简明介绍了 А·Г·巴诺马连柯在 1974年提出的“考虑到炉渣电子结构的炉渣热力学”理论,这一理论首先明确地指出炉气中氧分压对冶金过程的重要作用,得出溶于熔融金属中 i 元素的量与气相中氧分压的关系,因而为完善和改进冶金...简明介绍了 А·Г·巴诺马连柯在 1974年提出的“考虑到炉渣电子结构的炉渣热力学”理论,这一理论首先明确地指出炉气中氧分压对冶金过程的重要作用,得出溶于熔融金属中 i 元素的量与气相中氧分压的关系,因而为完善和改进冶金工艺指明了方向。展开更多
Based on the analysis results of the dust size distribution of flue gas from Baosteel＇s short-flow （BSSF） slag processing system and the mechanism of the wet scrubber,a wet scrubber system was designed and installe...Based on the analysis results of the dust size distribution of flue gas from Baosteel＇s short-flow （BSSF） slag processing system and the mechanism of the wet scrubber,a wet scrubber system was designed and installed in the No. 1 BSSF slag processing system at Baosteel. The results show that the dust removal efficiency of the previous system that had conventional water nozzles was only 69% with a liquid-gas ratio of 0.79 L/m^3 ,while the dust removal efficiency reached 94% when three sets of high-efficiency dual phase spray guns were installed inside both the flue and the chimney. For the latter system,the liquid-gas ratio was 0. 84 L/m^3 ,and the dust concentration in the cleaned emissions reduced to less than 40 mg/m^3.展开更多
文摘Based on the analysis results of the dust size distribution of flue gas from Baosteel＇s short-flow （BSSF） slag processing system and the mechanism of the wet scrubber,a wet scrubber system was designed and installed in the No. 1 BSSF slag processing system at Baosteel. The results show that the dust removal efficiency of the previous system that had conventional water nozzles was only 69% with a liquid-gas ratio of 0.79 L/m^3 ,while the dust removal efficiency reached 94% when three sets of high-efficiency dual phase spray guns were installed inside both the flue and the chimney. For the latter system,the liquid-gas ratio was 0. 84 L/m^3 ,and the dust concentration in the cleaned emissions reduced to less than 40 mg/m^3.
