Κυριακή 14 Μαρτίου 2021

Exercise of maritime liens on cargo to secure credits for freight and demurrages

Facts

A cargo of coal was transported from Colombia to Italy under a voyage charterparty. The coal was destined for the Italian cargo receiver, the bill of lading holder, in Civitavecchia.

The charterparty provided that the charterer had to pay the owner the 10% freight balance within 30 days of completion of the discharge, and that any demurrages had to be paid within 30 days of the presentation of the final invoice, along with the timesheet and statement of facts.

While discharging operations were underway, the charterer informed the owner that an application to open insolvency proceedings had been filed with the competent court.

When the discharging operations were about to end, the owner applied to the Civitavecchia Tribunal, pursuant to Article 437 of the Code of Navigation, to exercise the maritime lien on a quantity of coal carried on board the carrying vessel to secure its credits for the freight balance, demurrages and expenses towards the charterer and, at the same time, obtain permission to deposit the cargo ashore under judicial authority. According to Italian law, a maritime lien can be exercised by the vessel owner only with the permission of the local court.

The owner served the lien application to the cargo receiver and the charterer. Both the cargo receiver and the charterer opposed the claimant's demand.

The charterer replied that:

  • the owner's credit for the freight balance and demurrages had not yet arisen when it had filed the lien application because of the contractual provision deferring payment of such sums after a certain period from discharge;
  • by agreeing to the deferred payment of the balance freight and demurrages, the owner had implicitly waived its right of lien;
  • the lien clause invoked by the carrier could not be considered valid under Italian law as, under the Italian system, the only existing liens are those established by the law; and
  • the bill of lading contained no specific reference to the voyage charterparty. As such, the owner's credits arising from the voyage charter were not enforceable against the bill of lading holder.

The claimant counterargued that, in any case, the credit for freight and demurrage had become immediately due as a consequence of the manifest insolvency of the charterer, as per Article 1186 of the Civil Code.

Decision

The tribunal granted the opponents' defense, thereby dismissing the lien application brought by the owner.

Preliminarily, the judge observed that Italian law applied in accordance with the Italian rules of private international law, which state that actions relating to proprietary rights and rights in rem in movable and immovable property are regulated by the law where the goods are located (ie, lex rei sitae). Therefore, it excluded the application of English law as argued by the cargo receiver.

Further, the court stated that the carrier was not entitled to claim a lien on cargo according to Article 437 of the Code of Navigation as security for its credits of freight and demurrages arising from the voyage charter when payment of such credits was contractually payable after the discharge of goods.

According to Article 437, the prerequisite for filing an application with the local court requesting permission to discharge and deposit a sufficient quantity of carried goods to secure the carrier's credit for freight and demurrage is that such credit must be outstanding (ie, payment failure must be established). In the present case, the parties had agreed in the voyage charter that payment of outstanding freight and demurrages was due only after discharge. Therefore, the credit to be secured could not be deemed outstanding.

Moreover, as per Article 564 of the Code of Navigation, the maritime lien set out under Article 561(4) of the code expires 15 days after discharge if the lien application is not presented beforehand. The court stated that the contractual provision according to which the balance freight and demurrage were payable 30 days after discharge amounted to an implied waiver of the abovementioned maritime lien and the right to place a lien on cargo for the carrier's credit.

Further, the court rejected the owner's argument that the credit was deemed outstanding in light of Article 1186 of the Civil Code – specifically, that the credit for freight and demurrage was considered accelerated in light of the charterer's patent insolvency. The court stated that the charterer's insolvency had been known to the parties even before the carriage contract was agreed between the parties and could not amount to a supervening circumstance.

As far as the existence of contractual lien was concerned, the court decided that the charterparty provision which set out a contractual lien was inconsistent with the provisions making the outstanding freight and demurrage payable 30 days after discharge.

The court found that the right of lien set out under the charterparty could not be claimed against the cargo receiver. The bill of lading did not incorporate a full reference to the lien clause or the specific charterparty, as it simply contained a generic reference to "all the terms and conditions of the voyage charter", which could not incorporate the lien clause contained in the charterparty.

In light of the above, the carrier's lien application was dismissed.

Comment

This decision was based on two 1980 precedents of the Genoa Court and reinforces the principles that under Italian law, a lien on cargo can be placed under the authority of only the local courts which, before granting such lien, will strictly verify the existence of the legal requirements set out under Italian law. These can be briefly summarized as follows:

  • A lien on cargo can be placed to secure claims listed under Article 561 of the Code of Navigation.
  • The bill of lading must expressly incorporate the charterparty from which the claim for unpaid freight or demurrages arises.
  • In light of Article 564 of the Code of Navigation, according to which a maritime lien expires 15 days after discharge, contractual provisions making freight and demurrage payable more than 15 days after discharge may amount to an implied waiver of the right of lien on cargo.

 

Σάββατο 13 Μαρτίου 2021

Accepting LPG fuel stock for pre-2016 code gas tankers

Norwegian shipping company BW LPG wanted to use its LPG cargo as a fuel for a pre-2016 code vessel, since it offers environmental advantages over oil – but it needed a different regulatory regime to do so.

This was developed by the Isle of Man Ship Registry (IOMSR) Norwegian shipping company BW LPG wanted a regulatory methodology to permit a pre-2016 code VLGC (very large gas carrier) to be retrofitted to use liquefied petroleum gas (LPG), normally butane and propane as fuel for propulsion.

For the last four years, it has been possible for vessels to be designed and built to the International Gas Carrier code (2016 IGC code) and permitted to run on LPG fuel.

But for vessels built under the previous code (1983 IGC code as amended) this was not a permitted option.

So, BW LPG had discussions with its flag, The Isle of Man Ship Registry (IOMSR), about how this could be changed. Discussions began with IOMSR and BW LPG, as well as partners Wartsila Gas Solutions, MAN Energy Solutions and DNV-GL in 2018. Aside from the fact that LPG is already being carried (as the cargo), it offers benefits over LNG (which was allowed as a fuel under the 1983 code).

LPG does not need to be cooled to cryogenic temperatures, so the storage tanks can be made from less expensive materials. There is a much wider availability of fuel gas, which can be supplied by road tankers at most ports, whereas LNG isn’t.

LPG offers advantages over fuel oil. “Gas is cleaner to burn than fuel oils and allows a large reduction in particulate emissions, helping to meet ever-tightening restrictions placed upon the marine industry,” he says. After much discussion and research by interested parties, IOMSR put together relevant paperwork and submitted a design equivalence application to the International Maritime Organization.

This equivalence, granted in March 2020, allows the use of LPG as a fuel on the VLGC BW Gemini, setting a precedent in the industry and enabling the IOMSR to issue the world’s first flag acceptance of a modification to use LPG as fuel for older gas tankers.

“A full conversion of the ship, which has been in service for about ten years, was not an option because it would have run into millions of pounds and taken much longer to carry out,” says Mr Liddell.

“Instead, it was decided to carry out a modification of the engine and fuel supply system, which was much more commercially viable.”

The retrofitting work took place in Q4 of 2020 and lasted just over two months. It involved fitting the vessel with two extra LPG fuel storage tanks in the cargo area, a high-pressure liquid fuel system for the modified MAN Energy Solutions two stroke engines and significant upgrades to the fuel delivery and associated safety and control systems.

The work was timed to be carried out during the BW Gemini’s dry dock period, to ensure the vessel was not out of service any longer than necessary. In November, BW LPG announced the successful completion of sea and gas trials.

Pontus Berg, Executive Vice President (Technical and Operations), BW LPG, said: “BW LPG has chosen to commit 12 of our VLGCs to be retrofitted with pioneering LPG propulsion technology. This is a significant upfront investment of over USD100 million, and it represents our willingness to act on the ESG front.”

“Building new ships can provide the benefits of operating with LPG but comes at a heavy cost.” “Counting total emissions, a new ship represents about 70,000 tons of carbon dioxide in the materials and building process, compared to 2,000 tons of carbon dioxide for retrofitting.

“The sustainability outcome is much better from retrofitting than from building new vessels.”

“We thank the Isle of Man Ship Registry for its strong support and for embarking on this journey with BW LPG to take the lead and advance technology closer towards a zero-carbon future.”

The vessel is thought to have achieved a historic milestone as the world’s first VLGC to be fueled by LPG. It has sailed on LPG propulsion across the Pacific Ocean to Texas for loading, another historic first.

This voyage is expected to produce twenty percent less greenhouse gas emissions and use ten percent less fuel overall, compared to regular fuel oil, according to BW LPG. The work of IOMSR in gaining the design equivalence for their clients to enable the plans to go ahead, has paved the way for five other ships of the same class to undergo the same modification. Ships in other classes will be subject to the same discussions and application for design equivalence should their owners wish to modify them to run on LPG. IOMSR is able to assist with its expertise, Mr Liddell says.

  

Τρίτη 9 Μαρτίου 2021

What MEPC75 means for tanker operators

 Tanker operators will be keen to know exactly what they need to do to comply with MEPC 75 – if they will be able to keep a certain vessel in compliant operation until 2030 just through slow steaming, and when they need to consider switching to LNG fuel.

At a webinar organized by DNV GL about MEPC 75 on November 26, 2020 stated.

“You need to consult with your trusted classification society and see how they can help you with specific vessels. It depends on age, trade profile, investment willingness. There are a lot of factors playing into what is the most appropriate solution for each individual ship.”

Although “we think you can achieve 40 per cent improvement in efficiency with the toolkit we have available today. It won’t always be cheap, but it can be done.” In other words, we can manage until 2030 without new fuels.

“Getting to the absolute reduction levels of 2050 is a different ballgame - there we need other options.”

The MEPC 75 meeting was held online over November 16-20. Because people were attending

from their home countries, rather than travel to the IMO building in London, and all working in different time zones, the decision was made to restrict discussions to 3 hours a day, so 15 hours in total for the meeting.

The online format also did not allow as much interaction as usual. Many items were postponed to the next meeting (MEPC 76). Since the MEPC 75 meeting was originally planned for April 2020, it means some items are being postponed for a year. MEPC 76, planned for 2021, is also likely to be virtual, and so have a constrained agenda, and some issues may slide into MEPC 77.

A planned revision of guidelines for Exhaust Gas Cleaning Systems was pushed to MEPC 76.

Correspondence groups have been established to look at licensing fuel oil suppliers, a shaft power limitation concept, and interim minimum power guidelines.

The work to agree a definition of Phase 4 of EEDI was “deprioritized”. Phase 4 will apply to newbuilds of a number of ship types from 2022, and anticipated to come into force after 2025, so not considered urgent to discuss now.

Agreements at MEPC 75

At the November 2020 meeting, approval was given to the 4th IMO greenhouse gas study, by a consortium led by CE Delft, which counted emissions from shipping in 2018 of 1056 MT CO2 equivalent, up 9.6 per cent from 2012.

Methane and nitrous oxide emissions were included (and converted to a CO2 ‘equivalent’ amount). This study says that shipping’s share of global emissions was calculated to be 2.89 per cent in 2018, up from 2.76 per cent in 2012.

The study says that the overall “carbon intensity” of shipping decreased by either 21 per cent or 32 per cent over the period 2008 to 2018, depending on how it is calculated – 21 per cent if calculated by “capacity mile” or based on voyages, and 32 per cent if calculated by “tonne mile” (cargo carried). Carbon intensity is a measure of how much carbon is emitted per “transport work”.

If no additional policies are adopted to decarbonize, emissions are projected to end up growing by between 90 and 130 per cent by 2050, relative to 2008.

The focus of the MEPC work is to get emissions to a peak as soon as possible, and then reduce “carbon intensity” by 40 per cent by 2030, compared to 2008. (Note, 21 to 32 per cent reduction has already been achieved).

On the technical side, MEPC75 approved plans for an EEDI (Energy Efficiency Design Index) rule on existing ships, known as the “EEXI” (Energy Efficiency Existing Ship Index).

This is described in more detail below.

On the operational side, it approved plans to ask shipping companies to write a “SEEMP” (Ship Energy Efficiency Management Plan), showing how they will reduce their operational emissions. It is based around a Carbon Intensity Indicator – CII. This is also described in more detail below.

Each member state is encouraged to develop its own national action plan, an example being Norway’s Green Shipping Program.

MEPC75 considered a proposal from a number of shipping industry associations, including the International Chamber of Shipping, World Shipping Council, Intertanko and the International Parcel Tankers Association, to raise money for research and development of fuels, levied on fuel purchases.

The meeting also did not discuss plans to set GHG / carbon intensity guidelines for other fuels, also including emissions made in producing the fuels and delivering them to vessels (“well to tank”), methane slip, nitrous oxides, and emissions from VOCs.

So, for now, the regulations only relate to the amount of CO2 you emit per the amount of cargo tonne miles you make.

EEXI

EEXI is what will concern tanker operators the most. It follows EEDI, the “Energy Efficiency Design Index”, which says that new ships being built over 2025 to 2030 must have a 30 per cent improvement in energy efficiency compared to a baseline, calculated as the average efficiency for ships being built between 2000 and 2010.

Under EEXI, existing tankers need to achieve a “delta”, or improvement, of 15 to 20 per cent, compared to the baseline, with the same time periods as for EEDI for achieving the improvement and the base line. The delta is different for different ship types. Cruise ships and LNG carriers must get 30 per cent, gas carriers must get 20 to 30 per cent.

So, this should get existing ships “on par” with what is required for new ships, under EEDI phase 2 or 3. Ships need to comply with EEXI by early 2024. Specifically, the deadline is the “first annual, intermediate or renewal IAPP (International Air Pollution Prevention) survey after 1 Jan 2023.” So, by early 2024 - all ships which are in scope need to comply with EEXI.

The index is calculated by a complex formula which takes ship’s emissions, capacity and speed into account, with the speed based on that calculated in the sea trial, after the vessel was launched, or by other methods.

The way to reduce the score involving the least financial investment is probably to reduce the speed. The engine can be “de-rated”, so it operates at a slower speed, or you can set a “virtual” limit on engine power, basically an agreement that you will only operate the vessel with a certain power level. You are only allowed to exceed it in an emergency.

Shipping companies need to put all of this in a technical file, which is verified and approved in the first IAPP survey after Jan 2023.

SEEMP

All ships above 400 GT need to develop a “Ship energy efficiency management plan (SEEMP), by Jan 1, 2023.

A rating system will be designed by IMO so that if all ships are C or better, by 2030 shipping will reach its 40 per cent target of improving carbon intensity.

It will probably be calculated in emissions per deadweight mile. The threshold for reaching “C” will get more stringent in time. Cargo and cruise ships above 5000 GT need to achieve rating “C” in their Carbon Intensity Indicator, every year from 2023, their SEEMP should show their plan to achieve this. The plan should also have a continuous improvement focus.

Any ship scoring “D” for 3 consecutive years, or an E, will need to implement corrective actions, which will be included in their SEEMP, and need to be approved, for a vessel to receive its annual statement of compliance. Offshore vessels, passenger vessels (not cruise ships or ROPAX) will not have any index. The reason is that these vessels are very diverse, so it is very hard to calculate how one vessel compares to others in its ‘class’. Although they are still required to collect and report data.

The policy will be reviewed by Jan 2026, looking at strengthening the enforcement mechanism and corrective actions.

IMO’s 2050 target is that CO2 emissions should be reduced by 70 per cent compared to 2008, counted as CO2 emissions per transport work, and total GHG emissions from the industry should be reduced by 50 per cent, compared to 2008.

The company’s CII may become public, since it is included on the vessel’s “statement of compliance”, which is a public document in many jurisdictions. This means the data may be included in the various online vessel rating schemes.

The verification and audit will be done by the organizations accredited as “recognized” by flag states – mainly the classification societies.

IMRDB

There is a proposal from industry bodies, including ICS, World Shipping Council, BIMCO and Intertanko, to set up a research fund to develop zero carbon technologies, paid for with a levy per tonne of fuel purchased, proposed at $2 per tonne for all ships above 5,000 GT, building a purse of $5bn over the lifetime of the program.

A full day of the MEPC 75 meeting (3 hours) was taken up by discussing this. IMO members were talking about it as a “market based measure”, although the industry had been careful not to present it as a “market based measure”, saying that the money would be for research only, not to make certain fuels more viable.

There were inconclusive discussions about whether IMO could take on the responsibility of making this a legal mandate, Mr Longva said. “IMO agreed to invite further comment, so discussion will come back in MEPC 76.”

Other amendments

Other amendments made by IMO are changes to MARPOL Annex VI stating that you need to have a sampling point in your fuel system, either fitted or “designated”, for inspectors to sample and verify sulphur content. This needs to be approved by the first IAPP survey after April 2023. “There’s either technical or bureaucratic work to take care of,” Mr Nyhus said.

There are new verification procedures for how samples are to be analyzed and what kind of bandwidth is acceptable on sampling results.

Also, at MEPC 75 the International Convention on the Control of Harmful Anti-fouling Systems on Ships was amended to ban the biocide cybutryne.

There was a ban on use and carriage of heavy fuel oil in the Arctic from July 1, 2024, with exemptions for tanks with a double hull, or for Arctic coastline states which want to exempt their own ships in their own waters until 2029. This was a compromise agreed with certain Arctic states to get the ban passed. Audience poll Audience members were polled to find out what they anticipated their main measure would be to comply with EEXI.

21 per cent chose engine power limitation, 16 per cent retrofit energy efficiency devices, 17 per cent operational improvements, 25 per cent alternative fuels, 19 per cent said “I have not started looking into this.”

Useful reference links

https://www.imo.org/en/MediaCentre/MeetingSummaries/Pages/MEPC-75th-session.aspx

https://www.ukpandi.com/news-and-resources/legal-content/legal-articles/mepc-75-16_20-november-2020_summary-of-outcome/

https://www.imo.org/en/OurWork/Environment/Pages/Anti-fouling.aspx

https://www.iomshipregistry.com/media/1403/msn-047-anti-fouling-systems-convention.pdf