Agilent Analysis of Reformulated Gasoline Manual

This document introduces the application of Agilent analyzers in gasoline analysis, including analysis of various components in gasoline.


Agilent Analysis of Reformulated Gasoline Manual - cover page
Brand
Agilent
Document type
Product Leaflet
Language
English
Pages
7
File format
PDF
File size
1.7 MB
Published
03 July, 2012
Updated
30 September, 2023
MD5 checksum
5149EE579FEA6CFAE0C78436E6F51E29

About this manual

Agilent Technologies offers turnkey configurations for the analysis of reformulated gasoline. These systems are based on the 6890 gas chromatograph and incorporate standard or customized subsystems and software optimized for this application.

The document details several specific analyzer configurations that conform to various ASTM methods, such as D3606, D5580, D4815, and D5599. These systems provide reliable and fast analysis of components like benzene, toluene, oxygenates, and aromatics in motor fuels.

What's inside

  • System Highlights
  • Application 159-00
  • ASTM Method D3606
  • Application 252-00
  • ASTM Method D5880
  • Application 250-00
  • ASTM Method D4815
  • Application 210-00
  • ASTM Method D5599

Specifications

Base Instrument6890 gas chromatograph
Software PlatformWindows-based software
Analysis Time (Application 159-00)15-20 minutes
Analysis Time (Application 252-00 Method A)46 minutes
Analysis Cycle Time (Application 250-00)20 minutes
Analysis Time (Application 210-00)10-20 minutes

Frequently asked questions

Which ASTM method is used for analyzing benzene and toluene in motor fuels?

The system conforms to ASTM method D3606 developed by Wasson-ECE.

What is the analysis time for determining oxygenates in gasoline using OFID?

The fast analysis time ranges from 10-20 minutes.

Can these analyzers be combined with other reformulated fuels analyses?

Yes, they can be combined with other reformulated fuels analysis on a single 6890 gas chromatograph.

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