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      분체공학 , 유동층 , 고분자 , 재료 ( 무기 , 유기 ) : 유동층 Pilot Plant 에서의 제지 및 소화 하수 슬러지 연소 특성 = Powder Technology , Fluidized Bed , Polymers , Materials ( Inorganics , Organics ) : Combustion Characteristics of Paper and Sewage Sludges in a Pilot Scale Fluidized Bed

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      https://www.riss.kr/link?id=A3091170

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      Combustion characteristics both of paper and sewage sludges have been studied in a 0.5 mI.D× 3.35 mH fluidized bed. The maximum temperature along the height was found and maintained near the surface of fluidized bed during the combustion. The paper sludge containing water about s9.8% of water could be burned without auxiliary fuel, while the auxiliary fuel was required to incinerate the sewage sludge, which containing about 79.3% of water. The stable operation status could be monitored by the mean pressure and the standard deviation of pressure fluctuation signal. The mean pressure near the surface of fluidized bed decreased with the increase of sludge feed rate. On the other hand, the standard deviation of pressure fluctuation increased with the increase of sludge feed rate. The emission of CO decreased with oxygen content in the flue gas, while that of NO_χ increased with the oxygen content.
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      Combustion characteristics both of paper and sewage sludges have been studied in a 0.5 mI.D× 3.35 mH fluidized bed. The maximum temperature along the height was found and maintained near the surface of fluidized bed during the combustion. The paper s...

      Combustion characteristics both of paper and sewage sludges have been studied in a 0.5 mI.D× 3.35 mH fluidized bed. The maximum temperature along the height was found and maintained near the surface of fluidized bed during the combustion. The paper sludge containing water about s9.8% of water could be burned without auxiliary fuel, while the auxiliary fuel was required to incinerate the sewage sludge, which containing about 79.3% of water. The stable operation status could be monitored by the mean pressure and the standard deviation of pressure fluctuation signal. The mean pressure near the surface of fluidized bed decreased with the increase of sludge feed rate. On the other hand, the standard deviation of pressure fluctuation increased with the increase of sludge feed rate. The emission of CO decreased with oxygen content in the flue gas, while that of NO_χ increased with the oxygen content.

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