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Study of the Desulfurization Process and Gas-Solid-Liquid Phase Distribution under the Complex Humidification Conditions in Dense Tower
School of Civil & Environment Engineering, School of Civil & Environment Engineering, Beijing, China
School of Civil & Environment Engineering, School of Civil & Environment Engineering, Beijing, China
School of Civil & Environment Engineering, School of Civil & Environment Engineering, Beijing, China
School of Civil & Environment Engineering, School of Civil & Environment Engineering, Beijing, China
Kunming Iron & Steel Group Co. Ltd., Kunming, China
Huayun Tianlang Environmental Protection Co. Ltd., Kunming, China
- 1 School of Civil & Environment Engineering, School of Civil & Environment Engineering, Beijing, China
- 2 School of Civil & Environment Engineering, School of Civil & Environment Engineering, Beijing, China
- 3 School of Civil & Environment Engineering, School of Civil & Environment Engineering, Beijing, China
- 4 School of Civil & Environment Engineering, School of Civil & Environment Engineering, Beijing, China
- 5 Kunming Iron & Steel Group Co. Ltd., Kunming, China
- 6 Huayun Tianlang Environmental Protection Co. Ltd., Kunming, China
Journal of Environmental Protection·Volume 03 (2012)·Pages 334–339·Published 17 April 2012·DOI10.4236/jep.2012.34042
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Abstract
In making the gas-solid-liquid phase analysis, based on the collaborative study of the internal and external humidification ratio of desulfurization efficiency, determine the humidifier ratio within 60% to 75%, that can make the best balance between the respective merits of a simple tower humidifiers tower humidifier way, optimizing the overall desulfurization reaction, effectively reducing the sticky wall, stick in the desulfurization efficiency and reduce the wall to achieve a balance between the balance, without increasing the sorbent and process water, under the premise can promote the desulfurization reaction, improve the desulfurization sorbent utilization and efficiency, help desulfurization reaction system is stable, efficient and economic operation, the gas-liquid-solid three-phase to achieve better synergy.
KeywordsComposite HumidificationDense-Phase FGDTurbulence Intensity
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