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Welcome to the Energy Environment CERI
of IMT Nord Europe scientific publications portal

  • The Centre for Education, Research and Innovation in Energy Environment (CERI EE) conducts academic and technological research at the crossroads of ecological and energy transitions. It focuses on the understanding and modelling of transfer phenomena, whether pollution or heat, from the microscopic scale to the continental scale. The work of the teams consists of the development of experimental methods, the analysis of processes and the design of prototypes.

    Fields of intervention

    Two scientific fields are covered by CERI EE:

    • Atmospheric Sciences to assess the impact of human activities on outdoor and indoor atmospheres and its impact on air quality, climate change and environmental health;
    • Energy efficiency associated with a streamlined use of raw materials and fossil fuels, paving the way for innovations in multi-sectoral applications for optimised, more efficient and sustainable thermofluidic systems and components.

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Pollution atmosphérique Inflammation Biomass OEL Mechanical Engineering Measurement methods Athens Industrial emissions Carbopack X DFT method Air pollution-derived PM25 LES ChArMEx Changement climatique / climate change Air des lieux de travail Composés organiques volatils Chaotic advection Kinetics ACSM Incertitude de mesure Echangeurs de chaleur Oxidative stress Biomasse PM Horseshoe vortex system Fluid Flow and Transfer Processes VLEP Ammonia GEOF Horseshoe vortex PM10 Hydroxyl radical Simulation numérique Source apportionment Qualité de l'air intérieur Combustion Air ambiant EMEP Valeurs limites Ammoniac Qualité de l'air Heat exchanger Aerosols SOA Experiments DTT Milieu professionnel Condensed Matter Physics Photocatalysis Aerosol Air treatment Expertise Numerical simulation CCN activation Nucleation Métrologie Health effects Cinétique chimique Emission sources Capteurs Indoor air Cloud droplet Oxidative potential Expert assessment Coherent structures VOC Monoterpenes Limit values SOURCE APPORTIONMENT Numerical simulations Indoor air quality Air quality Atmospheric pollution Chemical Kinetics High-conductivity materials Heat exchangers Metrology Lieux de travail Polyaniline Computational fluid dynamics Infrared thermography Volatile organic compounds Air pollution Hygroscopic growth Computational Mechanics PMF Ozone 1 COV Turbulence Welding fumes Limonene Entropy production Molecular physics Ambient air Méthodes de mesure Fluid mechanics Heat transfer enhancement CFD

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Open Access

26 %