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Local Exhaust Ventilation: Aerodynamic Processes and Calculations of Dust Emissions examines how emissions inherent to production processes in the metal, mining, chemical, and other industries can adversely affect the workplace by compromising a worker’s health and/or contributing to the deterioration of equipment quality and performance. Professionals concerned with the aerodynamics of dust control ventilation, particularly at industrial plants, can greatly benefit from this book.
This text considers the impact of emissions exposure to occupational safety and health and the environment, explores the practical purposes of industrial ventilation, and outlines how local exhaust ventilation can help control the emission of harmful substances in industry. The book outlines methods used for surveying currents in local exhaust ventilation systems and deals with the aerodynamics of loose-matter handling in porous ducts and the identification of regularities in air circulation patterns in bypass ducts. Topics covered include the determination of vortex field boundaries, development dynamics of vortex flow patterns, and interaction between the exhaust plume and inflow jets.
- Presents the analysis and modeling of dust particle dynamics and flows in various configurations
- Examines the aerodynamics of dust particles, including calculations and simulations for velocity and vortex flows in three dimensions
- Considers various types of problems with open and closed configurations of local ventilated suction units
- Contains methods and approaches for operational energy savings
“I recommend this book for students, engineers and scientists who are considering additional studies/research in industrial system design.” — David Barber, MS, CIH
|Page length:||564 pages|