Liquid manufacturing method in electrlytic nickel production process
A production process and electrolytic nickel technology, which is applied in the field of impurity removal in electrolytic nickel production, liquid making of a balanced solution system, and nickel supplementation. It can solve problems such as insufficient processing capacity, insufficient production capacity of electrolytic nickel for nickel supplementation, and difficulty in ion balance. Achieve the effect of increasing the solution processing capacity, reducing the cost of nickel supplementation, and increasing the amount of nickel supplementation
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Embodiment 1
[0014] The internal solution of the electrolytic nickel production workshop and the nickel supplement solution of the outer workshop, after the acid adjustment treatment, enter the "first-level liquid-making tank 2" through the "first-level high-level tank 1". After the reaction is complete, the mixed solution is sent to Enter "secondary high slot 3". After the solution is completely reacted in the "secondary solution-making tank", the mixed solution is sent to the "tertiary high-level tank 4". After the solution reacts completely in the "third-stage solution-making tank", the mixed solution is sent to the "four-stage high-level tank 5". After the solution reacts completely in the "four-stage liquid-making tank", the solution is mixed with the anolyte and sent to the purification process; the primary and secondary production currents are controlled at 10,000A; the third- and fourth-stage production currents are controlled at 8,000A; The efficiency reaches 65%, and the amount ...
Embodiment 2
[0016] The internal solution of the electrolytic nickel production workshop and the nickel supplement solution of the external workshop, after the acid adjustment treatment, enter the "first-level liquid-making tank" through the "first-level high-level tank". After the reaction is complete, the mixed solution is sent into the " Secondary High Slot". After the solution has completely reacted in the "secondary liquid-making tank", the mixed solution is sent to the "third-level high-level tank". After the solution is completely reacted in the "three-stage liquid-making tank", the mixed solution is sent to the "four-stage high-level tank". After the solution reacts completely in the "four-stage liquid-making tank", the solution is mixed with the anolyte and sent to the purification process; the primary and secondary production currents are controlled at 11,000A; the third- and fourth-stage production currents are controlled at 10,000A; The efficiency reaches 65%, and the amount o...
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