Introduction Indoor air pollution is often overlooked in energy, health, and environmental policy, yet many homes still rely on wood burners, gas stoves, and unflued gas heaters. These appliances produce PM₂.₅ (fine particulate matter) and NO₂ (nitrogen dioxide), both of which have documented negative health impacts. In New Zealand, while…
As part of the re-examination of the NOVACARB gas cogeneration activity in Laneuveville Devant Nancy (54), ATMOTERRA was commissioned to carry out a study on the atmospheric dispersion of pollutants emitted by the installation. This air dispersion modeling was carried out as part of the Human Health Risk Assessment (HHRA)
We successfully completed a project for the Regional Indian Ocean Health Agency (ARS-OI) in La Réunion. Our mission was to evaluate the exposure, by inhalation, of workers in the Anti-Vectorial Control Service spraying insecticides for the control of insect vectors of diseases. Context of the assessment The control of insect-borne…
Between March and June 2016, we supervised 2 groups of PM3E Master students from Ecole des Mines de Nantes for the Integrated Engineering Projects:
Project Web-SCADIM – Web-Based Screening Air Quality Dispersion Model for Industrial Sites;
Project SMART – Facilitate the Use of Innovative Strategies to Improve Air Quality and Reduce Carbon Footprint of Cities
Climate Chance is the regular global event for all non-state actors committed to fighting climate change. The first edition of Climate Chance will take place in Nantes from 26 to 28 September at La Cité, the Nantes Congress Centre On this occasion, ATMOTERRA participates and coordinates with LOCEAN-IPSL the workshop…
Atmoterra participated in the latest training course on the Chimere chemistry-transport model. The CHIMERE multi-scale model is primarily designed to produce daily forecasts of ozone, aerosols and other pollutants and make long-term simulations (entire seasons or years) for emission control scenario. The training was held in the Laboratory of Dynamic…