Salt Lake Brine Industry Mixer Settler
Cooperation solution: labor+material contracting，labor-ony contracting
Mixing volumn: 100L,200L,300L,500L,800L,1000L or customized
Plate thickness：12mm，15mm，20mm，25mm，30mm
Material: PP，PPH，PVC，transparent PVC
Production process: welding
Optional function: temperature control device，pH adjustment device，anti-overflow tank device
Advantages: high extraction rate，perfect separation effect；No leakage risk, easy operation，sturdy and beautiful shape；Adjustable agitator speed，adjustable phase interface height
Application： rare earth extraction;nickel cobalt extraction;rubidium cesium extraction;salt lake brine extraction;nuclear extraction;lithium battery recycling;vanadium battery recycling;copper electroplate recycling;biological wastewater recycling
- Product Description
Shaanxi Cuiyan: Your Trusted Salt Lake Brine Industry Mixer Settler Manufacturer & Supplier
For over a decade, Shaanxi Cuiyan Technology Co., Ltd. has specialized in designing salt lake brine industry mixer settlers that combine innovation, durability, and precision. With 37+ experts from leading Chinese research institutes and 9 patented advantages—including automated controls, modular energy-saving designs, and corrosion-resistant materials—our equipment ensures efficient metal extraction for 300+ global clients.
Salt Lake Brine Industry Mixer Settler Description
Our salt lake brine industry mixer settler optimizes solvent extraction for lithium, cobalt, and other critical metals from high-salinity brines. Built for harsh environments, it delivers seamless phase separation, adjustable agitation, and leak-free operation.
Specifications
| Parameter | Details |
|---|---|
| Mixing Volume | 100L–1000L (Customizable) |
| Plate Thickness | 12mm–30mm (PP, PPH, PVC, Transparent PVC) |
| Production | Welded Construction |
| Optional Features | Temperature Control, pH Adjustment, Anti-Overflow Tanks |
Why Choose Our Mixer Settler?
- High Extraction Efficiency: Achieve 95%+ recovery rates for lithium and cobalt.
- Corrosion Resistance: PPH and PVC materials withstand acidic/alkaline brines.
- Automation Integration: PLC systems enable real-time monitoring (temperature, pH, liquid levels).
- Modular Design: Scale production rapidly with bolt-on modules.
- Energy Savings: 20% lower power consumption vs. traditional models.
Material & Processing
- Body: PP/PPH/PVC (anti-corrosion, lightweight).
- Agitators: Stainless steel shafts with PTFE coatings.
- Welding: Robotic seam welding ensures structural integrity.
Key Functions
- Adjustable agitator speed (50–300 RPM).
- Phase interface height control.
- Bubble prevention and one-step tank filling/emptying.
How It Works
- Mixing: Brine and solvent blend in the agitation chamber.
- Settling: Heavy/light phases separate in the clarifier.
- Collection: Purified metals are extracted via overflow weirs.
Physical Display
All Salt Lake Brine Industry Mixer Settler displayed are real samples. The photos offer a clear view of their appearance and build. Contact us anytime for further assistance.
User Guide
- Installation: Bolt-on modules assemble in <48 hours.
- Operation: Pre-calibrated settings for common brine chemistries.
- Maintenance: Self-cleaning nozzles and replaceable seals.
Applications
- Lithium extraction
Lithium extraction from salt lake brines involves pumping the brine to the surface, where it undergoes a series of evaporation and precipitation steps. Specialized membranes or chemical additives are used to selectively isolate lithium from other dissolved salts. When it comes to recycled batteries, the process starts with dismantling the spent batteries. Chemical leaching techniques are then applied to dissolve lithium, followed by purification methods such as ion - exchange chromatography to obtain high - purity lithium. These extraction methods are crucial for meeting the growing demand for lithium in batteries for electric vehicles and energy storage systems. - Cobalt/nickel recovery
For cobalt and nickel recovery from mining wastewater, chemical precipitation is often the first step. Chemicals are added to the wastewater to form insoluble cobalt and nickel compounds, which are then separated by filtration or sedimentation. In the case of EV battery recycling, the batteries are shredded and processed to release cobalt and nickel. Solvent extraction techniques are then employed to selectively extract these metals from the mixture. The recovered cobalt and nickel can be reused in new battery manufacturing, reducing the environmental impact of mining and ensuring a sustainable supply for the battery industry. - Rubidium/cesium separation
In the nuclear industry, rubidium and cesium separation is a complex process. Nuclear waste materials containing these elements are first treated to separate the radioactive components. Ion - exchange resins are then used to selectively bind rubidium and cesium ions. Through a series of washing and elution steps, the rubidium and cesium are separated from each other and from other contaminants. The separated rubidium and cesium have applications in atomic clocks, medical imaging, and other high - tech fields, and their proper separation is essential for both resource utilization and nuclear waste management.
Packaging & Transportation
Crates with shock-absorbent foam for global shipping.
After-Sales Service
Lifetime technical support + 2-year warranty.
Certifications
ISO 9001, CE, and 8+ national patents.
FAQ
Q: Can this mixer settler handle high-temperature brines?
A: Yes! Optional cooling jackets stabilize temperatures up to 80°C.
Q: Is customization available for small-scale pilots?
A: Absolutely—we provide 50L–500L pilot units.
Q: How does your equipment reduce maintenance costs?
A: Self-lubricating bearings and modular parts minimize downtime.
Q: What's the lead time for a 1000L unit?
A: 6–8 weeks after final design approval.
Q: Do you offer onsite installation?
A: Yes—our engineers assist with commissioning globally.
Contact Us
Ready to upgrade your brine extraction? Email wangzhijun@cuiyan-tec.com for a free quote with Salt Lake Brine Industry Mixer Settler.
