ANCHORAGE, Alaska — Coast Guard task force returned to Anchorage Friday after a nine-day deployment conducting facility inspections in Northwest Arctic Borough.

From July 6 through 15, members of Sector Anchorage’s Marine Safety Task Force (MSTF) and the Environmental Protection Agency (EPA) inspected 24 bulk fuel storage facilities in 11 Alaskan communities, including Kotzeue, Kivalina, Noorvik, Selawik, and Utqiagvik.

Sector Anchorage has approximately 380 inspected waterfront facilities in their area of responsibility (AOR), 346 of which are not accessible by road.

“Fuel facilities are critical to the survival of these remote communities,” said Petty Officer 1st Class Christopher Houvener, a marine science technician and team lead. “They rely on fuel to heat their homes and schools during sub-freezing winter months. Many of these facilities are located in remote parts of the state with a lack of available resources and infrastructure, which means outside help isn’t readily available to them if something goes wrong. So, it’s important for us to ensure their facilities are not putting them or the environment at unnecessary risk.”

The primary goal of facility inspections is to ensure public safety and protection of our marine environment throughout Alaska. Repairs are expensive, and failure of these facilities could negatively impact remote Alaskan villages and potentially leave them unable to heat their homes and schools, operate their vehicles, and continue their way of life. Remote pollution incidents require significantly higher levels of resources to clean up.

“We were grateful for the opportunity to work with our partner federal agency, the Coast Guard, conducting joint inspections,” said Torri Huelskoetter, on-scene coordinator for EPA. “Our goals were to get eyes on the facilities, establish relationships within the communities, and work toward regulatory compliance. These communities face unique challenges. By going there and speaking with them, we can better address the issues they’re facing and work with them to meet compliance.”

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MSTF are multi-mission teams from Coast Guard Sector Anchorage deployed to service Arctic and Western Alaska regional hub communities and from there, service more rural and remote communities in a “hub and spoke” approach. Each MSTF is tasked with meeting the needs of the regulated community by providing commercial fishing vessel exams, bulk oil storage facility inspections, and port state control exams over an approximate two to three-week period.

Source: https://alaska-native-news.com/coast-guard-task-force-returns-from-conducting-facility-inspections-in-northwest-arctic-borough/62754/


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


Port OF Sines--2021.jpg
Shell, ENGIE, Vopak and Anthony Veder have agreed a feasibility study into producing green hydrogen in Portugal and distributing it in the Netherlands.

The agreement was signed between Shell New Energy, tank storage company Vopak, gas tanker outfit Anthony Veder and law carbon services company ENGIE. The companies will assess the production and liquifying of Hydrogen in Portugal for transportation to the Netherlands for sale and distribution. Shell and ENGIE will work on the whole value chain, with Vopak and Anthony Veder focused on storage, shipping and distribution.

The vision is for hydrogen to be produced in Sines port using renewable power for electrolysis, with the first shipment of liquid hydrogen leaving Sines for Rotterdam by 2027. Volumes are expected to start at 100 tonnes per day with room to scale up over time.

The hydrogen will have applications as a low-carbon fuel or fuel component for use in heavy duty machinery, marine and aviation.

“We consider liquid hydrogen as a key solution to import renewable energy into markets such as the Netherlands or Germany. We are developing the next generation of trucks which can use liquid hydrogen directly” said Dr. Andreas Gorbach, Head of Truck Technology and Member of the Board of Management Daimler Truck AG.

The partners in the venture called for policy instruments to help provide price certainty for hydrogen end users, stimulate adoption and drive infrastructure development.

Portugal and the Netherlands confirmed their joint goals at the Rotterdam World Hydrogen Summit in May 2022.

source: https://www.seatrade-maritime.com/sustainability-green-technology/industry-partnership-considers-portugal-netherlands-green-hydrogen


[Brief] State-owned Russian port operator Rosmorport has issued a commendation to a marine pilot who helped navigate a burning chemical tanker out of the Sea of Azov port of Temryuk last week.

According to Rosmorport, pilot Konstantin Dereberya was assigned to bring the Turkish chemical tanker Ahmet Telli into port at Temryuk on July 9. The vessel navigated into the port, but once within the complex, a fire started in the engine room. The blaze disabled the main engine, leaving the vessel adrift and on fire.

The Telli dropped anchor as a precautionary measure, but as the fire grew, it became clear that it would be necessary to move the vessel out of the port. The fire could not be extinguished and raised the possibility of an explosion aboard the vessel. This could potentially spread fire to nearby marine terminals.

Dereberya remained aboard the vessel and helped direct the operation to tow it to the outer anchorage, and for his efforts he has been awarded a commendation. Once the ship was safely outside the port, the fire was extinguished by first responders of Russia’s Marine Rescue Service.

The Telli’s chief engineer was injured in the blaze and was taken to a hospital for treatment. The injuries are reportedly not life-threatening.

Courtesy Russian Marine Rescue Service

Source: https://www.maritime-executive.com/article/burning-chemical-tanker-towed-out-of-port-of-temryuk


LONDON, July 11 (Reuters) – If shipping is the beating heart of global trade, its pulse is about to get slower.

Faced with uncertainty about which fuels to use in the long term to cut greenhouse gas emissions, many shipping firms are sticking with ageing fleets, but older vessels may soon have to start sailing slower to comply with new environmental rules.

From next year, the International Maritime Organization (IMO) requires all ships to calculate their annual carbon intensity based on a vessel’s emissions for the cargo it carries – and show that it is progressively coming down.

While older ships can be retrofitted with devices to lower emissions, analysts say the quickest fix is just to go slower, with a 10% drop in cruising speeds slashing fuel usage by almost 30%, according to marine sector lender Danish Ship Finance.

“They’re basically being told to either improve the ship or slow down,” said Jan Dieleman, president of Cargill Ocean Transportation, the freight division of commodities trading house Cargill, which leases more than 600 vessels to ferry mainly food and energy products around the world.

Supply chains are already strained due to a surge in demand as economies rebound from lockdowns, pandemic disruptions at ports and a lack of new ships. If older vessels move into the slow lane as well, shipping capacity could take another hit at a time when record freight rates are driving up inflation. read more

At the moment, only about 5% of the world’s fleet can run on less-polluting alternatives to fuel oil, even though more than 40% of new ship orders will have that option, according to data from shipping analytics firm Clarksons Research.

But the new orders are not coming in fast enough to halt the trend of an ageing fleet across all three main types of cargo vessels: tankers, container ships and bulk carriers, the data provided to Reuters by Clarksons Research shows.

The average age of bulk carriers, which carry loose cargo such as grain and coal, had jumped to 11.4 years by June 2022 from 8.7 five years ago. Container ships now average 14.1 years, up from 11.6, while for tankers the average age was 12 years, up from 10.3 in 2017, according to the data.

“Some ship owners have preferred to buy second-hand vessels because of the uncertainties around future fuels,” said Stephen Gordon, managing director at Clarksons Research.

TALL ORDER

Orders for new container ships surged to a record high in 2021 and are still coming in at healthy clip this year, but as the appetite for new tankers and bulk carriers is much lower, the current order book across all three types of vessel only stands at about 10% of the fleet, down from over 50% in 2008.

Shipping companies are responsible for about 2.5% of the world’s carbon emissions and they are coming under increasing pressure to reduce both air and marine pollution.

The industry’s emissions rose last year, underlining the scale of the challenge in meeting the IMO’s target of halving emissions by 2050 from 2008 levels. The organization is now facing calls to go further and commit to net zero by 2050.

Some companies are testing and ordering vessels using alternative fuels such as methanol. Others are developing ships that can be retrofitted for fuels beyond oil, such as hydrogen or ammonia. There’s even a return to wind with vast, high-tech sails being tested by companies such as Cargill and Berge Bulk. read more

But many of the potential low-carbon technologies are in the early stages of development with limited commercial application, meaning the majority of new orders are still for vessels powered by fuel oil and other fossil fuels.

Of the vessels on order, more than a third, or 741, are set to use liquefied natural gas (LNG), 24 can be driven by methanol and six by hydrogen. Another 180 have some form of hybrid propulsion using batteries, Clarksons data shows.

Many shipping firms are hedging their bets mainly because prolonging the life span of vessels is cheaper and lower risk than new builds. They also gain breathing space while waiting for the winning new technologies to become mainstream.

“We have a clash between an industry that is very long-term investment oriented and a very fast pace of change,” said John Hatley, general manager of market innovation in North America at Finnish marine technology company Wartsila (WRT1V.HE).

Cargill says that as of now it doesn’t expect to have many new-build ships in its fleet, instead fitting energy saving devices to older vessels and prolonging their use, while there’s still uncertainty about future technology.

They’re not alone, with more than a fifth of global shipping capacity fitted with such devices, according to Clarksons.

Devices include Flettner rotors, tail spinning cylinders that act like a sail and let ships throttle back when it’s windy, or air lubrication systems that save fuel by covering the hull with small bubbles to reduce friction with seawater.

While energy saving devices go a long way to tackling emissions, ultimately, newer vessels are a better bet, said Peter Sand, analyst at shipping and air cargo data firm Xeneta.

“The next generation of fuel oil ships will be much more carbon efficient, they will be able to transport the same amount of cargo emitting only half of the emissions that they did over a decade ago,” he said.

THE POSEIDON PRINCIPLES

Shipping firms are set to come under growing pressure to comply with targets set by the IMO, which will rate the energy efficiency of ships on a scale of A to E, as the ratings will have a knock-on effect when it comes to finance and insurance.

In 2019, a group of banks agreed to consider efforts to cut carbon emissions when lending to shipping companies and established a global framework known as the Poseidon Principles.

The Poseidon Principles website shows that 28 banks, which include BNP Paribas (BNPP.PA), Citi , Danske Bank (DANSKE.CO), Societe Generale (SOGN.PA) and Standard Chartered (STAN.L), have committed to being consistent with IMO policies when assessing shipping portfolios on environmental grounds.

“Lending decisions on second-hand ships are going to become an issue on older tonnage,” said Michael Parker, chairman of Citigroup’s global shipping, logistics and offshore business, adding that environmental factors would be taken into account when lenders decided whether to refinance vessels.

“Second-hand ships will continue to get financing, provided that the owner is doing the right things about keeping that vessel as environmentally efficient as possible,” he said.

One early adopter of new technology is shipping giant A.P. Moller-Maersk . It has ordered 12 vessels which can run on green methanol produced from sources such as biomass, as well as fuel oil as there is not yet enough low carbon fuel available.

The Danish company doesn’t intend to use LNG because it is still a fossil fuel and it would prefer to shift directly to a lower carbon alternative.

Wartsila, meanwhile, is launching an ammonia-fueled engine next year, which it says is generating a lot of interest from customers, as well as a hydrogen engine in 2025.

Ship owners are facing a lot of uncertainty over how to “future proof” their fleets and avoid regretting investment decisions now within a couple of years, said Wartsila’s Hatley.

“They would rather wait for maybe the whole life of the ship of 20 years, but that’s even more uncertain now because of the pace of change.”

Source: https://www.reuters.com/business/sustainable-business/ships-get-older-slower-emissions-rules-bite-2022-07-11/


A Russian missile has hit a tanker drifting in the Black Sea for more than four months.

The tanker was loaded with diesel, per the Interfax-Ukraine news agency. It cited Ukraine’s military that referred to the ship as an “ecological bomb.”

The Moldova-flagged tanker Millennial Spirit was struck twice as Russia invaded Ukraine on 24 February.

It was initially hit by a missile fired from a warship several days after Russia’s invasion of Ukraine. Moldova reported that at the time, the ship had Russian crew members, and two of them were seriously injured.

Ukraine’s southern military command had reported that when the vessel was first struck in February, it was loaded with over 500 tonnes of diesel and that since then, it was drifting in the Black Sea waters with no crew.

The military mentioned in a statement that perhaps the remaining cargo is burning.

It reportedly called the vessel a “delayed-action” bomb and further blamed the fact that it was drifting without a crew on board on a Russian blockade of Ukraine’s ports. It added that a Russian Kh-31 air-to-surface missile struck the vessel.

Details of the attack could not be confirmed by Reuters independently.

Ukraine has said that Russia’s invasion has resulted in substantial ecological damage to the country and plans to seek compensation in the international courts.

Environmental threats from the invasion highlighted by Ukraine also include the pollution of its water basins.

References: Reuters, US News, BSF QH


The Russian owner has been squeezed by western sanctions against Russia and its assets in retaliation for the war in Ukraine. Some companies have ceased Russian operations, whether for moral reasons or due to the spreading sanctions.

Classification societies and insurers were among those to turn their backs on Russian ships as it became difficult or illegal to continue their business.

Reuters sources said that another Russian state-backed entity, Russian National Reinsurance Company, had picked up much of the post-sanctions insurance business, including Sovcomflot’s fleet.

On the classification front, the International Association of Classification Societies (IACS) withdrew the membership of the Russian Maritime Register of Shipping (RMRS) in March. Classification by an IACS member class society is often a stipulation in maritime contracts, including insurance.

The IACS transfer of class register shows a mass transfer of Sovcomflot Vessels from class societies LR, BV, DNV, and ABS to the Indian Register of Shipping.


Clean tanker rates across Asia-Pacific reached multiyear highs June 16, and a record for some routes, as strong demand to lift naphtha cargoes from the Persian Gulf and deliver distillates to Africa and Australia drove up the daily earnings of owners, despite rising bunker prices.

Ships are ballasting to Asia from almost every corner of the world to push up their earnings. It is definitely positive for the owners to position their fleet in the East, one of the brokers said.

Owners of both Long Range I and II, or LR1s and LR2s, are raking in the moolah, earning around $55,000 daily at current freight on the benchmark Persian Gulf-Japan route, according to brokers’ estimates.

Earnings are even better for Medium Range, or MR, tankers around $60,000/day on the key Singapore-Australia route, prompting ships to ballast from even Latin America.

Clean tankers are enjoying hefty earnings at a time when the dirty tankers are bleeding, with VLCCs bearing daily losses of more than $20,000 on key Persian Gulf-East Asia routes. Fundamentals are totally different for VLCCs, where heavy supply with hardly any scrappings in recent years, is more than sufficient to meet the current demand, said a broker in Singapore.

A flurry of LR1 fixtures, including at least 10 since late-last week to move naphtha on the Middle East-North Asia routes, is pushing up rates for the last five successive trading days, gaining a whopping 145 Worldscale points during the period, according to S&P Global Commodity Insights data.

Owners are holding back their ships in anticipation of even further increase, said a chartering executive in North Asia.

“Charterers are not looking, but instead begging for LR1s,” said a broker in Copenhagen.

MR rates on the key South Korea-Australia and Persian Gulf-East Africa routes are in uncharted territory, at all-time highs, breaking the previous records set in April 2020, according to S&P Global data.

For LR1s, the latest deal on the Persian Gulf-Japan route has been done at w375, for loading in the last week of June, a 25-month high.

Sources pointed out that the ongoing rally is different from the previous one in March when rates increased due to the strong demand for gasoil from Europe and dislocation of tonnage due to the Russia-Ukraine war.

This time, the driver is naphtha and not all ships can load the product due to technical restrictions, they said. That a substantial chunk of all LR1s are controlled by a handful of companies such as Hafnia, has not helped matters for charterers, they added.
According to the shipping industry estimates, at the beginning of the week, close to 35 LR1s and LR2s each were projected to be available for loading in Persian Gulf and India during the next three weeks, but with several among them not suitable for naphtha loading and controlled by same owner, rates kept moving up.

The three week LR1 availability is below the average of 50 seen in the last few months, said a chartering source in Japan.

Supply has tightened because cargo count has increased. There have been more than 60 LR1 fixtures so far for loading in the first half of June compared with around 53 in the same period last month, according to the shipping industry estimates. The corresponding increase for LR2 is to 49 from 41.

Australia demand, China exports

As lockdowns eased in China and demand for gasoil and jet fuel picked up in Australia, shipments on MR tankers in North Asia started to rise significantly late-last month and freight tested fresh highs in June, sources said.

LRs, which were on a downturn, smelt an opportunity to fill in the supply gap in North Asia and so did MRs in Singapore, they said. While MRs from Singapore started to ballast to North Asia, LRs which brought in naphtha from the Persian Gulf, got backhaul cargoes and delayed their return to the Middle East, they added.

Finally, demand from Africa meant that rates for loading in India and Persian Gulf for delivery in the continent also rose as supply tightened.

It all conjured up into a scenario where rates for every segment and region pushed up to fresh highs for the year. “It’s a cascading effect, one leading to another,” said a source with an LR owner.

“The market has flipped, MRs in Persian Gulf are leading the charge while North Asia is trailing,” said a chartering executive with a global commodities trading company.

Distortions

In the process, the rise in rates is creating a distortion in the market in terms of unusually high differentials between various segments. A case in point is the discount that LR2s enjoy over LR1s on the key Persian Gulf-North Asia routes. It is currently at w75, according to S&P Global Commodity Insights compared with the usual w10-40.

As a result, it will be significantly cheaper to charter LR2s instead of LR1s but the differential is not of an extent where 55,000 mt cargoes can be loaded on LR2s as ‘partials’, said a chartering source.

Both the ship sizes have slightly different supply fundamentals and the position list is taking care of itself, said a source with an LR owner.

In contrast, the gap between LR1 and LR2 rates on Persian Gulf-Europe routes is small due to limited demand to move gasoil to the continent.
Source: Platts


OCIMF is pleased to announce the release of the seventh edition of the SIRE Vessel Inspection Questionnaire (VIQ7).

This edition has undergone an extensive revision process which has brought the VIQ up-to-date with respect to changes in legislation and best practices. The SIRE Focus Group, which has led the work on the revision of this document, has examined the questions to determine whether these continue to remain relevant and has reduced the overall set of questions by up to 90 questions.

The section on Structural Condition in the existing VIQ6 (Chapter 7) has been reduced and merged with Chapter 2. A new chapter (Chapter 7) has been developed to cover Maritime Security which has 21 new questions covering Policies and Procedures, Equipment and Cyber Security.

The section on Mooring (Chapter 9) has been significantly reviewed to incorporate the revisions and best practices that will be introduced in the Mooring Equipment Guidelines, Fourth Edition (MEG4). Operators will be encouraged to align their procedures and equipment with the guidance provided in MEG4 as soon as possible.

The existing chapter on Communications (Chapter 10) has been reduced and merged with Chapter 4, which is now a section on Navigation and Communications.

A set of 10 questions on LNG Bunkering has been added to the section on Engine and Safety Compartments (Chapter 10). These questions have been developed in conjunction with advice and guidance from SIGTTO and SGMF.

The following templates within the seventh edition of the SIRE Vessel Inspection Questionnaires (VIQ7) are now available to integrators upon the OCIMF Staging environment and will be released to the Production environment on the 17September 2018.

  • Template 4401 – VIQ7 (Petroleum)
  • Template 4402 – VIQ7 (Chemical)
  • Template 4403 – VIQ7 (LPG)
  • Template 4404 – VIQ7 (LNG)

 


GDPR TMSA Cyber Security

 

Tanker owners should be prepared for new EU and IMO cyber security regulations as they must already comply with maritime security requirements under OCIMF’s TMSA 3, writes Martyn Wingrove

There are increasing amounts of cyber security-related regulations that shipping companies will have to comply with, but tanker owners are already ahead of the game. Ship operators will need to include cyber in ship safety and security management under the ISM Code from 1 January 2021.

Before that, they need to be aware of cyber and data security regulations, including the EU general data protection regulation (GDPR) and the EU directive on the security of networks and information systems (NIS).

Much of the requirements under these forthcoming or new regulations are already within Oil Companies International Marine Forum (OCIMF)’s third edition of the Tanker Management and Self Assessment (TMSA) best practice guidelines. This came into force on 1 January this year, with a new element on maritime security and additional requirements of key performance indicators and risk assessments.

Regulation changes were outlined at Riviera Maritime Media’s European Maritime Cyber Risk Management Summit, which was held in London on 15 June. The event was held in association with Norton Rose Fulbright, whose head of operations and cyber security Steven Hadwin explained that “data protection and cyber security needs to be taken seriously from a legal point of view.”

Data, such as information on cargo and charterers, could “become a considerable liability”. If data is lost “then GDPR could be in play” said Mr Hadwin. Regulators “could impose a fine of up to 4% of that organisation’s global annual turnover.”

PwC UK cyber security director Niko Kalfigkopoulos explained the legislation and reasoning behind the NIS Directive, which went into full effect in May this year.  “These regulations have teeth” he said because of the potential size of fines and damage to a company’s reputation from being a victim of a cyber attack. This is one of the reasons why boardroom executives should be aware and understand what is required for compliance.

Class support

During the summit, class societies provided cyber security guidance as they collectively attempted to define cyber secure ship notations. Lloyd’s Register cyber security product manager Elisa Cassi said shipping companies should have a third party monitor their IT network and the operational technology (OT) and employ staff to “stop people sharing data or compromising procedures”.

Tanker owners “need to identify any compromise before an attacker tries to penetrate”, Ms Cassi explained, noting that shipping companies need to “investigate the vulnerabilities through analytics and machine learning”, understand the behaviour of potential threats and use predictive analysis.

ABS advanced solutions business development manager Pantelis Skinitis said shipowners need to change passwords on operational technology, such as ECDIS and radar, as some remain unchanged since they were originally commissioned on the ship. He also advised owners to verify vendors and service engineers and that their USB sticks are clean of malware.

ABS has created cyber safety guidance for ship OT, particularly for ships coming into US ports and terminals. In its development, ABS identified the risks, vulnerabilities and threats to OT. “Managing connection points and human resource deals with the biggest threat to OT systems on board,” said Mr Skinitis.

DNV GL has developed new class notations covering cyber security of newbuildings. It has also produced an online video for instructing shipping companies to become more aware of cyber threats. During the summit, DNV GL maritime cyber security service manager Patrick Rossi said ship operators should set up multiple barriers to prevent hackers.

These should include firewalls, updated antivirus, patch management, threat intelligence, intrusion detection, emergency recovery and awareness testing. OT should be segregated from open networks, only official ENC-provider USBs and update disks should be used and cleaned of malware before being inserted into ECDIS and these systems should be segregated from the internet.

Cyber regulations and guidance for shipping

EU General Data Protection regulation (GDPR) came into effect from 25 May 2018

IMO – Resolution MSC.428(98) – from January 2021 cyber security will be included in the ISM Code

TMSA 3 – cyber security was added to tanker management and assessment in January 2018; EU directive on the security of networks and information systems (NIS Directive) from May 2018

EU privacy rule (PECR) of individuals traffic and location data

Rightship added cyber security to inspection checklist

BIMCO – guidelines based on International Association of Classification Societies

 

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