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高原生态脆弱区砂石系统废水细砂回收工艺研究
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作者 邱冬梅 杨志明 +1 位作者 何建军 邓兵 《水电与新能源》 2020年第11期34-37,共4页
高原地区生态环境脆弱,生态系统自我调节和修复能力差,为此对环保的要求不断提高。在传统的砂石骨料生产过程中,废水处理极易造成细砂流失及水资源的浪费和污染。通过对传统砂石废水处理工艺进行改进与研发,使生产废水及流失细砂进行回... 高原地区生态环境脆弱,生态系统自我调节和修复能力差,为此对环保的要求不断提高。在传统的砂石骨料生产过程中,废水处理极易造成细砂流失及水资源的浪费和污染。通过对传统砂石废水处理工艺进行改进与研发,使生产废水及流失细砂进行回收和二次利用,实现了资源的重复利用,并减轻了对环境的污染。 展开更多
关键词 废水细砂回收 竖流沉淀罐群 串联并联 静置时间
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A novel wastewater cleaning system for the stone-crushing and sand-making process 被引量:4
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作者 Zhang Wenjun Li Yanfeng Tang Jie 《International Journal of Mining Science and Technology》 SCIE EI 2012年第5期745-748,共4页
The nature of the slurry from the stone-crushing and sand-making processes is analyzed to develop a novel separation process.The process comprises hydro-cyclone separation followed by screening of the fines,clarificat... The nature of the slurry from the stone-crushing and sand-making processes is analyzed to develop a novel separation process.The process comprises hydro-cyclone separation followed by screening of the fines,clarification,and filtration.Recovering fine sand and clean wastewater for recycle is demonstrated.The +0.045 mm fine sand fraction and à0.045 mm ultra-fine clay in the slurry are separated and recovered.Fine sand that was previously lost and wasted is now recoverable.The cleaned and reused water is as much as 94% of the total. 展开更多
关键词 Stone-crushing Slurry treatment Classifying Clarifying Water-reuse
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