We can provide services utilizing our facility in the areas of our research, e.g.:

  • Analysis of your sample

  • Sample fractionation & Refining

  • Catalyst testing

and more, so don't hesitate to contact us with your problem; we can find a solution!

Analysis of liquid samples

  • We can determine the following parameters using the respective standard methods:

    • Anilin point

    • Cloud point

    • Fire point

    • density (ASTM D4052)

    • kinematic viscosity (ASTM D7042)

    • dynamic viscosity

    • Viscosity index

    • Flash point (ASTM D93; D92)

    • Pour point (ASTM D97)

    • CFPP

    • LHV/HHV

    • Distilation curve (ASTM D86)

    • Simulated distilation (ASTM D2887, and others)

    • Oxidation stability - PetroOxy, Rancimat

    • Ash content

    • Mechanical impurities (EN 12662)

    • Reichert test - lubrication oils

    • Vapor pressure (EN 13016)

    • Water content = KF titration both coulometric and volumetric (e.g. ASTM D4928)

  • We can determine the following parameters using the respective standard methods:

    • C, H, N (ASTM xxx)

    • S (

    • Total S - 0-10000 mg S/kg
      (Combustion UV-fluorescence, ASTM D5453;

    • Total N - 0-30000 mg N/kg

      (Combution Chemiluminiscence, ASTM D4629; D5762)

    • Total Cl - 10-5000 mg Cl/kg
      (Combustion coulometry)

    • XRF analysis

  • We can determine the following parameters using the respective standard methods:

    • Basic Nitrogen content (e.g. UOP 269)

    • Base Number (e.g. ASTM D4739)

    • Bromine number (e.g. ASTM D1159)

    • Carbonyl content (e.g. ASTM E3146)

    • Iodine Value (e.g. ASTM D5554)

    • Peroxide number (e.g. ASTM D3703)

    • Total Acid Number (ASTM D664)

    • Water content = KF titration both coulometric and volumetric (e.g. ASTM D4928)

  • We can determine the following parameters using the respective standard methods:

    • Hydrocarbon group type analysis - GCxGC-FID (ASTM D8396)
      + olefins internal method

    • Individual volatile compounds concentration by GCxGC-FID/MS

    • PIONA gasoline - GC-FID

    • Aromatics in middle distillates - HPLC-RI (EN 12916)

    • Fluorescence Indication Analysis - FIA - gasoline, kerosene (ASTM D1319)

    • Furfural content

    • Saturated compounds content

    • Hydrocarbon group type analysis of lubrication oils

    • FAME isomer analysis including cis-/trans- isomers

    • Vegetable oils - fatty acid composition, mno-, di-, triglyceride content, etc.

    • Polynuclear Aromatic Hydrocarbons - HPLC-UV-DAD (EN 17503)

    The available instruments can be used to determine almost any analyte in any type of sample.

    Do not hesitate to contact us with your problem.

    • Asphalthenes content

    • FAME content in diesel = FTIR (EN 14078)

    • Phenols - Folin method

Analysis of gaseous and solid samples

  • We are able to determine the composition of the following type of samples and determine the respective analytes:

    • Refinery gas analysis = GC-FID/TCD
      (CO, CO2, N2, O2, Ar, H2, hydrocarbons up to C7)

    • Natural gas = GC-FID/TCD

    • LPG = GC-FID

    • Hydrogen purity

    • Sulfur content in gas = GC-SCD or Combustion UV-fluorescence

    • etc.

  • We can determine the following parameters using the respective standard methods:

    • C, H, N (ASTM xxx)

    • S (

    • Total S - 0-10000 mg S/kg
      (Combustion UV-fluorescence, ASTM D5453;

    • Total N - 0-30000 mg N/kg

      (Combution Chemiluminiscence, ASTM D4629; D5762)

    • Total Cl - 10-5000 mg Cl/kg
      (Combustion coulometry)

    • XRF analysis

    • XRD analysis

    • Ash content

    • Water content

    • etc.

In addition to the standard method, we can determine almost any analyte and provide almost any required information about your sample.

For quotations or special requests, do not hesitate to contact us.

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