<% ProductGroup=0 Product="" Industry=21 Author="" Title="List of measurement possibilities for Light Vacuum Gasoil" LastUpdate=#1/1/1999# Country="WW" PageType=6 NavigationOverride=0 BodyGraphic="" ExtraNav="" %>
Light Vacuum Gasoil
Method Provider Description
ASTM
D2887-97
AC
SSI
Boiling Range Distribution of Petroleum Fractions
ASTM
D2887
Wasson Determination of Boiling Range Distribution of Petroleum Products
ASTM
D3239-91
MMS Hydrocarbon Type Analysis of Gas-Oil Aromatic Fractions by High Ionizing Voltage Mass Spectrometry
IP 406/95 AC
Wasson
Determination of Boiling Range Distribution of Petroleum Products
IP CF/98
(proposed)
AC
SSI
Boiling Range Distribution of Lube oils, residues and crude oil
ISO
3924
AC
Wasson
Determination of Boiling Range Distribution of Petroleum Products
DIN
51.435
part 1
AC Determination of Boiling Range Distribution of Petroleum Products
  Agilent
AC
SSI
High Speed Simulated Distillation of Petroleum fractions boiling up to 538 °C
  Agilent Nickel, Sulfur and Other Element Analysis of High Boiling Refinery Liquids
  Antek Sulfur Compounds in Distillates by GC-Chemiluminescence Detection
  Antek Sulfur Distribution in Petroleum Distillates by Simultaneous HPLC-UV and Chemiluminescence Detection
  AC Heavy Distillates Analysis by HPLC
  AC Multi-Elemental Boiling Point Distribution Analysis Using the Atomic Emission Detector (AED) on Petrochemical Samples with a Final Boiling Point Below 650 °F
  SSI Determination of C1-C20 Fraction in Crude Oils, and FCC Feedstocks and Products by Gas Chromatography and Prefractionation
  SSI Determination of C1-C20 Fraction in Crude Oils, and FCC Feedstocks and Products by Gas Chromatography and Prefractionation with Analysis of Heavy Fraction to Carbon 100+ .
  MMS Aromatic and Saturate Types in Petroleum Distillates