摘要
微细矿粒质量小、动能低,与气泡的碰撞概率低,难以和气泡发生矿化反应,制约了微细粒矿产资源的回收。精锐微泡浮选机利用矿浆的高速射流生成负压,被负压吸入的空气与射流矿浆剧烈搅拌形成微小气泡,同时水力空化作用产生纳米泡,大大提高了气泡与矿粒碰撞附着几率。工业应用数据表明,精锐微泡浮选机对微小气泡的矿化和细粒矿物的浮选有特殊的功效。
Small mass,low kinetic energy and low collision probability of fine mineral particles make it difficult for their recovery during flotation.JRF micro-bubble flotation machine uses the high-speed jet of ore pulp to generate negative pressure,the air sucked by the negative pressure and the jet ore pulp are vigorously stirred to form micro-bubbles,and at the same time,the hydraulic cavitation generates nanobubbles,which greatly improves the probability of collision and attachment between bubbles and ore particles.Industrial data show that JRF micro-bubble flotation machine is highly efficient in mineralizing small bubbles and for recovering fine particles.
作者
陈晓东
CHEN Xiaodong(Zhejiang Ai Ling Chuang Mining Technology Co.,Ltd.,Jinhua 321016,Zhejiang,China)
出处
《有色金属（选矿部分）》
CAS
北大核心
2021年第1期112-116,共5页
Nonferrous Metals（Mineral Processing Section）
关键词
细粒浮选
JRF微泡浮选机
空化
纳米气泡
碰撞概率
fine particle flotation
JRF micro-bubble flotation machine
cavitation
nanobubble
probability of collision
