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West P&I: How to limit your exposure to fuel contamination

Making sure crew members that handle bunker fuels have the right training is vital to reducing the risk of contamination, said Capt. Simon Hodgkinson, Head of Loss Prevention.

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The following article on steps shipowners and operators can take in preventing fuel contamination issues was written by Capt. Simon Hodgkinson, Head of Loss Prevention at mutual marine insurer West P&I; it was recently shared with Singapore bunker publication Manifold Times:

Fuel contamination remains a huge financial and operational risk for shipowners and operators, as the Singapore incident from earlier this year shows. In April, around 200 vessels visiting the port experienced technical issues such as blackouts and problems with or damage to the fuel pump or engine, forcing some to debunker. 

An investigation by the Singapore Maritime and Port Authority has since attributed the contamination to a batch of high sulphur fuel oil with high concentration levels of chlorinated organic compounds. 

At the time of writing, it is too early to determine how much the incident, involving US$120 million worth of affected fuel, will cost shipowners and operators. But with vessels experiencing operational problems – causing major delays to cargo delivery – insurance claims could reach millions of dollars and take several years to resolve. 

With marine fuel easily the biggest operating cost for shipping companies, they cannot afford to make mistakes. Fortunately, there are measures available to them to limit the risks of a widespread fuel contamination. 

Testing can be a crucial tool  

Buying good quality fuel from a reputable source is one top line way to reduce risk, although a supplier’s reputation is no guarantee that all fuel will always meet specification. Yet suppliers with exemplary reputations usually charge more – and it can be difficult to understand the relative reputations of suppliers in a port that a shipowner is not familiar with. The high price of fuel oil could understandably prompt some shipowners to go for cheaper, lower-pedigree alternatives. 

The risk is that operators get what they pay for when choosing a more affordable option – low-grade or even contaminated fuel that will cost them dear in disruption, delays or damage to the vessel. Owners and operators can be forgiven for buying at the lower end of the market to minimise their outgoings when oil prices are so high, but there are ways to cut risks.  

For companies willing to pay more, finding the best product is fairly straightforward. Fuel testing specialists have records on all suppliers around the globe, including data on the quality of their fuel, giving buyers confidence in what they purchase. Continuously updated port-specific fuel standards and compliance data can be obtained by shipowners, and is provided alongside bunker quality alerts to all West members on the Club’s Neptune platform. Guidance on buying quality fuel is also available in this International Maritime Organization document.

Another safeguard for shipping companies is to get the fuel tested by a specialist, which will likely reveal any potential issues or anomalies. If there are concerns, the shipowner or operator should then have a gas chromatography-mass spectrometry (GCMS) test to check for traces of volatile organic contaminants; the most common being chlorinated solvents, phenols and styrene.    

Testing fuel may be an obvious approach, but getting it done within the parameters of the bunker supplier contract is often tricky. Unsurprisingly, the contract is usually heavily weighted in favour of the supplier, with time bar clauses limiting the period for when a shipping company can make a claim. 

Contractual issues 

The set period in the BIMCO Bunker Terms 2018 is 30 days for concerns around fuel quality and 14 days for issues related to quantity. But in some instances, suppliers set very short time limits, possibly seven days or less, within the contract. That period may have already elapsed by the time the shipowner has sent samples off for testing, received the results and then started burning the fuel – after which time it is too late to make a claim. A claim against a fuel supplier is limited by the total cost of supplied fuel and may not cover all potential losses.    

Other contractual issues to be aware of include a financial cap on liability and the quality determination clause, where the shipowner has to respond within a short time to a supplier’s request for joint testing. Failure to do so means the owner must accept the results of the test, even if it was conducted in their absence. 

The circumstances for making a claim change when there is a time-charter in place. In that situation, the charterer is obliged to supply a reasonably well-maintained vessel with fuel that is fit for consumption. At the very least, the fuel should comply with ISO 8217, the global standard for marine fuels used in shipping. But even if it does pass routine inspection, the fuel may contain contaminants that remain undetected without GCMS testing – putting the charterer in breach of the fit for consumption clause.

Should a breach occur, leading to engine problems, the shipowner can pass liability to the charterer, requiring them to debunker and to provide compensation for any physical or financial losses. The key thing here is for the owner to have evidence proving contamination or that the fuel has already caused damage.   

Building crew awareness 

Making sure crew members that handle bunker fuels have the right training is vital to reducing the risk of contamination. Seafarers must understand the basic components and functionality of marine fuel systems and standards. They should also be well versed in the impact of marine fuels on machinery, oil analysis reports and identifying potential problems. Experienced mariners will be able to monitor the vessel’s separators and fuel consumption when fresh fuel is burning, enabling them to spot any issues as early as possible. 

Well-trained seafarers will also know that isolating new fuel in separate tanks until the samples have been tested is critical. Not isolating the new fuel leaves the shipowner in a weak position when making a claim, as combining fuels could be the source of the contamination – something that they may be unable to dispute in a legal claim. Even for off-spec problems, using additives or blending fuels to bring it back on-spec can invalidate the supplier’s contract. 

Bunkering remains an essential, but challenging, practice for shipowners and charterers who will likely face a huge bill if things go wrong. For more advice on how to limit the risks of fuel contamination, West P&I’s Loss Prevention team can provide expert guidance. 

 

Photo credit: CHUTTERSNAP from Unsplash
Published: 25 July, 2022

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Legal

Shell Singapore charged over Pulau Bukom oil leaks, reporting delays

Shell faces four charges under Singapore’s Prevention of Pollution of the Sea Act over two 2024 oil discharge incidents at its Pulau Bukom facility.

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2 MPA craft (left) supporting Shell craft in the clean up operations of the oil sheens taken on 28 Dec 9am

Shell Singapore has been charged over two incidents in 2024 involving oily mixtures discharged into Singapore waters from its facilities at Pulau Bukom, according to media reports on Tuesday (22 September). 

The company faces four charges under the Prevention of Pollution of the Sea Act, including allegations that it failed to report the discharges to the port master immediately. 

The first incident occurred on 20 October 2024, when approximately 40 metric tonnes (mt) of oily mixture was discharged through a hole in a pipeline at the Shell Singapore Energy and Chemicals Park at about 8am.

Shell is accused of reporting the incident to the port master at about 12.55pm, several hours after the discharge occurred. 

The second incident took place between 26 and 28 December 2024. An estimated 485kg to 956kg of oil mixture was discharged into Singapore waters from the same facility.

Shell is accused of failing to report the incident immediately, with notification to the port master made at about 11.50am on 26 December 2024, according to the charges.

Singapore’s pollution-prevention regulations require occupiers of such facilities to report oil or oily-mixture discharges into Singapore waters “without delay and to the fullest extent possible”.

Shell’s representative requested an eight-week adjournment at the 22 September hearing, citing the need to obtain internal instructions, appoint counsel and locate historical records. The company said the business associated with the incidents had been divested in 2025.

The case was adjourned to October. Shell is also facing prosecution by Singapore’s National Environment Agency over the same incidents.

Related: Shell reports up to 40 mt of slop leaked from pipeline into Singapore waters
Related: Singapore: No new oil sightings after recent pipeline leak and bunkering incidents
Related: Singapore: Clean-up of oil from Shell pipeline leak to be completed in days
Related: Singapore: Oil leak at Pulau Bukom stopped; cleanup of oil sheens completed

 

Photo credit: Maritime and Port Authority of Singapore
Published: 25 September, 2026

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Incident

MPA probes Singapore Strait collision involving fishing vessel, bulk carrier

MPA says there were no reported injuries among the crew of either vessel in the incident involving China-registered fishing vessel “Lu Qing Yuan Yu” and Panama-registered bulk carrier “First Margaux” .

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Panama-registered bulk carrier “First Margaux”

The Maritime and Port Authority of Singapore (MPA) on Tuesday (22 September) said it is investigating the incident involving the China-registered fishing vessel Lu Qing Yuan Yu and the Panama-registered bulk carrier First Margaux in the Singapore Strait on 17 September.

MPA said there were no reported injuries among the crew of either vessel or pollution arising from the incident and navigational traffic was not affected.

Videos circulating on social media showed the bulk carrier colliding with the fishing vessel.  

“The fishing vessel took on water during the incident but remained afloat and stable, with the crew taking measures to manage the situation onboard,” MPA said. 

The vessel was subsequently towed to Raffles Reserved Anchorage for assessment. 

Essential crew remained onboard to support the tow, while the Singapore Civil Defence Force supported the transfer of other crew to shore. 

MPA added it also issued navigational safety broadcasts to keep other vessels clear of the tow and escorted the vessel into port with a MPA craft.

 

Photo credit: MarineTraffic / Arnold Pohen
Published: 25 September, 2026

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Mass Flowmeter

TFG Marine deploys first MFM-equipped bunker barge in Jamaica

Bunker barge “Kingston Trader” is currently on its way to Jamaica following the successful installation of a Coriolis mass flow meter (MFM) system, certified to ISO 22192.

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TFG Marine deploys first MFM-equipped bunker barge in Jamaica

Global marine fuel supply and procurement firm TFG Marine on Thursday (24 September) said its bunker barge Kingston Trader is currently on its way to Jamaica following the successful installation of a Coriolis mass flow meter (MFM) system, certified to ISO 22192.

The company said the latest installation brings the proportion of TFG Marine’s fleet equipped with MFMs to approximately 88%, marking another step in the continued rollout of this technology across its global bunkering operations.

“The barge will operate in Jamaica through our local partnership with Scott Petroleum, becoming the first bunkering vessel in the region equipped with this technology and bringing greater accuracy, transparency and assurance to fuel measurement for customers across the Caribbean,” TFG Marine said in a social media post. 

“Together with Scott Petroleum, we look forward to working collaboratively with the Maritime Authority of Jamaica, the The Port Authority of Jamaica, Petrojam Limited and other stakeholders to share our experience of MFM technology, explore its wider benefits and support the continued development of bunkering standards across the region.” 

Manifold Times previously reported TFG Marine continuing to expand MFM technology across its US Gulf Coast bunker fleet with Buffalo B414 and Buffalo B304 being fitted with the equipment. 

Last year, TFG Marine announced it reached a key milestone in its global digitalisation programme with the installation of an ISO 22192-compliant MFM on the Buffalo 404, a barge on time charter from American bunker barge company Buffalo Marine Service Inc.

The installation was part of TFG Marine’s wider strategy to equip close to 90% of its global bunkering fleet with MFMs by 2026 as a commitment towards improving data integrity, streamlining operations and strengthening trust in marine fuel transactions.

Related: TFG Marine advances global MFM rollout with two US Gulf bunker barges
Related: TFG Marine installs first ISO-certified mass flow meter on US Gulf bunkering barge

 

Photo credit: TFG Marine
Published: 25 September, 2026

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