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 Laboratory (LabCom)* AnaVOC in collaboration […]

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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.

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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 or sensors.According to a 2020

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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 understand and prevent airborne diseases.

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Article published in Chemosensors Volume 11 Issue 9.

Polycyclic aromatic hydrocarbons (PAHs) are widespread environmental contaminants formed during incomplete combustion or pyrolysis of organic material. The reliable quantification of PAH in airborne samples is still difficult, costly, and time-consuming due to the use of offline techniques, including long sampling on filters/adsorbents, laboratory extraction, purification, and concentration steps before analysis. Development of an on-line

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Development of analytical methods for the detection and quantification of PAHs in the environment and their application in the study of air quality in Strasbourg in France

During the 15th French-speaking congress on separative sciences which took place in Paris on March 28th to 30th, Chromatotec et l’ICPEES presented a poster on the “Development of analytical methods for the detection and quantification of PAHs in the environment and their application in the study of air quality in Strasbourg in France”.

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PhD Offer

Development of analytical methods for characterization of Biogenic Volatile Organic Compounds emitted by pest infested plants. Speciality: Analytical chemistry and instrumentation applied to air analysis Find out all information on this offer on the link below Link : http://www.chromatotec.com/Jobs-AboutUs-48.html

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