A study was carried out in a bench-scale test furnace to develop the oxyfuel burner with low calorific by-product gas below 700㎉/N㎥. To do this, a bench scale test furnace is improved and the test burners of 300M㎈/h are designed. Oxygen in the b...
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https://www.riss.kr/link?id=A82352273
2010
Korean
학술저널
111-114(4쪽)
0
상세조회0
다운로드다국어 초록 (Multilingual Abstract)
A study was carried out in a bench-scale test furnace to develop the oxyfuel burner with low calorific by-product gas below 700㎉/N㎥. To do this, a bench scale test furnace is improved and the test burners of 300M㎈/h are designed. Oxygen in the b...
A study was carried out in a bench-scale test furnace to develop the oxyfuel burner with low calorific by-product gas below 700㎉/N㎥. To do this, a bench scale test furnace is improved and the test burners of 300M㎈/h are designed. Oxygen in the burner is discharged through a nozzle in the center of the burner and gas is supplied with its concentric tube. The nozzle rim of oxygen plays a important role to stabilize and hold the flame. From the tests, it is confirmed that using oxygen burner, low calorific by-product gases below 700㎉/N㎥ can be used with stable flame and NOx is emitted below 30ppm at 11% oxygen concentration in exhaust gases.
목차 (Table of Contents)
Flue Gas System for an Air-Oxy Dual Firing Power Plant
Sintering Bed Analysis on the Variation of Operational Parameters