Search Results - "Shao, Yanhai"

Efficient Flotation Separation of Ilmenite and Olivine in a Weak Alkaline Pulp Using a Ternary Combination Collector Centered around Al3 by Li, Jinhui, He, Hao, Shao, Yanhai, Liu, Chenjie, Li, Rui, Chen, Hongqin, Meng, Xiao

“…Due to the similar physical and chemical properties of ilmenite and olivine, separating them is challenging. The flotation process, with the use of collectors,…”
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Effect of the Water Hardness Level on Chalcopyrite Flotation Inhibition by the Disodium Carboxymethyl Trithiocarbonate by Wang, Yonghai, Wu, Weiming, Shao, Yanhai, Qin, Wenqing, Chen, Luzheng

“…Disodium carboxymethyl trithiocarbonate (DCMT) is considered to have the potential to replace sulfide and cyanide as a new chalcopyrite inhibitor. However, the…”
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Comparative investigation on magnetic capture selectivity between single wires and a real matrix by Ren, Peng, Chen, Luzheng, Liu, Wenbo, Shao, Yanhai, Zeng, Jianwu

“…High gradient magnetic separation (HGMS) achieves the effective separation to fine weakly magnetic minerals through a magnetic matrix. In practice, the matrix…”
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Investigations on the extraction of molybdenum and vanadium from ammonia leaching residue of spent catalyst by Chen, Yun, Feng, Qiming, Shao, Yanhai, Zhang, Guofan, Ou, Leming, Lu, Yiping

“…Extraction of molybdenum and vanadium from ammonia leaching residue (main chemical composition: 2.05% Mo, 0.42% V, 65.6% Al 2O 3 and 10.7% SiO 2) of spent…”
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Studies on recovery of vanadium from desilication residue obtained from processing of a spent catalyst by Shao, Yanhai, Feng, Qiming, Chen, Yun, Ou, Leming, Zhang, Guofang, Lu, Yiping

“…Recovery of vanadium from desilication residue obtained from the processing of a spent catalyst was investigated by leaching, purification and precipitation…”
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Research on the recycling of valuable metals in spent Al2O3-based catalyst by Chen, Yun, Feng, Qiming, Shao, Yanhai, Zhang, Guofan, Ou, Leming, Lu, Yiping

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The flotation separation of molybdenite from talc using zinc sulfate in sodium silicate system and related mechanism by Wu, Weiming, Chen, Tao, Shao, Yanhai, Ye, Guohua, Tong, Xiong

“…The function of sodium silicate is similar to that of sodium carbonate in flotation processes. In particular, in the presence of many different kinds of…”
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Activation of ilmenite flotation by Al3+ in the benzohydroxamic acid (BHA) system by Xiao, Wei, Shao, Yanhai, Yu, Jiayi, Zhang, Bohua, Shu, Haoran, Zhang, Yunhe

“…[Display omitted] •Al3+ is introduced as an activator for ilmenite flotation.•Al3+ promoted ilmenite up-floating with a maximum recovery of 86% at…”
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Adsorption behavior and selective regulation of tartaric acid at solid-liquid interface: For ilmenite flotation separation by Li, Jinhui, Shao, Yanhai, Xiao, Wei, Liu, Chenjie, Li, Rui, Chen, Hongqin, Meng, Xiao

“…Ilmenite and its main gangue minerals (titanaugite and forsterite) are challenging to separate due to their similar surface chemical properties. The flotation…”
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Performance evaluation of PHGMS technology for superfine chalcopyrite-molybdenite separation by Yang, Jing, Chen, Luzheng, Xue, Zixing, Yang, Kangning, Shao, Yanhai, Zeng, Jianwu, Gao, Yanxiong

“…[Display omitted] •Pulsating HGMS achieved excellent performance for superfine Cu-Mo separation.•Pulsating HGMS effectively separated chalcopyrite above…”
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Novel insights into the microstructure of Al-BHA on the surface of ilmenite by Li, Jinhui, Shao, Yanhai, Xiao, Wei, Liu, Chenjie, Li, Rui, Shu, Haoran, Zhang, Yunhe

“…In the process of flotation recovery of metal oxide ore, the complexes obtained by premixing metal ions with benzohydroxamic acid are often used as collectors…”
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Efficient Flotation Separation of Ilmenite and Olivine in a Weak Alkaline Pulp Using a Ternary Combination Collector Centered around Al[sup.3+] by Li, Jinhui, He, Hao, Shao, Yanhai, Liu, Chenjie, Li, Rui, Chen, Hongqin, Meng, Xiao

“…Due to the similar physical and chemical properties of ilmenite and olivine, separating them is challenging. The flotation process, with the use of collectors,…”
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Pulsating HGMS for industrial separation of chalcopyrite from fine copper-molybdenun co-flotation concentrate by Chen, Luzheng, Xiong, Tao, Xiong, Dahe, Yang, Ruoyu, Peng, Yuanlun, Shao, Yanhai, Xu, Jinyue, Zeng, Jianwu

“…Schematic diagram for Matrix Design Theory and Method. [Display omitted] •Pulsating HGMS achieved effective separation for fine Cu-Mo concentrate.•Matrix…”
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Adsorption differences and mechanism of Pb-BHA and Al-BHA in the flotation separation of ilmenite and titanaugite by Xiao, Wei, Shao, Yanhai, Yu, Jiayi, He, Hao, Zhang, Bohua, Zhang, Yunhe, Shu, Haoran

“…[Display omitted] •Both Pb-BHA and Al-BHA can substantially improve ilmenite floatability.•Pb-BHA showed greater collectability and Al-BHA showed greater…”
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Efficient Flotation Separation of Ilmenite and Olivine in a Weak Alkaline Pulp Using a Ternary Combination Collector Centered around Al 3 by Li, Jinhui, He, Hao, Shao, Yanhai, Liu, Chenjie, Li, Rui, Chen, Hongqin, Meng, Xiao

“…Due to the similar physical and chemical properties of ilmenite and olivine, separating them is challenging. The flotation process, with the use of collectors,…”
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A wet belt permanent high gradient magnetic separator for purification of non-metallic ores by Chen, Luzheng, Yang, Ruoyu, Zeng, Jianwu, Shao, Yanhai, Xiao, Qingfei, Guo, Shunkun

“…A wet belt permanent high gradient magnetic separator (referred here as WBHGMS) was developed on the principle of HGMS in an inclined slurry flow of several…”
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Enhanced pulsating HGMS of fine hematite with combinative rod matrix by Chen, Luzheng, Yang, Ruoyu, Guan, Changping, Zeng, Jianwu, Shao, Yanhai, Huang, Lingyun

“…It is well known that in high gradient magnetic separation (HGMS), a fine matrix tends to give a high recovery while a coarse matrix gives a high concentrate…”
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Research on the recycling of valuable metals in spent Al 2O 3-based catalyst by Chen, Yun, Feng, Qiming, Shao, Yanhai, Zhang, Guofan, Ou, Leming, Lu, Yiping

“…A new technology was developed to recover multiple valuable elements in the spent Al 2O 3-based catalyst by X-ray phase analysis and exploratory experiments…”
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