GC Headspace
From LEAP
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|name = GC Headspace | |name = GC Headspace | ||
|image = Agilent 6890 GC with 5975C MSD.jpg | |image = Agilent 6890 GC with 5975C MSD.jpg | ||
| - | |type = | + | |type = '''STANDARD''' |
|id = GC90210 | |id = GC90210 | ||
|description = GC headspace sample processing with ChemStation. | |description = GC headspace sample processing with ChemStation. | ||
Revision as of 15:35, 4 February 2009
| GC Headspace |
| Application Type | |
| STANDARD | |
| Application ID | |
| GC90210 | |
| Description | |
| GC headspace sample processing with ChemStation. |
Overview
A simple and fairly standardized technique of extracting volatile and semi-volatile substances from raw samples in liquid or solid form is headspace analyzes. A sample is placed in a vial that is sealed by a septum and cap and heated in an incubator for a specific time. Once the content of the vial has reached equilibrium a sampled is extracted and injected into the injection port of a GC. LEAP’s specific equipment the CTC COMBI PAL performs all the tasks for this extraction method unattended. For a sequence of samples up to 96 the COMBI PAL will schedule the vials to be in the incubator/agitator for the same amount of time before a precise sample of headspace gas is extracted by a heated syringe system for a subsequent appropriate injection into a GC. Many variables are programmable over a validated range. 1ml, 2.5ml and 5ml syringes and a solvent-less solid phase micro extraction system are the tools that can be mounted in the injection head.
Screenshots
 LEAP Shell Method |
 Sample queue |
 PAL sample prep method |
 PAL sample injection method |
Photos
 Sample vial tray |
 Magnetic tool tip |
 Bar code reader |
 Agitator |
 Agitator |
 Vial in transfer |
Agilent 6890 GC / 5975C VL MSD |
