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Case study

Tackling major challenges in air monitoring and emissions from materials

VITO, Belgium

Case study

Improving food quality through analytical chemistry

Dr Carsten Müller, Cardiff University, UK

Case study

Studying biogenic volatile organic compounds from Arctic ecosystems

Associate Professor Riikka Rinnan, University of Copenhagen, Denmark

Case study

Tackling food fraud in the olive oil industry

University of Liège, Belgium

Case study

Enhancing the sensitivity of extraction for the detection of nicotine in complex samples

Technical University of Crete, Greece

Case study

Faster and efficient test chambers for fragrance analysis

Firmenich

Case study

Automated thermal desorber doubles productivity, and increases data precision and accuracy in air studies

University of Leicester, UK

'Instant Insight' tech note

Headspace–trap analysis: Can you remove excess water and volatile interferences without losing volatile target analytes

Instant Insight 008

'Instant Insight' tech note

Is PFAS contamination a problem when using Markes’ TD instruments to analyse airborne PFAS?

Instant Insight 009

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Tackling major challenges in air monitoring and emissions from materials

Improving food quality through analytical chemistry

Studying biogenic volatile organic compounds from Arctic ecosystems

Tackling food fraud in the olive oil industry

Enhancing the sensitivity of extraction for the detection of nicotine in complex samples

Faster and efficient test chambers for fragrance analysis

Automated thermal desorber doubles productivity, and increases data precision and accuracy in air studies

Headspace–trap analysis: Can you remove excess water and volatile interferences without losing volatile target analytes

Is PFAS contamination a problem when using Markes’ TD instruments to analyse airborne PFAS?

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