Electrodialysis (ED) is a membrane separation technology that utilizes a direct current electric field to drive the directional migration of charged ions in a solution and achieves the separation of solute and water through selective ion exchange membranes. This process uses an electric potential difference as the driving force, and through the selective permeability of anion and cation exchange membranes, it achieves salt concentration, seawater desalination, and desalination and purification of organic solutions. Haipu electrodialysis technology is widely used in lithium extraction from salt lakes, new energy, chemical industry, medicine, and seawater desalination, providing enterprises with full-process solutions including separation, concentration, and desalination.
High Efficiency and Energy Saving | High Concentration Rate | Good Stability | Safe and Reliable |
High efficiency, low energy consumption, Save at least 50% energy consumption | High salt concentration efficiency Salt can be concentrated to over 150g/L. | Good chemical stability, High mechanical strength, strong anti-pollution ability | Operating pressure does not exceed 0.1MPa, Safe and reliable operation, strong impact resistance |
Applications | Recommended Product Model | Scope of Application (Typical Application Scenarios) |
Concentration and Dilution in Various Industries | HP-Homogeneous Membrane Assembler | Salt lake lithium extraction, lithium battery recycling, pesticide chemical industry, biofermentation, papermaking and dyeing, hydrometallurgy, steel, petroleum refining, waste treatment and other industries' zero liquid discharge |
Water treatment and desalination: seawater desalination and brackish water desalination, production of drinking water, treatment and purification of industrial wastewater and radioactive wastewater.
Food and beverage processing: desalination and acidity adjustment in food processing, such as pickles and fruit juice; clarification treatment of beer and wine.
Chemical and material manufacturing: separation and purification of chemicals, regeneration of ion exchange resins, manufacturing of fertilizers and salts.
Pharmaceuticals and biotechnology: separation and purification of drug components, purification and concentration of biological products such as proteins and vaccines.
Resource Recycling and Environmental Governance: Lithium Extraction from Salt Lakes and Other Rare Elements, Soil Remediation, and Heavy Metal Removal.