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its control: what we know, have learned, and need to further investigate. Journal of
Air & Waste Management Association , 6: 1, 1999.
[9] Miller S.J., Dunham G.E., Olson E.S., Brown T.D. Flue gas effects on a car-
bon-based mercury sorbent. Flue Processing Technology , 65-66: 343-363, 2000.
[10] Teller A.J., Quimby J.M. 84th Annual Meeting and Exhibition, AWMA, Vancou-
ver, BC, 91-35.5, 1991.
[11] Roberts D.L., Stewart R.M. Novel Process for Removal and Recovery of Vapor
Phase Mercury. Presented at First Joint Power&Flue Systems Contractors confe-
rence, Pittsburgh, PA, July 1996.
[12] Yan T.Y. A novel process for Hg removal from gases. Industrial & Engineering
Chemistry Research , 33: 3010, 1994.
[13] Ghorishi B., Jozewicz W., Gullet B.K., Sedman C.B. Mercury Control: Overview
of Bench-Scale Research at EPA/APPCD. Presented at the First Joint Power &
Flue Systems Contractors Conference, Pittsburgh, PA, July 1996.
[14] Schager P., Hall B., Linquist O. Retention of Gaseous Mercury on Flyashes.
Second International Conference on Mercury as a Global Pollutant. Monterey, CA,
June 1992.
[15] Tessmer C.H., Vidic R.D., Uranowski L.J. Impact of oxygen-containing surface
functional groups on activated carbon adsorption of phenols. Environmental
Science& Technology , 31(7), 1997.
[16] Boehm H.P., Voll M. Carbon , 8: 227, 1970.
[17] Papirer E., Li S., Donnet J.B. Carbon , 25(2): 243, 1987.
[18] Boehm H.P., Diehl E., Heck W., Sappok R. Angewandte Chemie International
Edition in English , 3(10): 669, 1964.
[19] Garten V.A., Weiss D.E. Carbon , 22(1): 19, 1984.
[20] Leon C.A., Solar J.M., Calemma V., Radovic L.R. Carbon , 30(5): 797, 1992.
[21] Puri B.R. In Chemistry and Physics of Carbon. New York, 1970.
[22] Huggins F.E., Yap N., Huffman G.P., Senior C.L. XAFS characterization of mer-
cury captured from combustion gases on sorbents at low temperatures. Fuel
Processing Technology , 82: 167-196, 2003.
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