Ever Wonder How to Separate Salt from Sugar? Lanran Tech Has the Solution!

Forget about sieving or solvents—electrodialysis is where the magic happens! At Lanran Tech, we use ion exchange membranes and a bit of voltage to efficiently separate salts from non-ionic substances like sugar. Our approach is transforming industries.

How does it work ❓ When voltage is applied across a solution, charged ions (like Na+ and Cl-) move toward their respective electrodes. By introducing ion exchange membranes (Cation Exchange Membranes for positive ions and Anion Exchange Membranes for negative ions) in the path, we can selectively block ions, allowing only specific ones to pass through. This creates distinct compartments for diluted and concentrated solutions, effectively separating salts from non-ionic substances like sugar.

This method is incredibly versatile, with applications in water desalination, wastewater treatment, and the separation of compounds in food, pharmaceuticals, and chemicals.
Plus, our Bipolar Membrane Electrodialysis (BPED) can convert salts into acids and bases, opening new doors in chemical processing.

Explore how our advanced, eco-friendly solutions are making a difference!