Integrated sodium hypochlorite generator for urban and rural water supply

Integrated sodium hypochlorite generator for urban and rural water supply

composition structure

The HCCL sodium hypochlorite generator produced by electrolysis method generally consists of several parts, including salt conversion device, electrolysis device, rectification equipment, mixing water system, automatic control device, and storage tank. The core part, the electrolysis device, is composed of a set of special metal materials coated with rare metal nano coatings such as platinum, ruthenium, iridium, rhodium, etc. as the anode and corrosion-resistant special metal materials as the cathode, forming a closed electrolytic cell container. Moreover, the electrolytic cell is equipped with a backwash system and a cooling system inside.

All the separate equipment such as the salt conversion device, liquid storage tank, water distribution system, acid washing device, etc. are made of high-strength composite materials such as FRP specially produced by our company, which is different from the general PVC material that is prone to aging; The large sodium hypochlorite generator (electrolytic cell) is wrapped in a special material alloy shell with composite material inside. The whole set of equipment is anti-corrosion, strong anti-aging and durable.

Integrated sodium hypochlorite generator for urban and rural water supply

The term electrolytic salt disinfection equipment may be unfamiliar to many people, let alone its purpose. So, what exactly is it used for? Let me explain. The electrolytic salt disinfection equipment is a sodium hypochlorite generator, which produces sodium hypochlorite solution by electrolyzing salt for water disinfection. Next, we will explain in detail this new type of disinfection equipment.

Working principle of electrolytic salt disinfection equipment:

The main reaction process of sodium hypochlorite generator electrolysis can be represented by the following equation:

NaCl+ H2O → NaClO + H2 ↑

Electric reaction: Yang: 2Cl -2e → Cl2 Yin: 2H++2e → H2

Solution reaction: 2NaOH+Cl2 → NaCl+NaClO+H2O

Therefore, the design of sodium hypochlorite generator electrolysis should consider various factors comprehensively, and be designed and manufactured based on the characteristics of compact and reasonable structure, energy-saving operation, convenient operation and maintenance, high operational reliability, and long equipment service life. Sodium hypochlorite solution is accurately added, safe to operate, easy to use, easy to store, non-toxic to the environment, and there is no gas leakage. It can be added under any working conditions in any environment.