Module 8 of the Practical Essentials of GC & GC-MS course.
This course has been approved by the Royal Society of Chemistry for purposes of Continuing Professional Development (CPD).
This module covers sampling techniques, where a whole range of sampling, sample preparation techniques and autosamplers that can be coupled to a GC are covered in detail with application examples, including how to select the best technique based on the sample phase and analyte volatility.
Techniques explained include: thermal extraction techniques including thermal desorption (TD) and pyrolysis (Py); VOC analysis including static & dynamic headspace (SHS & DHS) and purge & trap (P&T); solid-phase extraction techniques including solid-phase extraction (SPE), solid-phase micro-extraction (SPME) and sorptive extraction techniques; liquid-liquid extraction (LLE) techniques; liquid autosamplers and derivatisation are also discussed.
Our LIVE virtual classroom courses offer a fully interactive experience, with small class sizes. Delegates are able to see the individual instrument components with explanations of each part and plenty of opportunities to ask live questions; either by using their microphone or by typing into the Q&A box or chat box.
This course has been approved by the Royal Society of Chemistry for purposes of Continuing Professional Development (CPD).
This module covers sampling techniques, where a whole range of sampling, sample preparation techniques and autosamplers that can be coupled to a GC are covered in detail with application examples, including how to select the best technique based on the sample phase and analyte volatility.
Techniques explained include: thermal extraction techniques including thermal desorption (TD) and pyrolysis (Py); VOC analysis including static & dynamic headspace (SHS & DHS) and purge & trap (P&T); solid-phase extraction techniques including solid-phase extraction (SPE), solid-phase micro-extraction (SPME) and sorptive extraction techniques; liquid-liquid extraction (LLE) techniques; liquid autosamplers and derivatisation are also discussed.
Our LIVE virtual classroom courses offer a fully interactive experience, with small class sizes. Delegates are able to see the individual instrument components with explanations of each part and plenty of opportunities to ask live questions; either by using their microphone or by typing into the Q&A box or chat box.
