| OCR Text |
Show 14 Summary The diluted process exhaust preheated up to a temperature slightly cross ignition point is a criterion to fasten the combustion rate or lessen the residence time in combustion chamber. In this presentation, a rotary combustion system with ceramic honeycomb regenerators are found to exhibit highly efficient heat recovery, that seems to be the key to prevent partial oxidation occurs at higher conversion and enhance the combustion reaction. Furthermore, chlorinated aromatics are being tested to investigate the feasibility to reform dioxin derivatives, by varying the array of regenerator bed. References 1. Handbook of Organic Industrial Solvents, 5th Edition (1980) 2. OSHA/NIOSH Occupational Health Guides Chemical Hazard Acgih (TLV) (1984-1985) 3. W. Chu and H. Windawi, " Control VOC's via Catalytic Oxidation", Chem. Eng. Progress, March (1996) 4. "Air Toxics & VOC's", Mclvanine Co., (1991) , Chapter XII pp59. 5. M.S. Jenning, et. al, " Catalytic Incineration for Control of Volatile Organic Compound Emission", Noyes Publications, U.S.A. (1987) 6. J.M. Klobucar, " Choose the Best Heat-Recovery Method for Thermal Oxidizers", Chem. Eng. Progress, April (1995) 7. R. Tanaka, K. Kishimoto and T. Hasegawa, " High Efficiency Heat Transfer Method with use of High Temperature Pre-heated Air and Gas-circulation", Science and Technology, Vol. 1, No.4 (1994) (In Japanese) 8. R. Tanaka, et. al., " High Temperature Air Combustion under Development", Energy Saving, Vol. 48, No.l 0 (1996) (In Japanese) 9. Nippon Furnace Kogyo Kaisha, " High Performance Regenerator", NFK Technical Report, July (1997) (In Japanese) 10.P. N. Cheremisinoff, " Industrial Odor Control Pocket Handbook ", ppl 94, Pudvan Publishing CO., Inc. (1988) |
