Azerbaijan Azeri Light crude oil Assay

Azeri Light API gravity: 34.9

Anything below 15 API would be considered an extra-heavy crude. Tim Fitzgibbon

More API

  • 馃嚠馃嚛 Belida API: 45
  • 馃嚥馃嚲 Tapis API: 46
  • 馃嚘馃嚭 Griffin API: 55
  • 馃嚠馃嚛 Senipah API: 51
  • 馃嚮馃嚦 Bach Ho API: 39
  • Less API

  • 馃嚠馃嚩 Basrah Heavy API: 23.6
  • 馃嚫馃嚲 Syrian Heavy API: 23.1
  • 馃嚚馃嚘 WCS API: 20.1
  • 馃嚚馃嚘 LLB API: 20.9
  • 馃嚥馃嚱 Maya API: 22
  • API = (141.5/Specific Gravity) - 131.5

    Barrels of Azeri Light crude oil per metric ton

    In the oil industry, quantities of crude oil are often measured in metric tons. Azeri Light 7.4 bbl per MT.

    Azeri Light Sulfur: 0.55%

    Sulfur is considered an undesirable contaminant because, when burned, it generates sulfur oxides.

    As a general rule, a crude oil grade with high sulfur content will have a lower value. This type of crude is often referred to as a sour crude.

    More Sulfur

  • 馃嚢馃嚳 CPC sulfur: 0.55%
  • 馃嚘馃嚭 Vincent sulfur: 0.55%
  • 馃嚞馃嚙 Forties sulfur: 0.56%
  • 馃嚪馃嚭 Siberian Light sulfur: 0.57%
  • 馃嚘馃嚧 Hungo sulfur: 0.65%
  • Less Sulfur

  • 馃嚲馃嚜 Masila sulfur: 0.54%
  • 馃嚪馃嚭 ESPO sulfur: 0.5%
  • 馃嚭馃嚫 WTS sulfur: 0.5%
  • 馃嚘馃嚧 Dalia sulfur: 0.49%
  • 馃嚤馃嚲 Es Sider sulfur: 0.49%
  • Azeri Light Specific gravity 0.85

    Liquids with a density lower than water, which includes most crude oil grades and petroleum products, will have a specific gravity between 0.0 and 1.0.

    Production of petroleum products from crude oil Azeri Light

  • Butane and Lighter IBP - 60F
  • Diesel 480 - 650F
  • Hvy Naphtha 165 - 330F
  • Kerosene 330 - 480F
  • Lt. Naphtha C5 - 165F
  • Vacuum Gas Oil 650 - 1000F
  • Vacuum Residue 1000F+
    ParameterAzeri Light
    Cut volume, %100
    API Gravity, 35.3472
    Specific Gravity (60/60F), 0.848082
    Carbon, wt %86.1493
    Hydrogen, wt %13.566
    Pour point, F15.8272
    Neutralization number (TAN), MG/GM0.283631
    Sulfur, wt%0.205143
    Viscosity at 20C/68F, cSt11.3271
    Viscosity at 40C/104F, cSt5.7716
    Viscosity at 50C/122F, cSt4.39956
    Mercaptan sulfur, ppm17.4619
    Nitrogen, ppm1185.92
    CCR, wt%1.46894
    N-Heptane Insolubles (C7 Asphaltenes), wt%0.011057
    Nickel, ppm3.58279
    Vanadium, ppm3.39604
    Calcium, ppm0.5
    Reid Vapor Pressure (RVP) Whole Crude, psi4.05
    Hydrogen Sulfide (dissolved), ppm0
    Salt content, ptb1.7
    Paraffins, vol %34.9648
    Naphthenes, vol %40.2391
    Aromatics (FIA), vol %24.7961
    Distillation type, TBP-1
    IBP, F-8.07157
    5 vol%, F159.424
    10 vol%, F228.257
    20 vol%, F336.45
    30 vol%, F432.662
    40 vol%, F518.685
    50 vol%, F601.336
    60 vol%, F687.614
    70 vol%, F784.677
    80 vol%, F896.346
    90 vol%, F1059.06
    95 vol%, F1196.58
    EP, F1438.43
    Freeze point, F-1
    Smoke point, mm-1
    Naphthalenes (D1840), vol%-1
    Viscosity at 100C/212F, cSt1.68881
    Viscosity at 150C/302F, cSt0.930743
    Cetane Index 1990 (D4737), -1
    Cloud point, F-1
    Aniline pt, F-1
    Max Krutov

    Max Krutov

    Graduated from MSU, Moscow. Seller CIF.

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