbor project, we successfully showcased various 5G network capabilities, such as mili-second level end-to-end latency at Gbps level speed. This 5G smart harbor solution is not only applicable to the Port of Qingdao but can also be replicated with many other harbors and industries"

The Port of Qingdao is among the top ten busiest ports in the world, and processes around 19.3 million containers every year. It has also been operating Asia's first fully-automated harbor since 2017.

Source:safety4sea

Vancouver port lists Wärtsilä’s EnergoProFin in EcoAction program

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Finnish technology group Wärtsilä’s EnergoProFin, an energy saving propeller cap, which delivers average fuel savings of 2%, has been listed in the 2019 Vancouver Fraser Port Authority’s EcoAction Program. The Program provides harbour dues discounts for vessels calling on the Port of Vancouver that meet environmental best practices that reduce emissions, underwater noise and other environmental impacts.

The listing is in the vessel quieting category, which awards a 23% discount in harbour dues for vessels utilising this technology. The incentive is given because the reduced cavitation offered by vessel quieting technologies reduces underwater noise.

The aim is to encourage shipping companies to lessen their noise levels, since underwater noise affects the at-risk whale population in the Vancouver area of Canada.

According to Wärtsilä, the EnergoProFin incorporates fins that rotate together with the propeller. This reduces the cavitation caused by the hub vortex of the propeller. It also reduces the energy losses caused by the flow phenomena around and behind the propeller boss, thereby increasing overall propulsion efficiency while lowering fuel consumption.

The system, which has a payback time of less than one year, is optimised to fit the vessel’s specific operating profile. To date it has been installed on more than 350 vessels.

"The Wärtsilä EnergoProFin is designed to deliver both energy efficiency and environmental sustainability for ship owners. Our listing in the Vancouver Fraser Port Authority’s EcoAction Program is an honour that supports Wärtsilä’s commitment to cleaner, safer, quieter, and more efficient shipping,"…says Anton Voermans, Manager Hydrodynamics, Wärtsilä Marine.

Wärtsilä will issue a certificate to vessels fitted with the system to enable them to take advantage of the harbour dues discount.

Source:safety4sea