Sodium hypochlorite generator

seawater electrolysis technology compact and reasonable structure energy-saving operation convenient operation and maintenance high operational reliability long equipment life Skid type electrolysis seawater chlorine production system The main reaction process of sodium hypochlorite generator electrolysis seawater can be expressed by the following equation: NaCl+ H2O = NaClO + H2↑ Electrode reaction: Anode: 2Cl–2e- → Cl2 Cathode: 2H2O + 2e- → H2 + OH- Solution reaction: 2NaOH + Cl2 → NaCl + NaClO + H2O The electrolysis process of the electrolytic seawater type sodium hypochlorite generator is an electrochemical reaction process, which uses seawater and electricity as raw materials to make sodium hypochlorite solution. Although the chemical principle is simple, there are many technical indicators that can affect the outcome of reaction. Therefore, the design of the electrolysis electrode of the sodium hypochlorite generator should consider various factors, according to the compact and reasonable structure, energy-saving operation, convenient operation and maintenance, high operational reliability, and long equipment life. And other characteristics to design and manufacture. The sodium hypochlorite solution is accurately dosed, safe to operate, easy to use and store, non-toxic to the environment, and there is no air leakage, and it can be dosed under any environmental working conditions.