摘要
分析了选钛厂微矿生产线的生产现状,并针对工艺中存在的问题,以及新设备在选钛厂的成功实践,提出了优化工艺流程的思路。实验室试验结果表明:将现场“一段强磁”改为“二段强磁”工艺流程后,可提高微矿生产线的作业收率,降低药剂消耗,增加选钛厂微细粒级钛精矿产量。
A experiment for optimizing technological flowsheet was performed after analyzing present status of producing fine fraction titanium concentrate in Panzhihua titanium concentrator and existing problems in process, and based on utilization of new equipment in the concentrator has success. The results indicated that worksite uses two - stage high - intensity magnetic separation instead of one - stage that can increase operation recovery, decrease reagents consumption and raise the output of fine fraction titanium concentrate in the titanium concentrator.
出处
《矿产综合利用》
CAS
2006年第4期16-20,共5页
Multipurpose Utilization of Mineral Resources
关键词
二段强磁
slon脉动高梯度磁选机
药剂制度
Two- stage high -intensity magnetic separation
Slon pulsating high -gradient magnetic separator
Reagent regime
