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Show over the long term will be expected to reduce N O x with a broad range of coal types and coal blends as is typical at the Ladyzhin Power Station. The results of this reburning demonstration have encouraged the Ukrainian Power Ministry to install reburn systems on the other boilers at the Ladyzhin Power Station as soon as capital financing is available. Acknowledgments A successful multi-national project of this scope and magnitude necessarily requires a large team of individuals and organizations working toward a c o m m o n goal. Since the project's inception, strong working relationships have developed between team members, on both a technical and personal level. The authors of this paper wish to acknowledge the significant contributions of the following individuals and organizations w ho have made this notable program a reality: G. Olkhovsky A. Tumanovksy E. Schukun V. Iatskevich A. Biryukov E. Yakushin R. Pekar J. Ford B. Gurvich D. Anderson All-Russian Heat Engineering Institute, Moscow, Russia All-Russian Heat Engineering Institute, Moscow, Russia All-Russian Heat Engineering Institute, Moscow, Russia Ministry of Electrification, Kiev, Ukraine Ministry of Electrification, Vinnitsa, Ukraine Director, Ladyzhin Power Station, Ladyzhin, Ukraine U.S. Environmental Protection Agency (ORD/AEERL) U.S. Environmental Protection Agency (ORD/AEERL) ABB Power Plant Laboratories ABB Power Plant Laboratories Appendix Metric Conversion Factors Non-metric Multiplied By Yields Metric Btu °F ft ft3 lb psi 1.05 5/9(°F-32) 0.305 0.00283 0.454 6.89 kJ °C m m3 kg kPa 18 |