Morgantown Energy Research Center

Proceedings of the Annual Fuel Cells Review Meeting. Meetings held annually at the U.S. DOE Morgantown Energy Research Center, Morgantown, W.V., until 1998, then at U.S. locations ... 

Overbey, W. K., Morgantown Energy Research Center, personal communi-... 

Larese, R. E., Heald, M. T., Morgantown Energy Research Center report... 

A vapor-phase ammmonia-injection process for SO2 removal is being developed at the Morgantown Energy Research Center. In laboratory research with simulated stack gas containing 4200 ppm SO2 (equivalent to 6.0% sulfur in coal), essentially complete removal of SO2 from the gas phase was effected by ammonia injection (i). Preliminary work has since proceeded with a small pilot-scale installation in which the sulfur products from the vapor-phase reaction are removed in a water scrubber. This paper presents additional data from the laboratory work and the pilot-scale installation. 

The authors are indebted to John S. Wilson of the Morgantown Energy Research Center, Federal Bureau of Mines, Morgantown, W. Va. for his assistance in the thermochemical calculation. 

Lewis, P. S., Liberafore, A. J., Rahfuse, R. V., MERC/RI-75/1 (Morgantown Energy Research Center). 

Desai, P. and Wen. C. Y., "Computer Modelling of MERC s Fixed Bed Gasifier , Report prepared for Morgantown, Energy Research Center, Morgantoim, West Virginia, February 1978. 

Skousen, J. G., J. C. Sencindiver, and R. M. Smith. 1987. Procedures for Mining and Reclamation in Areas with Acid-Producing Materials. The Surface Mine Drainage Task Force and the West Virginia University Energy Research Center, p. 43. Morgantown, WV. 

Robertson A. Second generation PFBC systems research and development—pilot plant becomes demonstration plant design. Presented at the Advanced Coal-Fired Power Systems 95 Review Meeting, Federal Energy Technology Center, Morgantown, 1995. 

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