Innovation
Maximize Your Profits With Myande Evaporation Crystallization Solution
Process Optimization
We utilize a combination of technologies such as low-temperature MVR evaporation, flash evaporation, cooling crystallization, redissolution, and multi-effect evaporation. These techniques can be flexibly combined for different projects to optimize energy efficiency, reduce clogging, and ensure high-quality crystal production.
Flexible Control Systems
Our control systems feature one-button operation, high automation with self-cleaning functions, variable frequency control, and real-time monitoring. These systems reduce manual intervention, allow flexible load adjustments, and ensure optimal performance with automatic parameter adjustments.
Advanced Design
Our advanced design principles include optimized flow designs, efficient separation and purification methods, and user-friendly features like easy-to-clean heat exchangers and anti-clogging treatments. These ensure high separation efficiency, product purity, and long-term operational stability.
Myande's Innovative Engineering Projects
30,000 TPA Lithium Carbonate MVR Evaporation Project
Yongxing Special MaterialsTechnology Co. employs "MVR + Flash Evaporation Crystallization + Cooling Crystallization" to produce 30,000 tons/year of lithium carbonate. This process reduces energy consumption, lowers costs, and improves lithium recovery and crystal quality.
Nanjing Grotek: Waste Salt Resource Utilization Project
Nanjing Grotek uses an "MVR Evaporation Crystallization (Forced Circulation) + Cooling Crystallization and Thermal Melting" process to separate sodium sulfate and sodium chloride. This process ensures high separation efficiency, improves product purity, reduces energy consumption, and minimizes environmental impact.
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Patents At A Glance
