Product Introduction
This device combines the principle of electrochemical adsorption with membrane stack technology. By accurately controlling the liquid flow and electric field, it significantly improves the lithium extraction efficiency and effectively reduces the problem of back-mixing of the raw material liquid. The pump set is used to control the flow of liquid, ensure efficient circulation of raw brine solution and clean water regeneration solution, and push the liquid through the membrane stack for electroadsorption and desorption reactions.
This device combines the principle of electrochemical adsorption with membrane stack technology. By accurately controlling the liquid flow and electric field, it significantly improves the lithium extraction efficiency and effectively reduces the problem of back-mixing of the raw material liquid. The pump set is used to control the flow of liquid, ensure efficient circulation of raw brine solution and clean water regeneration solution, and push the liquid through the membrane stack for electroadsorption and desorption reactions.
The membrane stack group adopts a sealed design, which effectively avoids liquid leakage and contamination, and improves the operating safety and reliability of the equipment. The brine stock solution is transported to the membrane stack chamber through the pump group. After the electric field is applied, the lithium ions are adsorbed on the electrode surface to complete the extraction of lithium ions. The regenerated water enters the membrane stack chamber through the pump group. Under the action of the reverse electric field, the lithium ions on the electrode surface are desorbed and enter the regeneration liquid, thereby realizing the recovery of lithium ions; after increasing the number of membrane stack groups, the processing capacity of the device can be greatly improved to adapt to the larger-scale lithium extraction needs and meet the requirements of industrial production.
Membrane stack
Product Advantages
The second-generation electrochemical adsorption device is more flexible in design and has good mobility. It can carry out mobile production according to different production needs and adapt to a variety of working conditions.
The second-generation electrochemical adsorption device combines electrochemical adsorption technology with the modular design of the membrane stack. It has significant technical advantages and is suitable for larger-scale and sustainable lithium ion recovery and extraction processes, contributing to the sustainability of lithium resources. Utilization provides a more efficient and environmentally friendly technical solution.