Record Display for the EPA National Library Catalog

RECORD NUMBER: 157 OF 2606

OLS Field Name OLS Field Data
Main Title Applicability of Metal Oxides to the Development of New Processes for Removing SO2 from Flue Gases.
Author Parson, Terry ; Schroede, Gary D. ; DeBerr, David ;
CORP Author TRACOR, Inc., Austin, Tex.
Year Published 1969
Report Number TRACOR-69-579-U-Vol-1; PH-86-68-68; TRACOR-004-009-10;
Stock Number PB-185 562
Additional Subjects ( Air pollution ; Sulfur compounds) ; ( Waste gases ; Absorption(Physical)) ; ( Iron oxides ; Fluidized bed processes) ; Oxides ; Removal ; Thermodynamics ; Sorption ; Copper compounds ; Dioxides ; Costs ; Power plants(Establishments) ; Sulfites ; Sulfates ; Sulfur dioxide ; Metal oxides ; Copper oxides
Holdings
Library Call Number Additional Info Location Last
Modified
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Status
NTIS  PB-185 562 Most EPA libraries have a fiche copy filed under the call number shown. Check with individual libraries about paper copy. NTIS 06/23/1988
Collation 137p
Abstract
The report presents the results of a study to determine the applicability of metal oxides to the development of new processes for SO2 removal. The oxides of 48 metals were screened according to the thermodynamics of their reaction with sulfur oxides to eliminate from consideration as potential sorbents those oxides that were not capable of reducing the sulfur oxide concentration in exiting flue gas of power plants to 150 ppm. Thermodynamic studies resulted in an extensive compilation of experimentally determined and estimated thermodynamic data. The result of the thermodynamic screening process was reduction of the field of potential sorbents to the oxides of sixteen metals, most of which appear in Groups VI, VII, and VIII of the periodic table. The remaining potential sorbents were prepared in a kinetically active form and the rates of their reaction with SO2 in a simulated flue gas atmosphere were determined using isothermal gravimetric methods. The economic feasibility studies consisted of equipment design and sizing and estimation of the capital investment and gross annual operating cost for a sorber-regenerator system using a fluidized bed model. (Author)