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Aliquam cursus est nec nisl iaculis fringilla. Nam feugiat luctus ex, a congue tellus tempus sit amet. Quisque tincidunt purus ac est vehicula egestas ac at est. Nulla rutrum eugiat turpis, in suscipit arcu dictum ut. In sit amet nisl auctor, viverra erat non, viverra elit. In hac habitasse platea dictumst. Etiam viverra pulvinar turpis eget mattis.:
- The storage and collection of fluids in exhausted underground reservoirs, such as waste water, natural gas or waste gases;
- The transport of NAPL contaminants into multi-aquifers systems;
- The development of 2D or 3D meteorological models for the atmospheric dispersion.
- The simulation of the dispersion of pollutants into atmosphere, emitted by punctual (chimneys, etc.), linear (roads, waterways, etc.) or areal (pools, storage areas, etc.) sources, using the AERMOD, CALPUFF , Etc.
To perform these simulations, M3E uses state-of-the-art numerical codes, developed both by the University of Padua and in-house, already tested in several applications:
CATHY: 3D simulation code for the coupling between groundwater flow in confined and unconfined aquifers and surface runoff;
CODES: nonlinear simulation of flow and heat and mass transport processes in non-isothermal motions with density for the prediction of diffusion and transport of NAPL contaminants and the salt water intrusion;
TRAN3D: 3D simulation code for the transport of contaminants in confined multi-aquifers systems.
