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HYDROMETALLURGICAL PLANT FOR NICKEL OXIDE ORE AND METHOD FOR OPERATING SAID HYDROMETALLURGICAL PLANT

机译:氧化镍矿的湿法冶金工厂和经营所述的湿法冶金工厂的方法

摘要

The present invention makes it possible to increase ore throughput and improve productivity without causing a poor reaction and a decrease in operation efficiency. A hydrometallurgical plant 10 according to the present invention includes: a leaching facility 11 provided with leaching treatment tanks 11 (n) in a plurality of lines to perform a leaching treatment; a preliminary neutralization facility 12 provided with neutralization treatment tanks in two stages to perform pH adjustment of leach slurry; and a solid-liquid separation facility 13 made up of a single line to perform solid-liquid separation of leach slurry which is pH-adjusted and discharged from the preliminary neutralization facility 12, in which the preliminary neutralization facility 12 is provided with neutralization treatment tanks 12A (n) of a first stage in a plurality of lines so as to correspond to the respective leaching treatment tanks 11 (n) , and is configured such that leach slurries which are pH-adjusted in the neutralization treatment tanks 12A (n) of the first stage are merged in a neutralization treatment tank 12B of a second stage made up of a single line, and merged leach slurry is transported to the solid-liquid separation facility 13.
机译:本发明使得可以增加矿石产量并提高生产率而不会引起不良反应和操作效率的降低。根据本发明的湿法冶金设备10包括:浸出设备11,其在多条管线中设置有浸出处理槽11(n)以进行浸出处理;以及初步中和设备12,该设备具有两个阶段的中和处理罐,以进行浸出浆料的pH值调节。固液分离设备13由单线组成,以进行从预中和设备12中进行pH调节并排出的浸出浆料的固液分离,其中预中和设备12设置有中和处理槽。第一级的图12A(n)在多行中对应于各自的浸出处理槽11(n),并且构造成使得在其中的中和处理槽12A(n)中调节pH的浸出浆料。第一级在由单线组成的第二级的中和处理罐12B中合并,并且合并的浸出浆料被输送到固液分离设备13。

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