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Fuel Oil Testing > Fuel Oil Stability |
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Netherlands call +31 10 4902 988 (available from 8.30-17.00h)
Europe call +44 1708.680.248  Contact or email for information
- Intertek Caleb Brett Netherlands
Leerlooierstraat 135
3194 AB Hoogvliet
The Netherlands
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Fuel Oil Stability
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Fuels Stability Testing |
Fuel oil stability analysis is offered by the Intertek Netherlands laboratory. The Rotterdam fuel lab offers exertise for an important test measuring fuel stability. The Rotterdam lab measures the Peptization Value of finished residual fuel oils. Peptization Value is a key test for measuring the stability reserve of a finished Fuel Oil. |
Fuel Oil Stability affects Fuel Quality:
- Fuel stability testing measures P-value and P0/Frmax. The results can assess if a fuel oil product is a straight-run or cracked material, and offers assessment the stability of a fuel oil blend. This test is important for petroleum refiners and fuel oil traders.
Fuel Oil Stability and Quality Expertise:
- Fuel Oil testing and blending advice are available at Intertek in the Netherlands and throughout the world. Intertek trained and experienced operators can assist with the interpretation of stability testing results and offer advice regarding further blending.
Intertek prepares test blends using accurate and sophisticated blending programs, supported by first rate testing facilities. We can help you to produce high quality, stable fuel oil.
Intertek Netherlands receives samples from all over the world. Customs clearance is done with minimum delay at Amsterdam Airport and samples are delivered to our lab with minimum delay.
Test results are reported in accordance with your deadlines. Our service will meet with your expectations. |
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What is Fuel Oil Peptization Value?
- The P-Value or Petpization Value test allows buyers and sellers of residual fuel oil to determine the stability reserve of a finished fuel product as well as help traders determine whether their product is straight-run residue' or derived from cracked fuel oil.
Two values are needed for this:
- P value and P0/ Frmax:
The P-value of an oil provides information on:
Stability, and stability reserve required for refinery process (thermal cracking) control purposes. P0/Frmax value is required to predict whether the oil sample can be blended with other products without stability problems.
This can be summarized as below:
- P0 > Frmax : Fuel is stable
- P0 < Frmax : Fuel is unstable
- P0 = Frmax : Fuel is borderline
Fuel Oil Test Definitions:
- P-Value:
Peptization of asphaltenes in asphaltene
containing oil systems. The critical cetane dilution is the number of millilitres of cetane with which one gram of the sample can be diluted until it just does not flocculate the asphaltenes.
- P0:
P0 is defined as the peptising power of the oil phase, or solubility number of maltenes. It is expressed in units of Flocculation Ratio (FR). A P0 value of e.g. 60 means that the peptising power of the oil phase is equivalent to 60 %vol 1-Methylnaphthalene in the diluents.
- Frmax:
Frmax expresses the maximum flocculation ratio obtainable at a theoretical indefinite dilution. In simple words: it denotes the minimal required peptising power, needed by asphaltenes, to just stay peptised. A Frmax value of e.g. 45 means that the asphaltenes need an oil phase with an minimum peptising power (P0) equivalent to 45 %vol 1-methylnaphthale in diluents.
- P0/Frmax ratio:
The ratio of P0 and Frmax is expressed as the P-ratio, which in theory is equivalent to the P-value.
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