Nickel sulfate production equipment
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I would like to ask the relevant manufacturers how they handle nickel sulfate after producing it in reaction vessels Our company deposits it in a nickel tank for precipitation, then manually transfers it to a centrifuge before bagging it; it requires a large amount of labor! Are there any relevant devices available to reduce the workload?
A three-phase horizontal spiral centrifuge can be used directly; the liquid mixture is fed into it directly, with continuous feeding and continuous discharge, thereby achieving liquid-solid separation. It features a favorable operating environment and a high degree of automation. However, the market for horizontal spiral centrifuges in China is currently full of mixed-quality products; if budget permits, it is advisable to choose imported or joint-venture products, as they offer better quality and reliability.
Is your company using it? How effective is it? Could you tell me what model it is?
It would be better to install a stirrer with a low speed on the crystallization tank to prevent clumping. A drain outlet (pipe) is installed at the bottom of the tank to allow fluid to be discharged or pumped into the centrifuge
It seems that manufacturers are now offering them; it’s automated equipment that combines evaporation, crystallization, and centrifugation
The nickel sulfate solution is concentrated using a vacuum evaporation unit; after concentration, the liquid is frozen to induce crystallization. The crystals are then sent to a centrifuge for separation, yielding the nickel sulfate product.
The process you are using was determined by engineers in the past; if you blindly adopt a direct drying process, you are likely to encounter a series of other problems, and then the boss will hold those who proposed this solution accountable. Crystallization is a truly profound field of study!
It’s mainly because the workload for employees is too heavy that efforts are being made to reduce it