• GC/MS and LC/MS Instrumentation for Rapid and Reliable Pesticide Analysis in Food

Chromatography

GC/MS and LC/MS Instrumentation for Rapid and Reliable Pesticide Analysis in Food

Oct 04 2010

Thermo Fisher Scientific, Inc announced that Conserve Italia, a leading company in the agri-food industry in Europe, is using Thermo Scientific GC/MS and LC/MS systems for fast and reliable pesticide analysis of food products. Conserve Italia processes around 650,000 tons of raw materials each year, including fruits, vegetables and tomatoes and provides the European market with finished goods such as fruit juices, canned vegetables and tomato sauces and purees. The organisation is using the Thermo Scientific TSQ Quantum GC and TSQ Quantum Access Max triple stage quadrupole mass spectrometers to achieve compliance with maximum residue limits (MRLs) specified for pesticides in food. By using the instruments, the laboratory has significantly increased sample throughput as well as experienced substantial time and cost savings.

Pesticide analysis poses a number of challenges for laboratories and operators due to the wide-ranging chemistries within the contaminants and their complex elution. High speed, sensitive and cost-effective analytical instrumentation is required to generate a sufficient number of data points and ensure reliable integration of overlapping chromatographic peaks. Conserve Italia selected the TSQ Quantum GC™ and TSQ Quantum Access Max because of the instruments’ ability to perform rapid and accurate GC/MS and LC/MS pesticide analysis, coping with the laboratory’s extremely high
throughput of more than 10,000 samples per year.

Following implementation of the instruments, Conserve Italia has significantly improved productivity and has achieved substantial cost savings. Combining the systems with the QuEChERS (Quick, Easy, Cheap, Effective, Rugged and Safe) sample preparation method has resulted in pesticide analysis that is three times faster than with previous instruments. The speed of mycotoxin analysis has increased tenfold, reducing the total analysis time to approximately three hours.


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