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Magnesium flue gas desulfurization technology in the engineering and operation of several problems


]. Beijing: China Electric Power Press. 2005,260-347. [3] to the army. Magnesium Desulfurization in the operation of a number of issues [J]. Energy and Environment ,2008,3:139-140. [4] Hung Meng Yao, Cui Aizhen. Magnesium flue gas desulfurization technology [J]. Shandong Electric Power Technology ,2007,2:56-58,[link widoczny dla zalogowanych], 62. [5] Wei Wei. Flue gas desulfurization technology of magnesium [J]. Energy Conservation ,2004,[link widoczny dla zalogowanych],9:20-21. (This document formats: Xu Yao. Zhang Lijuan,[link widoczny dla zalogowanych], Wang Xiping, et al. Magnesium flue gas desulfurization technology in the engineering and operation of a number of issues [J]. Guangdong Chemical Industry. 2009.36 (6): 121 - 123) (Continued from page 129) Management and Reuse fJ]. China Water & Wastewater, 2007,23 (22) :77-81. [6] Meng, and bear to fall from the sky. Treatment of landfill leachate situation and existing problems [JJ Water Supply and Drainage, 2003. [7] Chen Zhuorong. Research in the Treatment of landfill leachate [c]. Guangzhou Institute of Environmental Health, 1998. [8] Zhou Zhaoyang, Wuhui Peng, Zhou, et al. Landfill in Guangzhou City sewage treatment plant wastewater treatment expansion project field test [R]. Guangdong Provincial Environmental Protection Engineering Research and Design Institute, 2004. [9] Zhou Zhaoyang,[link widoczny dla zalogowanych], Wu Huipeng. Guangzhou Xingfeng waste sanitary landfill leachate treatment expansion project feasibility study report [R]. Guangdong Provincial Environmental Protection Engineering Research and Design Institute, 2008. [10] GeorgeT, FranklinLB, StenselHD. WastewaterEngineering: TreatmentandReuse [M]. Metcalf & Eddy, Inc, 2004. [11] TomS, SimonJ, BruceJ, eta1. MembraneBioreactorsforWastewaterTreatment [M]. Chemical Industry Press. (This document formats: Wu Huipeng. Urban waste landfill leachate characteristics for handling technical focus of analysis and process route [J] _ Guangdong Chemical Industry,[link widoczny dla zalogowanych], 2009,36 (6) :127-129) (Continued from page 132 ) Class Ⅳ water quality standards. Evaluation of middle reaches of all surface water concentrations of heavy metals found corresponding Class Ⅱ standard. (2) Mexican river water from upstream to the middle reaches of heavy metals showed a downward trend was gradual, in the evaluation of the most polluted river upstream into the middle reaches very low concentrations after, indicating that the upstream reaches of river pollution on the main stream of ink very limited. (3) from the single pollution index of the evaluation results to see: Mexico rivers and water pollution by heavy metals is the order of As> Cd> Pb> Zn> Cu. (4) From the evaluation results of the integrated pollution index to see: Mexico rivers reaches the P Ⅳ average rating of 2.05, moderate pollution, the evaluation section of the integrated pollution index in the range between 0.12 ~ 6.45 . Evaluation of river water quality in the river was improving year by year trend of conversion, pollution decreases year by year. (5) proposed to strengthen the efflux of mine supervision and management of wastewater, sewage treatment station to ensure that mines the normal operation of the stability and pollutant discharge standards. At the same time, enhance the efflux of mine waste water environmental monitoring, to grasp the dynamics of pollutant emissions, to prevent excessive emissions of heavy metals pollution of downstream water bodies. (6) emphasis on strengthening of the conventional ink river water monitoring. Recommendations to strengthen mine drainage in the dry season discharge branch river of the environmental monitoring, to grasp the reach and the river's water quality ink to prevent sudden environmental pollution.
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