Ternary Battery Industry
MVR evaporative crystallization denitrification of lithium precipitation mother liquor and MVR concentration of lithium sulfate
In the process of extracting lithium and precipitating lithium from spodumene/lepidolite, both the concentration of acidified lithium sulfate solution and the crystallization of sodium sulfate from the mother liquor of lithium precipitation need to be evaporated by MVR energy-saving evaporation, which can improve the stability of the system, ensure smooth process and reduce energy consumption.
Product advantage
1. Low Energy Consumption
2. Low steam consumption
3. Fully automated unmanned operation
4. High stability
5. Low noise
MVR Evaporative Crystallization of Crude/Fine Lithium Hydroxide
In the production process of lithium hydroxide, the acidified lithium sulfate solution needs to be enriched to produce lithium hydroxide, and the lithium hydroxide solution itself needs to evaporate, crystallize and recrystallize to improve its purity. In this process, MVR energy-saving evaporation is used to improve the stability of the system, ensure the smooth process, ensure the purity and particle size of lithium hydroxide, and reduce energy consumption.
Other cases in the same industry: Zhongsheng Lithium Industry and Xinfeng Lithium Industry
1. Low Energy Consumption
2. Crystallization stability, large amount of crystallization and large particle size
3. High degree of automation
4. Small area
5. Strong stability of the system
MVR Evaporation Crystallization of Ternary Material Wastewater
In the production of ternary materials, the ammonia-containing wastewater containing heavy metals and sodium sulfate is separated from the wastewater containing heavy metals by MVR evaporation and crystallization, and the evaporation condensate is reused after reaching the standard. Compared with the traditional evaporation process, the operation cost is saved by 2/3.
Other cases in the same industry: Ningbo Rong Bai and Meiyue Branch
Product advantage
1. Low Energy Consumption
2. Crystallization stability, large amount of crystallization and large particle size
3. High degree of automation
4. Small area
5. Strong stability of the system
MVR evaporative crystallization denitrification of lithium precipitation mother liquor and MVR concentration of lithium sulfate
In the process of extracting lithium and precipitating lithium from spodumene/lepidolite, both the concentration of acidified lithium sulfate solution and the crystallization of sodium sulfate from the mother liquor of lithium precipitation need to be evaporated by MVR energy-saving evaporation, which can improve the stability of the system, ensure smooth process and reduce energy consumption.
Product advantage
1. Low Energy Consumption
2. Low steam consumption
3. Fully automated unmanned operation
4. High stability
5. Low noise
Evaporative Concentration Crystallization of Nickel Sulfate/Cobalt Sulfate MVR
In the production process of nickel sulphate/cobalt sulphate, the extracted nickel/cobalt solution is concentrated to a certain concentration before cooling and crystallization. In this process, water in the solution is evaporated and separated by MVR evaporation, nickel/cobalt ion concentration is increased, discharge density is controlled, and the whole system is controlled automatically by PLC with strong stability and energy consumption. Low, very economic value.
Other cases in the same industry: Greenmay, China Ginger Group and Huayou Cobalt Industry
Product advantage
1. Low Energy Consumption
2. Continuous cooling crystallization can be achieved with large amount of crystallization and large particle size.
3. High degree of automation
4. Small area
5. Low Temperature Evaporation
MVR Evaporative Crystallization of Crude/Fine Lithium Hydroxide
In the production process of lithium hydroxide, the acidified lithium sulfate solution needs to be enriched to produce lithium hydroxide, and the lithium hydroxide solution itself needs to evaporate, crystallize and recrystallize to improve its purity. In this process, MVR energy-saving evaporation is used to improve the stability of the system, ensure the smooth process, ensure the purity and particle size of lithium hydroxide, and reduce energy consumption.
Other cases in the same industry: Zhongsheng Lithium Industry and Xinfeng Lithium Industry
1. Low Energy Consumption
2. Crystallization stability, large amount of crystallization and large particle size
3. High degree of automation
4. Small area
5. Strong stability of the system
MVR Evaporation Crystallization of Ternary Material Wastewater
In the production of ternary materials, the ammonia-containing wastewater containing heavy metals and sodium sulfate is separated from the wastewater containing heavy metals by MVR evaporation and crystallization, and the evaporation condensate is reused after reaching the standard. Compared with the traditional evaporation process, the operation cost is saved by 2/3.
Other cases in the same industry: Ningbo Rong Bai and Meiyue Branch
Product advantage
1. Low Energy Consumption
2. Crystallization stability, large amount of crystallization and large particle size
3. High degree of automation
4. Small area
5. Strong stability of the system
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