Potential Resources from Coal Fly Ash

Author:

Watson J. S.

Abstract

AbstractRecent studies at Oak Ridge National Laboratory (ORNL) and elsewhere have identified various chemical processes for recovering useful materials, such as alumina and iron oxides, from coal combustion fly ash. Based on certain assumptions, each of these processes can yield useful products at economical prices. Most processes leave a residual solid waste with a volume only slightly less than that of the original waste. This residue may not present a serious hazard, but its volume alone makes disposal difficult for utilities with limited land available for disposal sites. Characteristics of some of the residues are being studied to determine possible beneficial uses or applications of these by-products.

Publisher

Springer Science and Business Media LLC

Subject

General Engineering

Reference15 articles.

1. 15. Wilder R. F. , Barrett P. J. , Henslee L. W. Jr ., and Arpi D. , “Recovery of Metal Oxides from Fly Ash,” Electric Power Research Institute Report No. EPRI CS-3544, Vols. 1, 2, and 3, 1984.

2. “The PORI Process: Regeneration of Hydrochloric Acid from Spent Pickle Liquor,”;Burtch;Wire Journal,1976

3. 10. Felker L. K. and Seeley F. G. , “Chemical Development of the Calsinter Process for Recovering Resource Materials from Fly Ash,” Oak Ridge National Laboratory Report No. ORNL/TM-7613, 1981.

4. 9. Adelman D. J. , “High-Temperature Chlorination of Coal Fly Ash,” M.S. Thesis, Iowa State University (1980).

5. 7. Chesley J. A. , Murtha M. J. , and Burnet G. , “Utilization of Lime-Sinter Process Residue for the Manufacture of a Low-Alumina Portland Cement,” presented at 96th Annual Meeting of the Iowa Academy of Science, Iowa City, Iowa, Apr. 27–28, 1984.

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