Exploring the advantages of automated Sample Preparation and GC-TOF for SVOC & Pesticide Analysis in Environmental Waters


Date: 09:00:00 - Nov 22 2018
Speakers: John Quick

Recent advances in the sensitivity and selectivity and modern GC-MS instrumentation combined with the development of laboratory robotic systems have made it possible to miniaturise and automate traditional sample preparation methods without compromising compound limits of detection. In particular the application of fully automated Dispersive Liquid/Liquid Microextraction (DLLME) shows great promise for the extraction of a very wide range of organic pollutants from aqueous matrices. Combination of miniaturised sample preparation with GC-TOF instrumentation enables the simultaneous trace level analysis of a wide range of environmentally significant analytes with greatly reduced labour costs. This has the potential to deliver major efficiency and productivity gains for busy commercial laboratories. This presentation focuses on the use of an automated DLLME procedure followed by analysis on a LECO Pegasus BT GC-MS system to deliver ng/L (ppt) level detection of a wide range of pesticide and SVOC compounds from less than 10mls of sample.

Free to watch

Sessions are free to watch. Please login to view this session or create an account.



Speakers


John Quick
John Quick (ALS Environmental)

John Quick been working as an analytical chemist in the water and environmental sector for 30 years. He has previously worked for Thames Water, the Environment Agency and Severn Trent Laboratories. He has specialist knowledge of the analysis of environmental samples for trace level organic pollutants using modern analytical techniques and recently led development of a series of methods for the ultra-low level detection (sub ng/L) of organic pollutants in surface waters and sewage samples to meet the requirements of the UK Chemical Investigation Programme (CIP) and the EU Water Framework Directive (WFD). He is currently working on the miniaturisation and automation of analytical methodology using robotic techniques.


Digital Edition

AET 28.2 April/May 2024

May 2024

Business News - Teledyne Marine expands with the acquisition of Valeport - Signal partners with gas analysis experts in Korea Air Monitoring - Continuous Fine Particulate Emission Monitor...

View all digital editions

Events

CISILE 2024

May 29 2024 Beijing, China

KIOSH

May 29 2024 Astana, Kazakhstan

ASMS Conference

Jun 02 2024 Anaheim, CA, USA

MSS 2024

Jun 03 2024 Portoroz, Slovenia & online

View all events