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Ensuring compliance to present and future legislation of formaldehyde levels
EURAMET – European Metrology Programme for Innovation and Research
Development of a transportable High-Performance Liquid Chromatograph with Ultraviolet detection and a method for the rapid analysis of 13 carbonyl compounds hydrazones
Development of a transportable High-Performance Liquid Chromatograph with Ultraviolet detection and a method for the rapid analysis of 13 carbonyl compounds hydrazonesGrandjean, Audrey, Anaïs Becker, Mathilde Mascles, et al. « Development of a transportable High-Performance Liquid Chromatograph with Ultraviolet detection and a method for the rapid analysis of 13 carbonyl compounds...
Development of an Online Instrument for Continuous Gaseous PAH Quantification: Laboratory Evaluation and Comparison with the Offline Reference UHPLC-Fluorescence Method
Vaz-Ramos Joana, Mathilde Mascles, Anaïs Becker, et al. « Development of an Online Instrument for Continuous Gaseous PAH Quantification: Laboratory Evaluation and Comparison with the Offline Reference UHPLC-Fluorescence Method ». Chemosensors 11, no 9 (2023): 9.
Comparison of Two Analytical Systems for Continuous Monitoring of Ppb to Ppm-Levels of Formaldehyde in Air
Grandjean Audrey, Damien Bazin, Franck Amiet, et Stéphane Le Calvé. « Comparison of Two Analytical Systems for Continuous Monitoring of Ppb to Ppm-Levels of Formaldehyde in Air ». Chemical Engineering Transactions 95 (octobre 2022): 67-72.
Development of on-line and field dual TD-GC-FID/MS for automatic and continuous VOCs monitoring in ambient air
NOSE 2022 – CNRS / Chromatotec
Portable Temperature-Controlled Permeation Device for Formaldehyde Gas Standards
This joint article by ICPEES (CNRS/University of Strasbourg) and Chromatotec introduces an innovative portable device for generating formaldehyde gas, crucial for indoor air quality analysis. The lightweight, low-gas consumption device allows accurate on-site calibrations across a wide range of concentrations. This tool addresses the increasing need for monitoring atmospheric pollutants...
1st anaVOC thesis carried out
Ms Audrey GRANDJEAN defended her thesis entitled: ‘Development of analytical methods and portable or transportable instruments for the quantification of formaldehyde in air’ on Tuesday 28 May 2024. This doctoral thesis is the first to be carried out within the framework of the LABCOM anaVOC between ICPEES and Chromatotec. Congratulations...
Detecting pests thanks to volatile organic compounds
Proposing an early diagnosis of infected plants by detecting volatile organic compounds is the project in which Stéphane Le Calvé, researcher at the Institute of Chemistry and Processes for Energy, Environment and Health (Icpees – Unistra/CNRS) has been involved since March 2023. And this within the framework of the Joint...
Portable Microfluidic Analyser for Continuous Monitoring of Formaldehyde in Indoor Air
Chromatotec and the ICPEES have published an article in Asia Environment Technology on microF analyser for formaldehyde measurement.At a time when pollution has become a major public health concern, reliable monitoring techniques for air quality must be available. Formaldehyde is a pollutant found mainly in indoor air.
Comparison of two Portable and Modular Gas Generator of ppb-levels of Formaldehyde for calibration of analysers and sensors
During the 13th international conference on Instrumental Methods Analysis which took place on September, 17-20 in Chania (Crete/Greece), Anaïs Becker presented a poster on two different portable and modular gas mixture generation devices designed for easy on-site or laboratory calibration of analytical instruments dedicated to air monitoring such as analysers...
Continuous Monitoring of ppb-levels of Formaldehyde: Comparison of Analytical Systems and Development of a Portable Calibration Generator
During the 13th international conference on Instrumental Methods Analysis which took place on September, 17-20 2023 in Chania (Crete/Greece), Audrey Grandjean presented a conference on different analytical systems for formaldehyde measurement.Since humans spend most of their routine time indoors, accurate and continuous monitoring of indoor air pollutants is crucial to...