CAJ | 학술논문

为提高福建行洛坑钨矿的分选指标，对现行的枱浮选矿工艺进行了优化.采用“重-浮”联合工艺，即先用摇床将枱浮给矿进行重选富集，得到的钨粗精矿再磨后以（戊基黄药+丁铵黑药）为捕收剂浮选脱除砷、硫等硫化矿，经一粗二精三扫，闭路试验可获得含钨55.89%、钨回收率92.60%，含砷0.06%、砷分布率3.39%，含硫0.36%、硫分布率2.73%的钨精矿.与原枱浮工艺相比，新工艺流程简单、可控性强，不仅可获得较高质量的钨精矿，且显著改善了选厂生产环境，实现了钨矿石的清洁高效分选.
위제고복건행락갱오광적분선지표，대현행적이부선광공예진행료우화.채용“중-부”연합공예，즉선용요상장이부급광진행중선부집，득도적오조정광재마후이（무기황약+정안흑약）위포수제부선탈제신、류등류화광，경일조이정삼소，폐로시험가획득함오55.89%、오회수솔92.60%，함신0.06%、신분포솔3.39%，함류0.36%、류분포솔2.73%적오정광.여원이부공예상비，신공예류정간단、가공성강，불부가획득교고질량적오정광，차현저개선료선엄생산배경，실현료오광석적청길고효분선.
The current process flow sheet of table flotation is replaced by the combination circuit of gravity separation and flotation to improve the processing results of Xingluokeng tungsten ore in Fujiang. Tungsten rough concentrate enriched by table concentrator is re-grinded. Amyl xanthate and ammonium butyl are applied as collectors to remove the arsenic and sulphur. A tungsten concentrate with tungsten grade of 55.89%, recovery of 92.60 % is obtained in the closed circuit test by once roughing, twice cleaning and three times scavenging. The arsenic and sulphur grade is 3.39%and 0.36% respectively. Compared to the past process flow sheet, the new process flow sheet is simple and easy to control. Moreover, high quality tungsten concentrate is obtained and clean and efficient separation is achieved to improve the plant ’s production environment.