The production process for battery-grade lithium carbonate uses industrial-grade lithium carbonate and recycled lithium fluoride as raw materials
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Seeking help: Production technology for battery-grade lithium carbonate, using industrial-grade lithium carbonate and recycled lithium fluoride as raw materials. Our company has entered the new energy sector and supplies raw materials to the lithium battery industry. To maintain competitiveness, plans are in place to invest in lithium salt projects. One is the purification of industrial-grade lithium carbonate into battery-grade lithium carbonate or monohydrate lithium hydroxide ； Secondly, it is to use recycled lithium fluoride to produce battery-grade lithium carbonate or monohydrate lithium hydroxide. Can we find a suitable engineer? Looking for recommendations! I welcome everyone's advice.
The competition between lithium iron phosphate and ternary materials.
Lithium iron phosphate is about to be phased out; it’s mainly lithium iron manganese phosphate and things like that
Lithium iron manganese phosphate is still just a conceptual idea; it has not been put into mass production yet. Lithium iron phosphate is still the dominant type of power battery in China, with a much larger production volume than ternary materials!
It seems that lithium titanate and graphene have been quite popular lately. I’m not sure what the prospects for their applications are
Where is your company located? What was it used for originally?
Jiangmen City, Guangdong Province: produces raw materials for lithium batteries, mainly ferrous sulfate, nickel sulfate, and cobalt sulfate
I’m not familiar with lithium titanate; graphene is basically just a conceptual concept
If you use industrial-grade lithium carbonate and recycled lithium fluoride as raw materials, the process is simpler compared to using lithium ore or brine as raw materials. As for finding employees, it’s definitely possible to do so as long as the compensation is appropriate; after all, it’s not some highly sophisticated technology that requires strict confidentiality. But you can’t expect that just hiring someone will solve everything; you need to conduct experiments on your own first, or find some university or research institution to help. It is possible to obtain qualified products, but it is necessary to determine the operating conditions through experiments, as well as the process route and the consumption of various primary and auxiliary materials, water usage, energy consumption, etc. All of these are fundamental data for design.
I would like to ask if you are familiar with the domestic and international industry standards for battery-grade lithium carbonate? Urgently needed. Thank you very much