Integrated Evaporation & Crystallization Systems for Battery Recycling Hydrometallurgy
As lithium-ion battery recycling expands, recyclers face increasing pressure to recover more valuable materials, maintain consistent product quality and reduce the cost of treating complex process liquors.
Hydrometallurgical recycling of lithium-ion batteries can generate lithium-bearing solutions, concentrated salt streams and wastewater containing varying levels of sodium, potassium, sulfates, chlorides and residual impurities. Their composition depends on the battery chemistry and upstream recovery process.
Turning these streams into recoverable products requires more than simply removing water. Evaporation, crystallization, impurity control, solid-liquid separation and mother liquor management must work together to achieve reliable performance.
Myande provides evaporation and crystallization solutions for lithium battery recycling, integrating process engineering, energy-efficient concentration, controlled crystallization, separation and automation.
Our systems are designed around your actual solution composition, target products, recovery objectives and utility conditions.
Explore more about Myande Evaporation and Crystallization Technology
Myande stands out with top-quality products and services, supported by our industry-leading manufacturing facility, engineering and R&D center. We offer a one-stop engineering turnkey service that ensures seamless integration and operational efficiency. Our strong R&D capabilities span multiple industries, making us the preferred choice for comprehensive lifecycle services, covering design, manufacturing, installation, commissioning, and after-sales support.
The actual process configuration depends on the upstream hydrometallurgical route and the required recovered products.
1. Feed Analysis & Conditioning
Incoming process liquor is evaluated for lithium content, dissolved salts, impurities, pH and other properties that influence concentration and crystallization.
2. Evaporation & Concentration
Water is removed through an evaporation system selected according to solution chemistry, required concentration and energy conditions.
3. Controlled Crystallization
Temperature, concentration, supersaturation and residence time are managed to promote the crystallization of the intended salt product.
4. Solid-Liquid Separation
Crystals are separated from mother liquor using equipment matched to the crystal properties and required recovery efficiency.
5. Product Washing & Drying
Where required, washing and drying help achieve the specified product purity, moisture and handling characteristics.
6. Mother Liquor & Condensate Management
Residual streams are evaluated for recycling, additional resource recovery, water reuse or appropriate downstream treatment.
Lithium recovery is influenced by the entire hydrometallurgical process, including upstream purification and downstream crystallization.
Depending on the recycling route, Myande's evaporation and crystallization systems can support the concentration or recovery of lithium-bearing solutions and selected salt streams.
Potential applications include:
Lithium-Bearing Liquor Concentration
Prepare suitable lithium-rich solutions for downstream chemical conversion, purification or crystallization.
Lithium Salt Processing
Support selected lithium salt crystallization and refining operations according to the agreed product route.
Sodium & Other Salt Recovery
Evaluate crystallization of suitable by-product salts where their composition and market requirements justify recovery.
Residual Mother Liquor Treatment
Reduce liquid waste volumes and assess additional recovery or treatment options.
Not every salt stream can be economically separated into a marketable product. Myande evaluates the recovery route against feed chemistry, required purity, operating cost and downstream demand.
With more than 23 years of experience in process engineering and equipment manufacturing, Myande provides integrated solutions for demanding industrial evaporation and crystallization applications.
Process Evaluation
Assess solution chemistry, recovery objectives and product specifications.
Customized Engineering
Develop process flowsheets, material balances and energy integration strategies.
Equipment Manufacturing
Supply engineered evaporation, crystallization and related process equipment.
3D Plant Design
Coordinate equipment layout, piping, utilities and maintenance access.
Intelligent Automation
Integrate monitoring and control of critical operating parameters.
Pilot-Scale Validation
Where applicable, evaluate representative process liquors to support equipment selection and industrial scale-up.
Project Lifecycle Services
Provide installation and commissioning guidance, operator training and after-sales technical support.
General Layout Plan
With a land prepared, the next thing you should consider is planning the general layout, which is a crucial foundation of a sustainable and cost-effective manufacturing.
Turn to us for help and we will present you the design for your plant by considering water, steam, electricity supply and etc.
Process Design
Combining our engineering expertise, industry know-how and practical skills with your knowledge, we provide the optimized and customized process design for your plant.
3D Plant Design
On the basis of plant layout design, combined with real situation, we can design a three-dimensional model of the entire plant. All the equipment, piping and instruments, any detail can be shown in the model, not only allowing you to have an intuitive understanding of the plant, but also providing overall information support for plant construction, equipment installation and future expansion.
Automatic Control System
We offer economical and most effective process automation solutions for the entire production line. Our RES automatic control system is developed based on PLC/DCS system.
Data Integration
Data integration in industrial evaporation and crystallization systems enables real-time monitoring and automated control, coordinated operation, data analysis, advanced process control, remote diagnostics, and integration with enterprise systems, leading to optimized performance and operational excellence.
Equipment Manufacturing
We owns in-house manufacture base of more than 130,000㎡ integrating R&D, production, project management which represents advanced engineering capability in the industry.
Installation and Commissioning
After finishing the installation of all machines, we offer on-site commissioning service to ensure compatible functioning.
Every move of the machine needs strong technical support from our experienced engineers. The only principle is that you can start manufacturing right after the commissioning.
Training and After-sales Service
Myande 360° Service Portfolio covers all your needs throughout the life cycle of your project. By minimizing your total cost of ownership, we help you stay ahead of the competition.
By harnessing the power of the Intelligent Tube Sheet Robot Welding System, we have revolutionized the way evaporators are crafted, taking efficiency and precision to unprecedented heights.
At the core of our remarkable evaporator lies the Intelligent Tube Sheet Robot Welding System, a state-of-the-art technology that has redefined the welding process. By automating this intricate task, we eliminate the margin for human error, ensuring flawless connections between tubes and sheet metal. The result is an impeccable product that exceeds industry standards.
We are highly committed to Quality Assurance.
Our facilities and processes adhere to the highest local and international industry standards and certifications and are audited regularly for compliance.
With a global quality management system, we ensure that our customers all over the world receive high-quality, reliable products and solutions. We are well aware that our equipment have to function safely and efficiently for decades.
To effectively carry on the spirit of artisanship, improve the overall quality of front-line employees, we hold the “Workmanship Skills Competition" every year.
At Myande, innovation is the result of the total process of developing an idea into a product or a new way of working which adds value to the business.
Over 600 registered patents and utility models demonstrate the company's innovation potential.
We focus on supplying one-stop engineering service covering general layout plan, process design, R&D, equipment manufacturing, automatic control system, data integration, installation, supervision, commissioning, training and etc.
Our custom solutions come from a deep understanding of your needs, and we have the capability to complete each project from the design of the initial concept to manufacturing, installation, commissioning and delivery.
Can Myande provide a complete lithium-ion battery recycling plant?
Myande's solution is focused on evaporation, crystallization, concentration, separation and related process integration. Complete battery recycling may also require discharging, dismantling, shredding, leaching, solvent extraction and other technologies, depending on the selected route. The final scope is defined for each project.
Can the system handle both LFP and NMC recycling solutions?
Potentially, yes. However, the solution chemistry and upstream process route must be evaluated. Equipment configuration, materials selection, crystallization conditions and recovery strategy may differ significantly.
Can evaporation and crystallization recover battery-grade lithium carbonate?
These systems can support lithium concentration and selected refining stages, but achieving battery-grade lithium carbonate depends on the full purification and chemical conversion route. Evaporation and crystallization alone do not guarantee battery-grade product quality.
Which evaporation technology is most energy-efficient?
MVR, multi-effect evaporation and TVR have different advantages. The appropriate choice depends on feed composition, boiling point elevation, fouling behavior, steam and electricity costs, capacity and operating requirements.
How can lithium losses in mother liquor be reduced?
Potential measures include optimizing crystallization, improving separation and washing, and evaluating mother liquor recycling or additional recovery stages. Impurity accumulation must be considered before increasing recycle rates.
Can the system achieve zero liquid discharge?
A zero liquid discharge configuration may be technically feasible for suitable streams, but it requires a complete assessment of water recovery, residual salts, impurity management and final waste handling. It should not be assumed for every recycling process.
Can Myande upgrade an existing evaporation system?
Yes. Myande can evaluate the existing process and identify opportunities for energy optimization, debottlenecking, crystallization improvements, automation and water recovery.
What information is needed for a technical proposal?
Provide the battery recycling route, process liquor flow rate, full chemical analysis, lithium concentration, target recovered products, required purity, operating hours, available utilities and environmental requirements.
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