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FOBAS: Off-spec Total Sediment Potential bunker fuels in ARA region

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FOBAS has tested several VLSFO samples from ARA (Antwerp, Rotterdam and Amsterdam) with Total Sediment Potential (TSP) results exceeding the ISO 8217 specification limit of 0.10% m/m.
Louis Reed from Unsplash

Lloyd’s Register Fuel Oil Bunkering Analysis and Advisory Service (FOBAS) on Friday (7 February) released a bulletin regarding FOBAS testing several samples from ARA (Antwerp, Rotterdam and Amsterdam) with Total Sediment Potential (TSP) results exceeding the ISO 8217 specification limit of 0.10% m/m:

In recent days, FOBAS has tested several samples from ARA (Antwerp, Rotterdam and Amsterdam) with Total Sediment Potential (TSP) results exceeding the ISO 8217 specification limit of 0.10% m/m. The samples were all 0.50% sulphur (VSLFO) fuels and TSP results ranged from 0.16% m/m to 0.38% m/m.

In recent days, FOBAS has tested several samples from ARA (Antwerp, Rotterdam and Amsterdam) with Total Sediment Potential (TSP) results exceeding the ISO 8217 specification limit of 0.10% m/m. 

The samples were all 0.50% sulphur (VSLFO) fuels and TSP results ranged from 0.16% m/m to 0.38% m/m.

Fuels with high sediments can result in excessive sludge deposition in tanks and throughout the fuel handling, treatment, and injection systems. 

Furthermore, in certain cases the attempted use of such fuels may result in highly compromised combustion leading to engine and turbocharger damage.

In view of the above, if your ships are planning to bunker in these ports, we recommend that suppliers are advised of your concerns regarding the stability of the fuel in the area, and that they provide you with additional reassurance that they will adhere to the ISO 8217 requirements for the grade ordered.

Additional attention should be given to the collection of bunker samples. It should be ensured that all parties have witnessed the sampling process and have signed witness forms accordingly, and that the supporting documentation includes records of all the samples considered representative of the fuel as Loaded.

 

Photo credit: Louis Reed from Unsplash
Published: 10 February, 2025