Company Logo

Languages

  • 简体中文
  • English
About Picarro | Contact Us | Newsletter | Contact Us | Login
  • Markets Served
    • Greenhouse Gas Measurements
    • Carbon Isotope Measurements
    • Water Isotope Measurements
    • Natural Gas Industry
    • Food Traceability and Security
    • Industrial Gas Monitoring
  • Gas Analyzers
    • Gas Analyzers
    • CH4 and C2H2
    • CO CO2 CH4 H2O
    • Flight CO CO2 CH4 H2O
    • CH4 and H2S
    • CO2 CH4 H2O
    • Fast CO2 CH4 H2O for EC Flux
    • Flight CO2 CH4 H2O
    • CO CO2 H2O
    • Ammonia
    • Hydrogen Fluoride
    • Hydrogen Peroxide
    • Formaldehyde
    • Ethylene
    • Peripherals
    • N2O
  • Isotope Analyzers
    • Isotope Analyzers
    • H2O Isotopes — Solids, Liquids, and Vapor
    • 13C+D CM-CRDS
    • δ13C of CH4 CO2
    • IM-CRDS System for Isotopic Water Analysis
    • δ13C of CO2
    • δ13C of CH4
    • 13C CM-CRDS
    • iTOC-CRDS
    • N2O Isotopes
    • Peripherals
  • Services
    • Service, Parts, and Consumables
    • Instrument Performance Package (IPP)
    • Technical Jumpstart Program
    • Health Check Program
    • Factory Refresh Program
    • Analyzer Supplies
  • Help/Resources
    • Open Tech Support Ticket
    • Instrument Performance VerificationTM
    • Literature by Application
    • Knowledgebase
    • Application Notes
    • Literature & Publications
    • Datasheets
    • Customer Conference Posters
    • Conference Presentations
    • Webcasts and Webinars
    • Whitepapers
    • Get a Quote
  • Technology
    • Why CRDS
    • What is CRDS
    • Analyzer Performance & Advantages
    • Comparison to Other Trace Gas Analyzers
    • Software Innovation From Picarro
    • Instrument Performance VerificationTM
    • Technical Addendum
    • FAQs
  • Community
    • Picarro Community
    • Knowledgebase
    • Picarro Blog

Work at Picarro

AN 29 - Geographical Analysis of Olive Oil Samples Originating from Eight Countries Using Picarro’s Novel Simultaneous 13C + D CM-CRDS Isotope Analyzer

AN 29 - Geographical Analysis of Olive Oil Samples Originating from Eight Countries Using Picarro’s Novel Simultaneous <sup>13</sup>C + D CM-CRDS Isotope Analyzer
Home › Resources › Application Notes › AN 29 - Geographical Analysis of Olive Oil Samples Originating from Eight Countries Using Picarro’s Novel Simultaneous 13C + D CM-CRDS Isotope Analyzer

AN 29 - Geographical Analysis of Olive Oil Samples Originating from Eight Countries Using Picarro’s Novel Simultaneous 13C + D CM-CRDS Isotope Analyzer

A clear distinction in dual-isotopic ratio measurements of individual samples indicates the applicability of the new combustion analyzer to geographical origin verification and product authentication.  

Abstract: 

Olive oil samples were analyzed using the world’s first simultaneous δ13C + δD instrument, the Picarro 13C+D Combustion Module-Cavity Ringdown Spectroscopy (CM-CRDS) Isotope Analyzer.  Simultaneous measurements of δ13C and δD of the whole oil have been performed on commercially available olive oils produced in Greece, Spain, Italy, California, Lebanon, Israel, Australia and Turkey. Together, the isotopic ratios produce statistically significant differentiation between olive oils from different locations around the globe.

Download Now


  • © 2012 Picarro Inc.
  • Site Map
  • Privacy Policy
  • Terms of Service