| OCR Text |
Show ./ ./ This study should provide an evaluation of this advanced firing concept. It should also provide significant new insight into the interaction of auxiliary flame gases with furnace gases in MSW combustion systems with regards to pollution forma~ion and furnace operation. 7.0 Conclusions GRI has initiated an ambitious program designed to supply the necessary research that wi 11 1 ead to gas fi red technologies for improving the performance of waste combustion syst~ms. The implementation of these technologies is expected to address many of the limitations of waste combustion systems that are impeding the wider use of thermal destruction for the management of all types of waste streams. The initial focus of the GRI program is on municipal solid waste streams due to rapid growth of this field but will eventually extend to all waste streams where natural gas can have a significant role. 8.0 References 1. Lee, J. W., T. H. Backhouse, R. W. Ross and L. R. Waterland. "PCB Trial Burn Report for the U.S. EPA Combustion Research Facility Liquid Injecti on Incinerator System", EPA/600/S2-87 1051, 1987. 2. Trenholm, A. and P. Gorman. "Emission Test Results for a Hazardous Waste incinerator RIA", Proceedings of the Ninth Annual Research Symposium, p. 160, EPA-600/9-84-015, 1984. 3. Castaldini, C., H. Mason, R. DeRosier and S. Unnasch. "Field Tests of Industrial Boilers Cofiring Hazardous Wastes", Proceedings of the Tenth Annual Research Symposium, p. 57, EPA-600/9-84-022, 1984. 4. Adams, R., M. Hartman and D. Wagoner. "Field Tests of Industrial Boilers and Industrial Proceeds Disposing of Hazardous Wastes", Proceedings of the Tenth Annual Research Symposium, p. 62, EPA-600/9-84-022, 1984. 23 |
