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VPS: Preparing for 2020 and Oil Condition Monitoring

The best analogy of OCM is of a blood test taken by your doctor to identify, predict and help combat on any potential health issues.

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The article below Managing Change – Oil Condition Monitoring & the 2020 Global Sulphur Cap is written by Paul Parkinson – VPS Global OCM Business Development Leader:

Driven by the International Maritime Organisation (IMO), the marine industry is currently going through important and significant environmental changes through a reduction in sulphur content of marine fuel from 3.5% to 0.5%. To fulfil this new requirement, stakeholders in the industry are debating and considering the merits of alternative fuels, different engine equipment and configurations as well as advances in scrubber cleaning technology. Fuels and lubricants both come into contact with engine systems so any changes that occur will have an even wider impact on marine vessel equipment. To minimise the impact of any negative consequences it is important to manage this change effectively.

Managing change effectively is an attitude supported in wider industry sense. Henry Mintzberg and John Kotter are change management experts and both say we must manage change and continuity simultaneously. Kotter says "What we do not do well is identify the most important hazards and opportunities early enough, formulate creative strategic initiatives nimbly enough, and implement them fast enough.”

One method to manage the effects of the Sulphur Cap is through monitoring of the in-service lubricant. Oil Condition Monitoring (OCM) utilises the science of tribology, and enables the condition of a vessel’s engines and other on-board equipment to be monitored. OCM provides an early warning system which when used in combination with fuel analytical information, helps to avoid costly engine failure and downtime and has an important role in preventive maintenance programs.

The best analogy is that of a blood test taken by your doctor to identify, predict and help combat on any potential health issues.

During the combustion cycle, Sulphur in the fuel is released forming SO2 (Sulphur Dioxide) and some of this forms SO3 (Sulphur Trioxide). Water contained within the scavenging air and from the combustion process reacts to form Sulphuric Acid. It is important, therefore, to monitor and control any negative and potentially damaging effects of acidity and alkalinity.
In built mechanisms in the form of oil additives are designed to improve the lubricant performance of the base oil. The choice of additives is determined by the specific application. For the 2020 change, alkalinity additives (like Calcium Carbonate) will be useful to combat oil acidity.

Why Alkalinity Additives? Most modern two stroke engines have been designed for operation on high sulphur residual fuel. Consequently, the cylinder oil used will have a high base number (BN). If the acid is not neutralised, corrosion of iron will occur and this is the primary cause of corrosive wear for liners and piston rings. Conversely a vessel using low and ultra-low sulphur fuel will produce less sulphuric acid during the combustion process. If the BN of your cylinder oil is too high this may mean that the oil is too alkaline and then compounds can be formed which may cause damage. Some slow speed engines suffer from alkaline deposits building up on the piston crown which can damage the oil film between the piston ring and liner. This can lead to scuffing and seizures. Deposits may also form between the piston rings and pistons, preventing free movement of piston rings and increased liner wear.

Why is OCM important then? Degradation of the oil occurs over time as these protective additives are consumed and engine breakdown products build up. It is important that these changes are monitored and acted on.

Total Base Number (TBN) in a marine oil generally ranges from approximately 15-80mgKOH/g and is analysed by Potentiometric Determination (Test method: ASTM D4739). This method, for used oil, uses a less polar solvent and weaker titrant than the fresh oil version. The sample is dissolved in a solvent mixture and then titrated with standardised hydrochloric acid. The end point (inflection point on a titration curve) is detected by a change in potential of an electrode connected to a voltmeter/potentiometer and is reported in milligrams of potassium hydroxide equivalent per gram of sample (mg of KOH/g).

Typically, the higher the BN, the more acid it will be able to neutralize. As the oil becomes contaminated with acids the base number will drop.

Expert independent advice is provided using CIMAC guidelines (from the International Council on Combustion Engines) as well as a simple summary using easy to read icons for Satisfactory, Caution and Action.

In conclusion, we remember Henry Mintzberg's and John Kotter’s approach that we must manage change and continuity simultaneously. Participating in an established lube oil testing program can help vessel operators to manage operational risk, comply with 2020 legislation and optimise costs during these changing times. For this to happen it is important that you partner with an experienced and informed supplier that can help monitor this change and provide impartial fuel and lubricant advice. Veritas Petroleum Services has an important role in OCM and Fuel Testing preventive maintenance programs. Our Rotterdam Laboratory has the very latest analytical technology, automation and robotics for the testing of lubricants and fuels.

For more information, please contact;
Paul Parkinson, Global OCM Business Development Leader Veritas Petroleum Services: [email protected]

Photo credit: VPS
Published: 28 May, 2018

 

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Bunker Fuel Quality

FOBAS report warns of growing operational risks from ISO-compliant bunker fuels

LR’s latest FOBAS Fuel Quality Report reveals that the biggest fuel quality risks are no longer confined to off-specification fuels, with some compliant fuels creating operational challenges.

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New FOBAS report warns growing operational risks from ISO-compliant bunker fuels

Classification society Lloyd’s Register (LR) on Tuesday (14 July) warned that ship operators are facing a growing risk from fuels that appear compliant under routine ISO 8217 testing but still present operational risks once onboard.

According to LR’s latest Fuel Oil Bunker Analysis and Advisory Service (FOBAS) Fuel Quality Report, covering the first half of 2026, off-specification fuels remain a persistent challenge. 

However, some of the most disruptive cases now involve fuels that pass routine compliance testing but show poor stability or compatibility, or contain non-conventional blend components that are only identified through more detailed investigative analysis.

Several incidents investigated highlighted this trend. In March and April, a number of vessels reported operational difficulties after bunkering fuel in a major bunkering hub. Further forensic analysis found that many of the fuels contained elevated concentrations of Estonian shale oil, in some cases estimated to be around 10-15%.

While shale oil is recognised within ISO 8217 as an acceptable blend component, FOBAS investigations found that higher concentrations can be associated with fuel instability and operational issues affecting filters, separators and fuel pumps.

The report also shows that fuel quality variability remains stubbornly high. Off-specification cases remained elevated throughout the first six months of 2026, suggesting that quality issues are no longer isolated events but a more persistent feature of today’s marine fuel supply chain.

The most common recurring issues included sulphur exceedances, excessive water content, sediment and stability problems, elevated catalytic fines, sodium contamination and low flash point distillate fuels.

At the same time, biofuels (especially FAME blends) are continuing to grow without being a primary source of quality issues. Where issues occurred in blended fuels, they were generally associated with the conventional VLSFO component rather than the FAME fraction.

The report concluded that operators will need to adopt a more proactive approach to fuel management as marine fuels become more diverse and fuel quality risks become harder to identify through routine compliance testing alone.

Greater emphasis on fuel stability, compatibility and understanding fuel composition will be critical to reducing operational disruption and maintaining vessel performance.

Murray Kirkwood, Fuel Specialist Consultant, Lloyd’s Register, said: “The findings from our latest report show that fuel quality risk is evolving. The challenge is no longer simply identifying fuels that fail specification. Increasingly, operators are encountering fuels that meet the required limits but still create operational difficulties once they are stored, handled and used onboard.

“As fuel blending becomes more complex, the distinction that matters is increasingly not between on-spec and off-spec fuel, but between fuels that are operationally resilient and fuels that are operationally fragile. Understanding that difference is becoming essential for shipowners and operators.”

The latest findings reinforced FOBAS’ long-standing view that effective fuel management increasingly depends on understanding fuel behaviour rather than relying solely on pass-or-fail specification testing.

By combining routine fuel quality monitoring with forensic investigation of operational incidents, FOBAS provides shipowners with a clearer understanding of emerging fuel quality risks as the industry continues its transition to a more diverse and complex fuel landscape.

Note: The FOBAS Fuel Insight: Fuel Quality Report H1 2026 is available at FOBAS Fuel Insight: Fuel quality reports | LR

 

Photo credit: Lloyd’s Register
Published: 15 July, 2026

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Interview

Interview: Alkagesta navigates risk from bunkering ops during turbulent times

As the industry navigates this period of uncertainty, the key question is no longer ‘what will fuel cost?’ but rather ‘will fuel be available?’, highlights Mithat Çiftçioğlu.

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Mithat Çiftçioğlu, Marine Fuels Director at Alkagesta, shared his opinion on risk management for bunkering operations under current geopolitical tensions through the April edition of shipping magazine Deniz Ticaret.

The maritime publication, part of the Turkish Chamber of Shipping (İMEAK Deniz Ticaret Odası), has given Manifold Times permission to republish the article:

Fueling Ships in Turbulent Times

From Oil Shock to Fuel Access Crisis: A New Risk Map for Maritime 2026

The final weeks of the first quarter of 2026 mark one of the most complex periods in recent years for global energy and maritime markets. The sharp rise in oil and refined product prices since February 28 may look like a classic energy shock at first glance, but developments in the maritime sector point to a far deeper structural rupture.

What is being debated in the market today is no longer just oil prices. For traders and shipowners operating in the maritime sector and bunker market, the real issue is not the price of fuel — it is access to fuel. The fundamental question in the market has shifted: not what will the price of fuel be, but will fuel even be available?

In light of the Force Majeure cancellations at Asian ports over the past two weeks, another question must also be considered: Will pre-agreed bunker supply contracts actually be delivered?

From Oil Prices to Logistical Reality

Tensions in the Middle East have created a strong geopolitical risk premium in the oil market. Brent crude briefly surpassed the $100 per barrel mark, triggering a search for a new equilibrium across markets. This will inevitably bring inflation and recession back onto the global agenda in the months ahead.

But the rise in oil prices does not only reflect the risk of supply disruption — it also signals the return of one of the most fragile chokepoints in global energy trade:

The Strait of Hormuz

Approximately one-third of the world’s oil trade passes through this narrow waterway. Around 20 million barrels of oil and petroleum products transit Hormuz daily. Any disruption here would therefore affect not only oil prices, but also global refined product flows and the bunker market directly.

Why Strategic Oil Reserves Are Not the Solution

A commonly proposed solution in energy crises is the release of strategic petroleum reserves. However, releasing these reserves does not directly resolve a bunker crisis. Strategic reserves consist of crude oil. To produce bunker fuel, the following chain must be completed:

Crude oil → Refinery → Product logistics → Bunker port

This process takes time. Strategic reserves can temporarily stabilize oil prices, but they cannot solve the access problem in the bunker market in the short term.

Furthermore, the announced reserve release of 400 million barrels, to be drawn down at a rate of 2.5–3 million barrels per day, can only cover a small fraction of the estimated daily loss from the Middle East — optimistically 8–10 million barrels, pessimistically 18–20 million barrels per day.

A Historic Surge in Bunker Fuel Prices

The per-ton price of VLSFO (0.5% sulfur) bunker fuel has surpassed $1,000, reaching approximately double pre-war levels. This also represents some of the highest prices seen since July 2022.

While prices at bunker hubs such as Singapore and Fujairah are approaching $1,100 per ton, European markets have remained comparatively lower.

The Real Problem Is Not Price — It Is Fuel Access

Obtaining bunker quotes for April has become increasingly difficult, particularly at Asian ports. Even where shipowners and traders can secure quotes, the absence of supply guarantees makes pricing extremely challenging.

A senior executive at Oldendorff Carriers summarized the situation in these words:

“We cannot price cargo because we cannot calculate fuel costs; we cannot calculate fuel costs because there is no supply guarantee.”

The CEO of Maersk has compared the current situation to the pandemic era, stating that companies are attempting to source fuel through methods they have never tried before in order to keep global shipping networks supplied.

While supply is tight and prices are near their peak in Singapore and Fujairah, Rotterdam appears relatively more balanced. However, as the conflict drags on, risk perception in European markets is also rising.

The surge in bunker prices will not only increase costs — it will also affect global maritime transport capacity. Ships are expected to reduce their speeds to conserve fuel. This could lead to a reduction in effective carrying capacity, creating new logistical bottlenecks in global trade.

The importance of working with reliable, long-term partners has never been more apparent than during a crisis such as this.

The Widening Price Spread Between Fuel Types

A notable development in the bunker market in recent weeks is the rapid widening of price differentials between different fuel types. Two spreads in particular have expanded significantly:

  • Marine Gas Oil (MGO) – VLSFO
  • VLSFO – HSFO

Rising demand for distillate products, refinery production balances, and regional supply tightness are all contributing to this widening. As a result, bunker purchases have become not merely a matter of price level, but a strategic decision tied to product type and port selection.

An Unexpected Development: Biofuels Becoming Competitive

Another noteworthy development in the bunker market is that biofuels have remained at relatively competitive price levels. This creates two important opportunities for shipowners.

On one hand, biofuels remain competitively priced in certain markets. On the other, they offer a means of compliance with new regulations entering into force in Europe — particularly the FuelEU Maritime and EU ETS frameworks, which require reductions in carbon intensity. In this context, biofuels have become a strategic option for many shipowners.

Conclusion: Active Bunker Management Is The New Normal

The 2026 bunker market presents one of the most complex energy trading environments in recent years. The rise in oil prices, geopolitical risk at the Strait of Hormuz, tightness in physical fuel supply, and widening price spreads between fuel types have made bunker fuel management more critical than ever.

The prevailing view in energy markets is that as long as the risk at the Strait of Hormuz persists, turbulence in the bunker market will persist with it. As time passes, the depletion of commercial stocks may deepen the existing supply tightness further.

For this reason, the current situation is viewed not merely as an energy crisis, but as a new stress scenario testing the logistical infrastructure of global trade.

The view increasingly heard across energy markets is this:

“As long as Hormuz remains closed, it will not be oil prices but fuel access that constitutes the defining risk for global shipping.”

Finally, for shipowners and operators, bunker strategies are shifting away from a passive purchasing approach toward a model grounded in active risk management.

 

Photo and article credit: Deniz Ticaret
Published: 7 May 2026

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Analysis

T&E: Overreliance on traditional bunker fuels costs shipping USD 395 million a day due to Iran conflict

Development has made alternative fuels increasingly more competitive, states Eloi Nordé, shipping policy officer at T&E.

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The Hormuz crisis adds over 300 million a day to shippings fossil fuels bills

The European Federation for Transport and Environment (T&E) on 27 March highlighted the adoption of green marine fuels would reduce the shipping industry’s exposure to fuel price shocks in future.

It noted shipping companies are spending an extra €340 million (USD 394.74 million) a day in additional fuel costs as a result of the latest conflict in the Gulf.

As 99% of the global fleet runs on fossil fuels, the industry is directly exposed to fuel price volatility and supply disruptions. Efficiency measures, electrification and e-fuels would reduce the industry’s exposure to price fluctuations.

According to T&E, marine fuel prices have escalated rapidly, with VLSFO reaching €941 per tonne in Singapore, up 223% since the start of 2026. At the same time, LNG prices have risen by 72% since early March. Since February 28, shipping companies have incurred more than €4.6 billion in additional fuel costs.

The development has made alternative fuels increasingly more competitive. As fossil fuel prices reach record highs again, the cost gap with e-fuels is narrowing.

T&E’s research shows that the cost gap between marine gas oil – one of the more expensive fossil fuels – and e-fuels has shrunk to near parity (+5%) in some ports.

Hormuz oil crisis boosts potential e fuel competitiveness

While the trend may be temporary, it shows that the volatility of fossil fuel markets offsets much of the structural cost disadvantage of clean fuels.

“Chaos in the Strait of Hormuz is putting global maritime trade under the spotlight. But it’s on the oil markets where its impact will be felt the most. The war is costing the industry millions every day,” said Eloi Nordé, shipping policy officer at T&E.

“Some governments and parts of the industry have spent the last year bashing green maritime measures as being too expensive, yet those costs pale in comparison to this super-disruption.

“If anything, this crisis should be the catalyst for more investment in European e-fuels and greater uptake of energy efficiency measures to avoid fossil fuel shocks in the future.”

 

Photo credit: European Federation for Transport and Environment
Published: 2 April 2026

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