The ICPEES (L’Institut de chimie et procédés pour lénergie, l’environnement et la santé) is a joint research institute of the French National Center for Scientific Research (CNRS) and the University of Strasbourg (UNISTRA). More than 100 scientists working in complementary, interdisciplinary teams conduct research and development in the field of energy, thereby contributing significantly to the solution of a wide range of global topics, such as molecular design, properties and applications of useful devices, sensors or catalysis processes.
Dr Stéphane le Calvé is an expert in the field of analytical and physical chemistry in the field of air pollutants. For the measurement of airborne pollutants, the CNRS ICPEES has facilities for the generation of gas mixtures with known concentrations, analytical reference methods (GC, HPLC, etc.), adsorption systems, devices for rapid thermal desorption, real-time analyzers for formaldehyde and BTEX monitoring.
Tasks: Conception and 3D designs, Communication of the results.
Christina Andrikopoulou has a master’s degree in Analytical Sciences with a specialization in Engineering and Environment from the University of Strasbourg, France. She is currently working as an analytical chemistry engineer in ICPEES – CNRS (Strasbourg, France).
In the ELCOD project she is engaged (09/2017 – 03/2019) in the development of an air-quality-sensors monitoring system for integration inside a drone, to serve the purpose of mapping outdoor air pollution.
Tasks: Air quality sensors calibration and evaluation, Conception and 3D designs, Rapid prototyping, Communication of the results.
Pauline Meyer graduated from an Engineering School of Chemistry with a specialization in Analytical Chemistry (ECPM in Strasbourg). She is currently working as an analytical chemistry research engineer in ICPEES – CNRS (Strasbourg, France).
In the ELCOD project she is engaged (01/2019 – 02/2020) in the development of an air-quality-sensors monitoring system for integration inside a drone, to serve the purpose of mapping outdoor air pollution.
Tasks: Air quality sensors calibration and evaluation, Conception and 3D designs, Rapid prototyping, Communication of the results.