Mathieu Gautier Email & Phone Number

Villeurbanne

# RESEARCH in DEEP laboratory (Wastes Water Environment Pollutions).- Influence of human activities on the natural ecosystems.- Dynamics of contaminants in complex environments.- Material and energy recovery in a circular economy approach.- Development of Nature Based Solutions for treatment.# TEACHING within INSA Lyon (FIMI, preparatory cycle), engineering cycle in the GEN department (Energy and Environment Engineering).- Challenges of the ecological transition- General chemistry and thermodynamics.- Waste, Air, Pollution.- Circular economy, Industrial and territorial ecology, Ecodesign- Co-Manager of the 2EIT 5th year GEN project.

Study of the influence of the cooling conditions on the mineral phase in a Basic Oxygen Furnace (BOF) slagThis work takes part in the ORLA project (2008-2010) and is financial supported by ANR (French Research Agency). The partners are Arcelor-Mittal, BRGM, CEREGE, LERM.Keywords : Basic Oxygen Furnace (BOF) slag, high temperatures, coolings, valorization, thermochemical processing, thermodynamical software (FactSage)

Interactions between ammonium clay and organic molecules in waste landfill context. Case of short-chain molecules.Nowadays waste issue is an important stake. The compacted clay and more particular the smectite is the standard material used as pollutant barrier at the bottom of waste landfill. Landfill leachates are characterized by large amounts of ammonium and are composed of several organic molecules. To limit the pollution, the barrier must retain pollutants and limit the permeability. This study is interested in interaction between a montmorillonite exchanged with ammonium cation and short-chain molecule characteristic of those in leachates.PhD thesis : http://tel.archives-ouvertes.fr/tel-00329770/fr/Keywords : clay, montmorillonite, SWy-2, ammonium, carboxylic acids, organic molecules, barrier, permeability, leachates, wastes.

Research Doctorate

Education record

Education record