Evaluation of mineral resources development and utilization of Prospect Research
Different experimental synthesis products HH1, AH5 and red mud floc formed small particles with strong, to join a certain amount of flocculant, the flocculation of red mud particles more firmly into the floc, followed by adding a certain amount of re- the HH1, AH5, added the HH1, AH5 is further small floc floc flocculation into larger, sweeping through the volume effect will be a number of small particles with settling down, so the decrease in supernatant turbidity. However,
herve leger sale, FJ and red mud floc formation fragile and shear performance is poor, for the first time the formation of floc in the second added after the mixing process of FJ were broken, less than a second to add to make it again FJ flocculation, the results of the rapid increase in supernatant turbidity. Add method and mixing conditions on the FJ, HH1 and AH5 flocculant settling velocity and to clarify the impact of different degrees, which obviously reflects its floc structure is different. 4 Conclusion The systematic study of the experimental and manufacturers use synthetic polymer flocculants for red mud flocculant settling characteristics. Results demonstrated that the synthesis of new polymer flocculant in AH5, HH1 as red mud flocculants, his association with the formation of red mud floc structure is different from existing manufacturers with flocculant and the formation of red mud floc structure, so that their relative use of flocculants for the current manufacturers have certain advantages, especially HH1, its handling of red mud from the supernatant with low turbidity, a small but strong resistance to floc shear, impact than the second stirring supernatant etc, is a promising red mud flocculant. References [1] Wu Qiongzhen, Shi-Jie Yang,
mulberry outlet, et al. Apple Bayer bauxite red mud settling separation Flocculants. Light Metal, 1996 (7): 7 ~ 14 [2] SibetFJ. Polyacrylic / polyacrylateforfloc ~ latianofredmudsp] q Ⅺ ∞ 0faluminum. US3681012.1972 [3] Zhou Gaoyun,
MBTシューズ 販売店, Luojia Ke, et al. Red mud flocculants in the process of settlement development and application of the status quo. Foreign metal ore beneficiation, 1999 (11): 21 ~ 2.5 [4jN day shed eJB. Floeculation0fredrindsep Ⅲ a blood n0fabmmm. a hope ∞ Diao 2, l982 [5] Zhou Hui release. Synthetic flocculant technology alumina industry development of new applications. Magnesium communication, l997 (4) :23-26 (on the next page 46) development and utilization of assessment techniques, based on ore mining enterprises and the actual production of the different nature of the different technical conditions, changes in the market economy, correctly forecasting and planning production and operations strategy, rational use of resources. The technology can also formulate the relevant government and regulatory policies and regulations to provide a scientific basis for decision making, rational exploitation of the 21st century, China's mineral resources to provide new ideas. References [1] Handbook of mineral resources utilization Editorial Board. Comprehensive utilization of mineral resources manual. Beijing: Science Press, 2OOO. 2 [2] Lu Cai-Wu, Yun Qing Xia. The optimal development strategy of mineral resources research. China Mining, 1997,6 (4): 75 ~ 79 [3] Fan Xiangru. Cold mining lead to disastrous consequences. China Mining News,
herve leger toronto, 2001,5 [4] Li Songren. Beneficiation expert system. Metal Mine, 1996 (11): 15.19 [5] high-Hong Shen. Decision support systems (DsS) Case theoretical approach (second edition). Beijing: Tsinghua University Press, Guangxi Science and Technology Press, 2OOO [6] Jing Guang-jun, et al. Neural network expert system for mining applications. Chemical processing of minerals, 2OOO, 25 (9) [7] Ja-maSL. Expert system for Siflinjarrvl concentrator grinding process control experience. Foreign metal ore beneficiation,
Salvatore Ferragamo outlet, 1989,26 (9): l8 ~ 23 [8] Huai, money Xin. Grinding and classification learning intelligent control systems. Metal mines, l99l9 (12) :44-46, 50 [9] Like Qing, et al. Waitoushan grade iron ore reasonable comprehensive evaluation of selected research. Metal Mine, 1998 (12) :22-25No] Yuan Huai Yu, et al. Optimization of iron concentrate grade of meaning and method. Metal mines, l998 (9) :28-31 .47 [11] Yun Qing Xia. Optimize product quality mining smelt the genetic algorithm. Metal Mine, 1999 (10): 11 a l3.49 [12] Wang Jiangang, et al. Selected technical and economic iron ore. Beijing: Metallurgical Industry Press, l992 [13] Yu Yongfu, Duan Fu. Silicon Reduction and Iron on the development of China's steel industry is important. Mining and Metallurgical Engineering, 2002 (3): l ~ 6
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