- Duration: 3 days for face-to-face | Total of 19.25 hours over 5 days for Virtual Classroom course
- Experience level: Intermediate
- Course type: Generic, applicable to all instrumentation
- Teaching method: Face-to-face OR online via live video, with instrument parts & consumables to see
- RSC CPD approval: Approved for CPD
- Scheduled course venue: The Open University | Other venues | Virtual Classroom
- Online/onsite/in-house/offsite availability: Arrange this course just for you
- On demand availability: Available
- Scheduled course price: £760 + VAT per delegate
- Course discount: RSC and CAMS members receive a 20% discount on this course in 2020*
This course has been approved by the Royal Society of Chemistry for purposes of Continuing Professional Development (CPD).
What will you learn on this course?
This course covers all the practical theory you need to know about Gas Chromatography and its related techniques including GC-MS; gases and plumbing; sample introduction like split, splitless, on-column and large volume injection techniques; analytical columns; GC detectors and mass selective detectors; data analysis; and sampling techniques like headspace, SPME, pyrolysis, thermal desorption, purge & trap, liquid-liquid and solid-phase extraction.
This course is packed full of examples and practical tips, makes full use of props and includes a Questions and Answers session at the end of each day making it the course to attend for all of your useful GC knowlege!
- You will learn the importance of good chromatography
- You will learn how to select and use the GC carrier gas
- You will learn about various injection techniques and when to use each
- You will learn how to select a GC column
- You will learn the operation and selection of an appropriate GC detector
- You will learn about the principles and components of the mass spectrometer
- You will learn how to undertake data analysis
- You will learn about different sampling techniques for GC
Who is this course for?
The Practical Essentials of GC & GC-MS course is for those who have some knowledge of gas chromatography and would like to greatly enhance it, learning the essential and practical theory about all available GC & GC-MS techniques.
If you would like to improve your knowledge in a particular area, you can choose to attend individual days from the Practical Essentials of GC & GC-MS course.
Individual Modules - Virtual Classroom training
For Virtual Classroom training, you can choose to attend the individual modules from this course:
- Practical Essentials of Gases & Plumbing and Sample Introduction in GC & GC-MS
- Practical Essentials of GC Columns, GC Detectors & Mass Spectrometers
- Module 4: Practical Essentials of GC Columns
- Module 5: Practical Essentials of GC Detectors
- Module 6: Practical Essentials of Mass Spectrometers in GC-MS
- Practical Essentials of Data Analysis, Sampling & Sample Preparation Techniques for GC & GC-MS
*Discount applicable when booked at least one month in advance (for Face-to-Face courses) or 24 hours in advance (for Virtual Classroom courses), membership number is required. Discounts cannot be combined and are only applicable to courses both organised and run by Anthias Consulting Ltd.
- Royal Society of Chemistry (RSC) members receive a discount of 20% for this course in 2020
- Community for Analytical Measurement Science (CAMS) members receive a discount of 20% for this course in 2020
How to book this course
Feedback from previous attendees of Virtual Classroom course
"It is comprehensive and covers all topics. The course instructor speaks very clearly and good use of analogy to explain the concept." July 2020.
Feedback from previous attendees of Face-to-Face course
"(I enjoyed) practical aspects - cutting column - taking components apart." (April 2019).
"The method of teaching was excellent and focussed. Covered all topics related to GC and GC-MS. The slides were appropriate and good for better understanding." Dr Azra Ahmed from the Saudi Ministry of Health (April 2013).
"Excellent course and good knowledge of the presenter. Explanation good and broad spectrum of knowledge." Karen Scott, a laboratory manager from CTDS Ltd (April 2013).
"Really good course and a great overview. Enjoyed relating the theory to my practical applications (and problems) in the lab." Ellie Sargent from The Open University (February 2013).
"A lot of new information that is helpful to me in my study." Layla Al Omran from Birmingham University (February 2013).
"Good background knowledge on GC techniques and instrumentation, these were the things I was lacking." Research Technician, Metabolomic Research, Manchester University.
"Very good overview of the technique and possibilities, but also great practical tips. It's a lot of information - sometimes a little too much maybe, but it makes it possible for everyone to pick out the points that are important for them. Having a reasonably small group like we had, gives more chance for personal guidance - get your answers!" Femke Sterckx, PhD Student, Centre for Malting and Brewing Science, University of Leuven, Belgium.
"Diane presented the material well with easy digestable content." Adnan Zulfqar, PhD Student, The Open University.
"Strong background and practical focus. A session of hands-on would be advantageous. Instructors and organisers are warm and nice, yet professionable and knowledgeable. A very good exposure to GC-MS, current knowledge, industry, networking and technologies." Su Shiung Lam, PhD Student, Department of Engineering, University of Cambridge, UK.
"Brilliantly presented, warm and cosy atmosphere. Very informative, use of full documentation. Nice tips to organise yourself." Service Engineer, Separation Sciences.
"I found the course refreshed my knowledge and also taught me some things I didn't know beforehand. Some really good tips! Explained some techniques I had heard of but had no experience or knowledge of". Moya McCarron, Laboratory Technician, University of Liverpool.
"Rather a lot of information over a short period, I will need to sit in front of my instruments with the manual and go through it asap". Dr. Stan Lambert, John Moores University, Liverpool.