We Energies Coal Combustion Products ... - The White House

51. Ramme, B.W., “Reburning of Coal Ash”, Patent No. 5992336, We Energies, Nov. 30,
1999.
52. Naik, T.R. and Kraus, R.N., “Development of Dry-Cast and Wet-Cast Concrete
Products Utilizing Fly Ash, Bottom Ash and Used Foundry Sand”, Report No. REP-
339, Center for By-Products Utilization, University of Wisconsin-Milwaukee.
53. Crovetti, J., Marquette University, Center for Highway and Traffic Engineering,
“Design, Construction and Performance of Fly Ash Stabilized CIR Asphalt Pavements
in Wisconsin”, Prepared for Wisconsin Electric Power Company, October 1998.
54. Crovetti J., Marquette University, Center for Highway and Traffic Engineering,
“Summary of Highland Road Test Results”, October 2003.
55. Wen, H., Tharaniyil, M., Ramme, B.W., and Krebs, S., “Field Performance Evaluation
of Type C Fly Ash in Full-Depth Reclamation: A Case History Study”, accepted for
Publication at Journal of Transportation Research Board, Washington D.C., 2004.
56. Rohatgi, P.K., “Casting of ASHALLOY Metal Matrix Composites: 1994”, EPRI TR-
106168, 9047-01, Interim Report, May 1996.
57. Birdsall, E., “Advanced Automobile Materials — Aluminum and Magnesium Metal
Matrix Composites Enhanced With Fly Ash”, Syn Ex Inc., 1996.
58. Rohatgi, P.K., “Casting of ASHALLOY Metal Matrix Composites: 1993”, EPRI TR-
105822, 9047-01, Interim Report, May 1996.
59. American Coal Ash Association, “Innovative Applications of Coal Combustion
Products (CCPs)”, 1998.
60. Johansen, K., “Radioactivity in Coal and Fly Ash”, We Energies, 2003
61. U.S. EPA, “Environmental Fact Sheets”, EPA 530-SW-91-086, January 1992.
62. Li, J. and Gao, X., “Mercury Liberation and Capture Pilot Study”, Prepared for We
Energies, January 2004.
63. Ramme, B.W., Kohl. T.A., and Oakes, D., “Use of Wisconsin Electric Bottom Ash
Sand and Gravel as Sub-Base and Base Material for Rigid and Flexible Pavements and
Floors”, Presented at the 1999 ASCE Materials Engineering Division: MATCong5 –
The 5th Materials Engineering Congress in Cincinnati, Ohio, May 10–12, 1999.
64. Ramme, B.W., Naik, T.R., and Kolbeck, H. J., “Construction Experience with CLSM
Fly Ash Slurry for Underground Facilities”, American Concrete Institute, Special
Publication 153, 1995, pp 403–416.
65. Ramme, B.W. and Naik T.R., “Controlled Low Strength Materials (CLSM) State-ofthe-Art
New Innovations” Presented at the 1997 Third CANMET/ACI International
Symposium on Advances in Concrete Technology, held on August 24–27, 1997 in
Auckland, New Zealand, pp 125-131 of Supplementary Papers.
66. Ramme, B.W., Fischer, B.C., and Naik, T.R., “Three New Ash Beneficiation Processes
for the 21st Century.” Seventh CANMET/ACI International Conference Fly Ash,
Silica Fume, Slag and Natural Pozzolans in Concrete, 2001, Volume 1. p. 325-338.
67. Ramme, B.W., “Industry’s Hidden Assets”, Wisconsin Natural Resources, No. 25,
October 2000.
68. Naik, T.R., Singh, S.S., and Ramme, B.W., “Time of Setting Influenced by Inclusion
of Fly Ash and Chemical Admixtures”, Presented and Published at the Seventh
CANMET/ACI International Conference on Fly Ash, Silica Fume, Slag, and Natural
Pozzolan in Concrete in Madras, India, July 2001.
We Energies 258
Coal Combustion Products
Utilization Handbook