Created June 2, 2003
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| Title: | Mathematical modeling of jet bubbling reactor |
| Author: | |
| Document Type: | Thesis |
| Department: | Department of Chemical Engineering and Chemistry |
| Degree: | Master of Science |
| Major: | Chemical Engineering |
| Advisory Committee: |
Huang, Ching-Rong
Roche, Edward Charles, Jr.
McCormick, John E.
|
| Thesis Date: | 1981 |
| Keywords: |
Flue gases--Desulphurization.
|
| Availability: | Unrestricted |
| Abstract: |
A jet bubbling reactor for flue gas desulfurization is described by a mathematical model with the concept of two-stages mass transfer with chemical reactions. The Model consists of two coupling differential equations which are solved simultaneously. The result from the theoretical model is agreeable SO2 removal data obtained from a pilot plant reactor. |
| Complete Thesis: | njit-etd1981-002 (43 pages ~ 1,793 KB pdf) |
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Created June 2, 2003
To view these documents you will need the Acrobat Reader Plug-in. If you do not have it you can download it free from
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