The latest update on the progress of the third phase of Shahid Rajai port complex development plan shows an increase in the nominal unloading and loading capacity of the container terminal of this port from 6.3 million to 8.4 million TEU.

 

PMO News Portal – As part of the third phase of Shahid Rajaee port complex development plan, the third basin of Shahid Rajaee port along 1400 meters of wharf will be built, which has the capacity to berth ships with a tonnage up to 18,400 TEU.

The development of the third phase of Shahid Rajaei port complex is planned to be to be completed by the end of the year (Iranian calendar). the plan includes the completion of the final stage of the construction of wharf, the completion of dredging operations, and the installation of wharf facilities with a physical progress of 94%.

Promoting the status of Shahid Rajaei container port in competition with other ports in the region is one of the other benefits of the full implementation of the third phase of Shahid Rajaei port development plan. the main targets of the port complex development plan include increasing the nominal unloading and loading capacity of the container terminal from 6.3 million TEU to 8.4 million TEU, construction of three wharves with a length of 1,400 meters, dredging of basin No. 3, and landscaping and construction of infrastructure and superstructure facilities in an approximate area of 113 hectares.

Source: https://www.pmo.ir/en/news/58761/latest-update-on-the-development-plan-of-Shahid-Rajaei-Port-Complex


The battle for the control of a 104,000 metric ton shipment of Iranian oil returned to the Greek courts today with the United States continuing to press its claims to seize the shipment which has been under dispute for the past three months. The claims to the oil were presented to the Greek Supreme Court which is expected to rule shortly if the oil will be returned to Iran or if the U.S. can continue with its seizure.

Adding a new complication to the case, the shipping company hired by the United States to transship the oil from the tanker is seeking to intervene in the Supreme Court case. Greece’s Times Navigation Company, manager of the crude oil tanker Ice Energy asked the Supreme Court for the right to intervene in the case saying it is caught between the United States and the Greek courts placing its business in jeopardy.

The dispute began in April when a Russian-flagged tanker the Pegas experienced mechanical problems and sought refuge off the Greek island of Evia. Greek authorities initially said the tanker was being detained due to the EU sanctions on Russian shipping and oil interests, but later said the tanker would be released due to uncertainty on its ownership. In the meantime, the tanker was also being detained due to issues during a Port State inspection.

The United States went to court seeking to seize the crude shipment aboard the vessel that it had previously sanctioned for its involvement with the Iranian oil trade. An NGO watchdog organization highlighted that the oil aboard the tanker was not Russian but had been loaded months earlier in Iran.

After winning the court order, the U.S. chartered two tankers from Times Navigation to load the oil from the tanker and transfer it to Newport, Texas. The Ice Energy began the transfer of 60,000 tons of oil from the tanker which Iran was by then identifying as the Lana reporting it was registered in Iran, not Russia. The Ice Energy completed the transfer on June 2 and moved away so that a second tanker could be positioned alongside to complete the transfer of the Iranian oil. It appears the second transfer never began.

Before the transshipment was completed, a Greek appeals court overturned the lower court ruling for the United States and ordered the tanker released and the oil returned to Iran. The United States has however continued to seek to block the return of the oil.

Times Navigation told the Greek Supreme Court that the United States is seeking to enforce its contract for the delivery of the oil. The Greek shipping company reported that the US Department of Justice has warned that failure to comply with the contractual obligations would result in a 20-year prison sentence and numerous sanctions against the company and its management.

While both sides wait for the Greek Supreme Court to decide the fate of the oil, Iran also continues to hold two Greek tankers that it seized in retaliation for the confiscation of its oil shipment. The Greek tankers Delta Poseidon and Prudent Warrior are being held with their cargos and a total of 49 crewmembers at the anchorage of the Iranian port of Bandar Abbas. It was widely anticipated Iran would release the tankers after possession of the oil shipment was returned.

For now, the Lana and the Ice Energy are both in the Piraeus anchorage awaiting the decision of the Greek Supreme Court.
Source: https://maritime-executive.com/article/greek-supreme-court-to-decide-fate-of-seized-iranian-oil


Smart Ship Hub (SSH), a software-as-a-service (SaaS) maritime digital automation solutions company has raised a pre-series round of $2.5 million to further develop its ready-to-deploy digital platform for global maritime logistics. The round has been led by Ideaspring Capital and StartupXseed Ventures.

SSH provides cloud-based and on-demand digital services to deliver a single source of truth for shipowners, operators, charter parties, maritime insurers, and port authorities to help combat vessel operational inefficiencies, lack of visibility and transparency, commercial leakages, and ultimately improve vessel uptime.

Smart Ship Hub Digital is an easy-to-deploy digital remote vessel management platform that identifies machinery malfunctions and predicts possible downtime. It detects performance deviations to improve voyage and vessel performance. Using big data, actionable intelligence, smart alerts, and performance advisories for entire fleets are provided. The platform’s Performance Advisory feature has reportedly helped reduce ship incidents, saving maintenance costs and fuel consumption.

According to SSH, its digital platform is helping its customers to achieve minimal breakdown maintenance, optimum fuel utilisation, total compliance including for emissions, cost optimisation with condition-based maintenance, and ensure a high level of voyage control.

SSH is suited to all ship types including merchant ships, naval ships, oil rigs, river-going barges and fishing vessels.

The funding from Ideaspring Capital and StartupXseed will be used to help SSH expand its product IP and global customer support.

“Digital platforms will play a fundamental role in disrupting maritime legacy processes. Inefficient and legacy workflows in ships and shore is gradually giving way to automated remote management. The funds raised will allow us to pass on more value to our customers globally. Customers will now have a captive performance centre for a fraction of the cost they incur today. Shipowners, operators, charter parties can get a digital upgrade for “zero” CAPEX, allowing them to unblock their capital and upgrade more vessels,” said Joy Basu, founder of Smart Ship Hub.

“Ideaspring Capital is very happy to be part of Smart Ship Hub’s growth and its journey towards being the digital platform of choice for global maritime companies. The maritime industry has embarked on a journey of digital transformation and Smartship is poised to take advantage through their world-class solution.  We are very impressed with the Smart Ship Hub team and their product” said Naganand Doraswamy, managing partner, Ideaspring Capital.

“StartupXseed is a sector agnostic fund with investments from SaaS to Space (Tech), including the areas of cybersecurity, Semicon, AI/ML, drones and new frontier start-ups in India with a global focus. Smart Ship Hub is an early growth stage company and we are particularly impressed with the product and marquee customers base they have built globally in a very short span of time,” commented Ravi Thakur, designated partner, StartupXseed Ventures.

Source: https://thedigitalship.com/news/maritime-software/item/7960-smart-ship-hub-raises-pre-series-round-of-2-5m


Columbia Shipmanagement (CSM) has announced a partnership with Berlin-based Fintech Kadmos to automate and digitalise its seafarers’ salary payouts.

Kadmos’ salary payment platform is designed for paying workforces that are dispersed worldwide. The technology will improve the way CSM crews receive and manage their salaries, enabling greater self-service opportunities while seafarers obtain more security and flexibility with their salary payouts.

This announcement comes soon after Kadmos closed a €29m Series A funding round which will accelerate further technological and product development.

This partnership will utilise financial technologies, developed by Kadmos’ engineering teams, for paying employees around the world. In choosing Kadmos’ salary payment platform, CSM will help their crews improve the security, speed, and transparency of home remittances while reducing reliance on cash.

Kadmos has developed its salary payment platform as a response to the outdated and costly ways in which seafarers are being paid. The aim of Kadmos is to help seafarers have more control over their money and improve administrative efficiency for shipping companies.

Mark O’Neil, CEO of CSM, said: “Columbia is incredibly excited to have teamed up with Kadmos’ young, dynamic and innovative team of experts who have developed an excellent and secure payment product. We strongly support and encourage new players in the shipping industry to challenge the status quo and to reform and update outdated practices in line with the dynamic expectations of their clients.

“This partnership and the implementation of Kadmos’ secure and digitalised payment solution to our fleet is part of our wider endeavour to increase the welfare of our crew on board whilst also looking at innovative ways we can limit the costs for our clients. Adding services like this to our portfolio underscores CSM’s commitment to be a leader in innovation and performance throughout the fast-paced maritime environment.”

By using the Kadmos app, CSM is able to offer its employees personal EU-based e-wallets and debit cards that can be used worldwide. The reduction of physical cash while simplifying and digitalising the way cash advancements are paid to crews, constitutes major developments in helping seafarers.

Additionally, the e-wallet allows seafarers to hold their money in stable currencies such as US Dollars or Euros. With Kadmos e-wallets, seafarers can transfer money easier than ever before while the debit cards tied to their accounts provide for greater flexibility when withdrawing cash or making purchases.

Source: https://thedigitalship.com/news/maritime-software/item/7959-csm-automates-crews-salary-payouts


LONDON, July 19, 2022 (GLOBE NEWSWIRE) — According to The Business Research Company’s research report on the electric ships market, the rise in the adoption of hybrid and electric propulsion for retrofitting ships is anticipated to drive the growth of the electric ships market. An eco-friendly ship’s electric propulsion system is a hybrid system that uses dual-fuel engines, batteries, and fuel cells as multiple power sources. However, technologies such as fuel storage facilities, gas vaporizers, and battery thermal runaway avoidance must all be developed concurrently to apply these power sources to ships.

For instance, in February 2021, the 2030 Green Ship-K Promotion Strategy, which is a key component of South Korea’s aim to become carbon-neutral by 2050, focuses on the advancement and widespread use of low-carbon ship technologies, such as hydrogen fuel cells and propulsion systems. The initiative’s goal is to reduce the country’s shipping greenhouse gas emissions by 40% in the next 25 years and 70% by 2050. Furthermore, Kawasaki has received its first order for large-capacity battery propulsion systems for coastal ships. Large-capacity lithium-ion (Li-ion) marine batteries, a propulsion control system, and an electric power management system are all part of the battery propulsion system. In addition, in February 2019, Wartsila signed a contract for a hybrid retrofit installation with Hagland Maritime AS, an international shipping firm. The ship’s environmental performance will be greatly improved with the installation of a Wartsila battery hybrid propulsion technology, which will reduce pollutants, fuel consumption, and noise.

Request for a sample of the global electric ships market report

The global electric ships market size is expected to grow from $6.39 billion in 2021 to $7.12 billion in 2022 at a compound annual growth rate (CAGR) of 11.4%. The electric ships market share is expected to grow to $11.06 billion in 2026 at a CAGR of 11.6%.

Technological advancements are shaping the electric ships market. The welding consumables market is increasing its demand by introducing and applying new technologies and their updated software to the industry. The automotive industry is increasingly focusing on integrating smarter and safer safety systems into vehicles for better safety in different terrains and conditions. For instance, in November 2021, the Yara Birkeland, the world’s first electric and self-propelled container ship with zero emissions, made its first voyage in the Oslo fjord. Yara Birkeland is a multi-actor project in which KONGSBERG is in charge of the development and delivery of all newly created technologies on the ship. Massterlys’ monitoring and operations center in Horten will be in charge of the ship. KONGSBERG and Wilhelmsen have teamed up to form Massterly.

Major players in the electric ships market are ABB Ltd., Wartsila, Kongsberg, Norwegian Electric Systems AS, Corvus Energy, General Dynamics Electric Boat, MAN Energy Solutions SE, Leclanche SA, Siemens AG, General Electric Company, Bureau Veritas, Canadian Electric Boat Company, Electrovaya Inc., Triton Submarines, Duffy Electric Boats, and Akasol AG.

The global electric ships market segmentation is categorised by type into fully electric, hybrid; by mode of operation into manned, remotely operated, autonomous; by system into energy storage systems, power conversion, power generation, power distribution; by power into less than 75KW, 75 to 150KW, 151 to 745KW, 746 to 7,560KW, greater than 7,560KW; by range into less than 50Km, 50 to 100Km, 101 to 1000Km, greater than 1,000Km.

Western Europe was the largest region in the electric ships market in 2021. The regions covered in the electric ships industry analysis are Asia-Pacific, Western Europe, Eastern Europe, North America, South America, Middle East, and Africa.

Electric Ships Global Market Report 2022 – Market Size, Trends, And Global Forecast 2022-2026 is one of a series of new reports from The Business Research Company that provide electric ships market overviews, analyze and forecast market size and growth for the whole market, electric ships market segments and geographies, electric ships market trends, electric ships market drivers, electric ships market restraints, electric ships market leading competitors’ revenues, profiles and market shares in over 1,000 industry reports, covering over 2,500 market segments and 60 geographies.

The report also gives in-depth analysis of the impact of COVID-19 on the market. The reports draw on 150,000 datasets, extensive secondary research, and exclusive insights from interviews with industry leaders. A highly experienced and expert team of analysts and modelers provides market analysis and forecasts. The reports identify top countries and segments for opportunities and strategies based on market trends and leading competitors’ approaches.

Source: https://www.globenewswire.com/news-release/2022/07/19/2482088/0/en/Electric-Ships-Market-Size-To-Reach-11-Billion-Due-To-The-Rise-In-Adoption-Of-Hybrid-And-Electric-Propulsion-For-Retrofitting-Ships-As-Per-The-Business-Research-Company-s-Electric-.html


The maritime classification society American Bureau of Shipping (ABS) is set to evaluate the autonomous functions of SpaceX’s rocket-recovery droneships for compliance with its Guide for Autonomous and Remote-Control Functions, published last year.

Under a joint-development project between the companies, ABS will review the design of one of SpaceX’s three droneships, which are used as unmanned, seaborne landing platforms for the spacecraft company’s reusable booster rockets when they return to earth. Citing the “unique and challenging operating requirements” of the droneships, ABS will apply a risk-based approach when evaluating the crafts’ autonomous functions.

Founded in 1862, ABS is a ship-classification society that sets and maintains technical standards for ships and offshore structures. It issued the guide last year to provide a goal-based framework establishing the technical requirements for autonomous and remote-control functions at sea. The guide also established two new class notations, AUTONOMOUS and REMOTE-CON.

The SpaceX droneships consist of an expanded landing deck for rocket landings. Entirely unmanned, the platforms maneuver with four thruster engines and are covered with blast shielding to protect electrical and engine equipment on deck. An onboard robot is used to secure rocket boosters after they land and before the ship returns to port.

“Through our work on autonomous and remote-control technologies in projects with leading partners all over the world, ABS has been leading the way in supporting its practical application at sea,” says Patrick Ryan, ABS senior vice president for global engineering and technology. “This makes us ideally placed to work with SpaceX on its unique and exciting project. We are proud that our capabilities in this area have been recognized by a true pioneer such as SpaceX.”

Source: https://www.iotworldtoday.com/2022/07/19/spacexs-autonomous-rocket-recovery-droneships-being-evaluated/


In June 2022, Russian Maritime Register of Shipping (RS) conducted annual verification of JSC Volga Shipping Company’s compliance with the requirements of the International Safety Management Code. The shipping company’s Safety Management System was found compliant with the requirements and self-imposed commitments on safe operation of ships, says Volga Shipping Company.

The scheduled audit of the onshore facilities of Volga Shipping Company conducted by RS experts included active work with the company’s management on safe shipping, personnel relations, fleet operation and maintenance.

Special attention was paid to practices deployed by the company in order to ensure safe operation of its liquid bulk and dry bulk cargo fleet involved on domestic and international routes. In particular, the audit included an in-depth study of issues related to corrective and preventive actions, analysis of the relevance of instructions and procedures for safe operation of various vessels including reports on internal and external verification. The interaction between onshore divisions and ships was assessed as well as emergency preparedness of the company and operation of its emergency response center. The company’s corporate programmes for additional training of crewmembers and the practice of regular crew safety seminars were highly appraised.

Basing on the audit findings, Joint Stock Company “Volga Shipping Company” obtained a Document of Compliance confirming the compliance of the company’s safety shipping policy with international standards as well as the efficiency of the company’s actions and methods of management applied on ships and onshore in pursuance of the policy aimed at safe management of ships and prevention of environmental pollution.

Established in 1843, Volga Shipping Company is one of Russia’s largest shipping enterprises. The fleet under operational management of the company numbers about 250 units with a total deadweight exceeding 1.4 million tonnes.  The company transports over 15 million tonnes of cargo per year. The range of services offered by Volga Shipping Company includes: transportation of dry bulk, general, liquid bulk and project cargo along inland water ways of Russia by river-sea and international routes.

Source: https://en.portnews.ru/news/332519/


The chief officer of a Chinese tanker will be given the International Maritime Organization award for exceptional bravery at sea for his efforts to rescue two individuals from a liferaft during severe weather last year.

Bo Xu, a Chinese national, was nominated for the award by China and impressed judges with his heroism in the rescue, going as far jumping into the freezing water to help save the two survivors.

The IMO Award for Exceptional Bravery at Sea is the IMO’s highest honor for bravery.

Bo Xu served as Chief Officer of the Chinese oil tanker Jian Qiao 502 on the morning of December 12, 2021, when they were alerted to a sinking cargo ship approximately 30 nautical miles northeast of Zhifu Bay and changed course to render assistance.

After one and a half hours of an exhaustive search, Xu spotted a drifting liferaft filled with seawater and carrying two survivors. The Jian Qiao 502 headed for the raft and the crew quickly realized that both survivors were too weak to securely tie a rope to themselves.

It was at that point that Xu, without hesitation, jumped into the freezing waters and swam relentlessly towards the raft, battling high waves and strong currents. After several attempts, he reached and pulled himself to the raft and tied the ropes to the survivors, who were then successfully transferred to the deck with the help of other crew members.

Upon his return to the ship, Xu immediately performed emergency resuscitation on both survivors, despite fatigue and cold. Unfortunately, only one of the victims survived.

Chief Officer Bo Xu will be presented with award by the IMO Secretary?General at the IMO Awards Ceremony on November 2, 2022, during the 106th meeting of the IMO Maritime Safety Committee (2-11 November).

Another five individuals or sets of nominees will receive certificates of commendation for their acts of bravery, while a further six will receive letters of commendation. Details of each are below.

In total, 41 nominations were received for the 2022 award from 17 Member States and two non-governmental organizations in consultative status with IMO.

Certificates of Commendation

The Council agreed to award certificates of commendation to:

The crew of SAR helicopter Rescue Cyclone Victor, Flotilla 33F, Lanvéoc Naval Air Base, French Navy, nominated by France, for the rescue in severe weather conditions and heavy seas of the entire crew of the sailing vessel Don Quijote, which was badly damaged.

The crews of Indian Naval vessels INS Kochi and INS Kolkata, as well as those of tug/supply vessel Greatship Ahalya, for the rescue of 261 personnel (of which there were 18 casualties) on board the accommodation barge P-305, following its collision with an oil rig during cyclone Tauktae.

The crew of the fishing vessel Fukuseki-maru No.15, nominated by Japan, for the successful rescue of all 20 lives onboard the half?sunken fishing vessel Bandar Nelayan 188.

Three crews of the Coast Guard Air Station Cape Cod, MA, United States Coast Guard; three crews of the 413 Transport and Rescue Squadron, Greenwood NS, Royal Canadian Air Force; and the crew of the CGCC Cape Roger, Canadian Coast Guard, nominated by the United States, for the international rescue operation of all 31 crew members of the fishing vessel Atlantic Destiny, which was on fire, unpowered, flooding and violently pitching and rolling.

Aviation Survival Technician Second Class Juan Espinosa Gomez, Coast Guard Air Station Sitka, Alaska, United States Coast Guard, nominated by the United States, for the rescue of a mariner of the sailing vessel Ananda, amidst heavy seas and limited visibility caused by a powerful Alaskan storm.

Letters of commendation

Letters of commendation will be sent to:

The crew of rescue helicopter B-7309, Beihai Rescue Bureau, nominated by China, for the search and rescue operation of five fishers of the capsized fishing vessel Liao Zhuang Yu 65558.

The crew of the fishing vessel Zhe Yu Yu 82085, nominated by China, for rescuing five surviving fishers of the sinking vessel Shen Lian Cheng 707.

The firefighter of the Hazardous Environment Intervention Group (GRIMP), Departmental Fire and Rescue Service of Reunion (SDIS 974), nominated by France, for his actions during the co-ordinated rescue of 11 crew members of the grounded tanker Tresta Star.

Captain Kakha Bezhanidze, Master of the M/T Elan Vital, nominated by Georgia, for the co?ordinated search and rescue operation of 10 survivors found in three separate life rafts after the sinking of the M/T Suvari H.

Aviation Survival Technician First Class Newsward K. Marfil, Coast Guard Air Station Barbers Point, Hawaii, United States Coast Guard, nominated by the United States, for the rescue of two pilots forced to ditch their cargo aircraft into the Pacific Ocean.

Mr. Nguyen Van Hoa, Leader of the Anti-Drugs and Crime Team, Tan Thanh Border Guard Post, Provincial Border Guard Command of Binh Thuan, nominated by Viet Nam, for rescuing a swimmer swept away by fast-flowing currents.

Source: https://gcaptain.com/chinese-chief-officer-to-received-imo-bravery-award/


On June 16, 2022, the Commandant of the U.S. Coast Guard, Office of Design and Engineering Standards (ENG-3) published a Maritime Safety Information Bulletin No. 05-22 (MSIB) for tank vessels.1 Specifically, the MSIB authorized and approved double block and bleed systems for the Inert Gas Systems on tanks vessels that are designed, installed, and operated in compliance with 74 Safety of Life at Sea Convention (SOLAS) (14) II-2/5.5 pursuant to 46 CFR §32.53-10(b). The significance of the MSIB is that shipowners and operators with SOLAS-compliant double block and bleed systems for Inert Gas Systems on tank vessels do not need approval for their system by the Coast Guard Marine Safety Center.

What is a Non Return Device for an Inert Gas System?

Large tank vessels routinely transport hazardous or flammable cargo. Differing grades and qualities of oil cargo present in the cargo holds the inherent danger of producing flammable vapors and gas during the loading operation.2 Moreover, the residue of flammable gases in an empty cargo hold also constitute an explosion risk.3 Generally, Inert Gas Systems designed to reduce explosions are equipped with an isolating valve; scrubbing tower; demister to absorb moisture; gas blower; Inert Gas pressure reducing valve; deck seal; deck isolating valve; pressure vacuum breaker; cargo tank isolating valve; mast riser; and safety and alarm system.4

The Inert Gas System “non-return device” is a barrier that prevents both hazardous and flammable cargo vapors from invading machinery compartments and other areas of the vessel that could cause an explosion. According to the Coast Guard MSIB, the “double block and bleed valve arrangement isolates or blocks the return of gas from the cargo area to the engine room and permits the bleeding of any residual gas in the Inert Gas System.”5

The Amendment of SOLAS

The technical requirements for Inert Gas Systems aboard tank vessels are contained in the current version of 46 C.F.R. Subchapter D, Subpart 32.53. These regulations are outdated, however, because they require compliance with the provisions of SOLAS II-2, Regulation 62, which has since been superseded by SOLAS II-2, Regulation 5.5. The new SOLAS provision, Regulation 5.5 requires shipowners to comply with the Fire Safety Systems (FSS) of the International Maritime Organization (IMO). This new provision provides that vessels may use a double block and bleed system in addition to a deck water seal.6

Conclusion

The MSIB clarifies that vessels equipped with a non-return device with a double block and bleed complying with the FSS Code is acceptable to the Coast Guard without the need for further Coast Guard Marine Safety Center approval.

Source: https://www.mondaq.com/unitedstates/marine-shipping/1213386/coast-guard-accepts-solas-regulations-for-tank-vessel-inert-gas-systems


At the recent Quad leaders’ summit in Tokyo, Australia, India, Japan and the US launched the Indo-Pacific Partnership for Maritime Domain Awareness, an initiative aimed at strengthening maritime security in the region. Apart from one very useful explainer and David Brewster’s excellent recent analysis, the announcement has been largely overlooked.

The objective is for regional countries to buy commercially available satellite tracking data of ships and combine it with data gathered from sources such as automatic identification systems, which broadcast a ship’s name, location, course, speed and other data.

‘This initiative will transform the ability of partners in the Pacific Islands, Southeast Asia, and the Indian Ocean region to fully monitor the waters on their shores and, in turn, to uphold a free and open Indo-Pacific,’ a White House fact sheet noted.

However, ‘fully’ is somewhat of an overstatement; it would be more realistic to say that it would provide another means for countries to monitor their waters. It would provide unclassified data, and its principal customers would be civil maritime law enforcement agencies, especially coastguards and maritime police.

As Brewster explained, one of the biggest challenges for small countries in the region is tracking suspected illegal fishing vessels that ‘go dark’ by switching off their automatic identification systems. That’s not possible with vessel monitoring systems: if they’re installed as a term of licence, they can’t be tampered with in the same way, and if they’re turned off they send a notice. Automatic identification systems have no such functionality, since they’re designed for safety of navigation and not for monitoring. The Quad initiative would therefore be another very useful data source for agencies cracking down on illegal fishing and a valuable feed for more efficient enforcement activities using surveillance aircraft and surface vessels.

In building the system, much can be learned from the Pacific, where the island states face a pressing need to understand more about what’s happening in the waters that surround them. The small island nations have developed sophisticated platforms like the fisheries information management system, which houses all industry, observer, registry, licence, compliance, catch documentation, certification, vessel monitoring and other data and manages it on a single secure platform. From this base, the fishery can be sustainably managed and (where agreed) data fields are forwarded in near real time back to sovereign nations; fishing and market states; and industry, science, surveillance, compliance and regional fisheries bodies such as the Forum Fisheries Agency surveillance centre in Solomon Islands. It holds a common operating picture based on data provided through member states’ vessel monitoring systems, some high-seas data from the Western Central Pacific Fisheries Commission, and data from ships’ automatic identification systems and long-range tracking and identification systems.

One area in which the Quad partners should consider applications for the new system is the Indo-Pacific’s southern flank: the Southern Ocean and Antarctica. The Quad countries are all active Antarctic players. But the southern Indo-Pacific boundary often gets neglected in discussions.

The ship-tracking data from the plethora of satellites in low-earth orbit (particularly polar orbits) is just as applicable to the Southern Ocean as it is to the high latitudes of the Indian and Pacific Oceans. There’s no significant technical reason why this data wouldn’t be available to go into the shared analysis and distribution network that’s envisaged through the Quad.

It would be worth the Quad partners thinking about three potential zones of the Southern Ocean where the system might operate: the temperate region, north of the polar front and up to the continental margins of Australia, South Africa and South America; the sub-Antarctic region, north of 60°S and south of the polar front; and the Antarctic Treaty Area, south of 60°S.

For the first zone, leveraging the system into that area makes good sense. It would be of obvious military, fisheries and search-and-rescue benefit to all states bordering the Southern Ocean.

For the second zone, there may be some concerns about extending it into the area protected under the Convention on the Conservation of Antarctic Marine Living Resources, albeit above 60°S. At the moment, the convention doesn’t expressly provide for aerial inspections (although the Antarctic Treaty does under Article VII), so there’s some argument among members about whether data collected in this way (or further data collected by satellite) can be used to support inspections under the convention.

That was the issue with the Russian vessel FV Palmer, which was spotted by a New Zealand military aircraft while apparently fishing in an area closed to fishing, some 800 nautical miles from where the vessel was officially reported to be. Both Russia and China disputed that data collected from aerial patrols was allowable under the convention’s inspection system. Information collected from the Quad system would likely face similar resistance from these states if someone attempted to use it as evidence of an inspection under the convention. But at the very least, the data could be used as intelligence to support the well-established practice of vessel-based inspection under the convention.

For the third zone, there’s the possibility of negative perceptions in some states arising from the non-militarisation provisions in Article 1 of the Antarctic Treaty. Extending the system into the Antarctic Treaty Area could generate concerns that the Quad was somehow ‘securitising’ the region and acting against the spirit of the treaty’s demilitarisation provisions.

But the counterpoint to those concerns is that maritime domain awareness for civilian purposes is a ‘peaceful use’. The Antarctic Treaty inspection regime expressly allows for ‘aerial inspection’ of stations and ships in the treaty area. That might arguably include satellite inspection from space.

It’s not clear yet who will put the system together and provide intelligence to regional information centres and national law maritime enforcement authorities. Presumably Maritime Border Command—a multi-agency taskforce in the Australian Border Force that coordinates surveillance of and responses to civil maritime threats, such as illegal fishing—will play a role.

It may turn out that there are just too many cooks in the kitchen. But in theory, the Indo-Pacific Partnership for Maritime Domain Awareness is a promising idea to bolster the maritime security of the region, including the Southern Ocean, by creating a networked real-time picture that allows for a shared understanding of threats and developments in the maritime domain.

While not a complete solution in its own right, the data from the system, correlated appropriately and delivered in a timely manner, will be another valuable input to the many other initiatives seeking to provide more effective maritime domain awareness in the region.

SOurce: https://www.aspistrategist.org.au/quad-maritime-security-initiative-holds-promise-for-the-indo-pacifics-southern-flank/


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