A platform for research: civil engineering, architecture and urbanism
Cost-Effectiveness Analysis of Waste Gas Treatment Plants for the Glass Industry
Cost-effectiveness of different plant solutions for glass furnace waste gas cleaning is compared in the present paper. Plant arrangements based on electrostatic precipi-tator or fabric filter dust collectors and wet, semi-dry, or dry processes for acid gas removal have been considered. A critical survey of each solution's advantages and disadvantages has been presented, taking into account both effectiveness and costs resulting from each available system. Finally, a quantitative assessment has been provided with reference to a case study involving actual float glass production lines at SIV plants located in northern and central Italy.
Cost-Effectiveness Analysis of Waste Gas Treatment Plants for the Glass Industry
Cost-effectiveness of different plant solutions for glass furnace waste gas cleaning is compared in the present paper. Plant arrangements based on electrostatic precipi-tator or fabric filter dust collectors and wet, semi-dry, or dry processes for acid gas removal have been considered. A critical survey of each solution's advantages and disadvantages has been presented, taking into account both effectiveness and costs resulting from each available system. Finally, a quantitative assessment has been provided with reference to a case study involving actual float glass production lines at SIV plants located in northern and central Italy.
Cost-Effectiveness Analysis of Waste Gas Treatment Plants for the Glass Industry
Caputo, Antonio C. (author) / Pelagagge, Pacifico M. (author)
Journal of the Air & Waste Management Association ; 49 ; 1456-1462
1999-12-01
7 pages
Article (Journal)
Electronic Resource
Unknown
Low cost water treatment plants
British Library Conference Proceedings | 1996
|The Business Roundtable Construction Industry Cost Effectiveness Task Force
Taylor & Francis Verlag | 1987
|A cost analysis of waste management in the steel industry
Tema Archive | 1972
|Three waste treatment plants, S'Pace
Online Contents | 1994
Amtrak: A cost-effectiveness analysis
Elsevier | 1979
|