Beschreibung:
Professor of Process Engineering at the University of Lorraine. His research is in aerosol filtration, a subject he introduced to the laboratory in 1994 (The Laboratory Reactions and Process Engineering (UMR CNRS 7274)). His research focuses on the separation of liquid and / or solid (nano to micron dimensions) with filter media or other methods of separation and characterization of aerosols. His research interests include: areas of personal safety (respirators, safety filters), the environment (atmospheric particulate emissions) and methods (protection filter). He is board member of the ASFERA (French Association for Studies and Research on Aerosols), founding member and vice president of the French Society of Fluid Separations-Particles (SF2P).Assistant Professor of Process Engineering at the University of Lorraine, France. His research studies deal with the characterization of aerosols and their collection with different kinds of separators (fibrous filters, bubble columns, granular beds, etc.).Assistant Professor of Process Engineering at the University of Lorraine, France. Her research studies deal with the filtration of aerosols and dust explosions and are conducted using computational tools such as CFD codes.Assistant Professor of Process Engineering at the University of Lorraine, France. His research, conducted in the Reactions and Chemical Engineering Laboratory, focuses on filtration of solid and liquid aerosols by fibrous media.
1. An Introduction to Aerosols by Dominique Thomas and Augustin Charvet
2. Fibrous Media by Jean-Christophe Appert-Collin and Dominique Thomas
3. Initial Pressure Drop for Fibrous Media by Nathalie Bardin-Monnier and Dominique Thomas
4. Initial Pressure Efficiency of a Fibrous Media by Dominique Thomas
5. Filtration of Solid Aerosols by Dominique Thomas
6. Filtration of Liquid Aerosols by Augustin Charvet and Dominique Thomas
Filtration of aerosols is omnipresent in our daily lives, in areas as diverse as health, the protection of people and the environment, and air treatment inside buildings. However, the collection of particles within a filter media is not, contrary to popular belief, linked to a simple screen effect. The phenomena involved are much more complex and require the consideration of aerosol interactions, filter media and process conditions to select the best fiber filter for a given application. Aerosol Filtration, book for students, hygiene or process engineers, fibrous media manufacturers, designers, and filtration system suppliers or users addresses the filtration of aerosols in six chapters. These chapters cover physics and aerosol characterization, the fibrous media, and efficiency and filter clogging by solid or liquid aerosols, with special attention to the filtration of the nanoparticles.
