Salt electrolysis using membrane technology
We take electrolysis a step further. With nearly 50 years of experience we developed in situ membrane cell electrolysis. Membrane cloths within our cells separate the anode and cathode chambers to enable selective ion transfer. This process transforms a brine solution (NaCl + H₂O) into chlorine gas (Cl₂), sodium hydroxide (NaOH), and hydrogen (H₂), with each product contained in a closed system.
The result is a highly reactive disinfectant with minimal chlorate or chloride residues, ideal for sectors requiring precise REDOX control, low chemical footprint, and continuous disinfection—such as swimming pools, food & beverage water, industrial process water, drinking water and, more generaly, sectors where strict regulations apply to disinfection by-products.