Generador de hipoclorito de sodio tipo agua salada

El generador de hipoclorito de sodio Purevita genera una solución de hipoclorito de sodio al 0,8 % mediante la electrólisis de salmuera, consumiendo únicamente agua, sal y electricidad. Al producir hipoclorito in situ y bajo demanda, el sistema elimina las preocupaciones asociadas con el transporte y almacenamiento de cloro gaseoso o soluciones comerciales de hipoclorito de sodio, lo que lo hace ideal para cualquier aplicación de mediana a gran escala que requiera cloración.

El generador de hipoclorito de sodio Purevita genera una solución de hipoclorito de sodio al 0,8 % mediante la electrólisis de salmuera, consumiendo únicamente agua, sal y electricidad. Al producir hipoclorito in situ y bajo demanda, el sistema elimina las preocupaciones asociadas con el transporte y almacenamiento de cloro gaseoso o soluciones comerciales de hipoclorito de sodio, lo que lo hace ideal para cualquier aplicación de mediana a gran escala que requiera cloración.

La generación in situ de desinfectantes con cloro ofrece una solución segura, rentable y eficiente para el tratamiento del agua. Adecuada para diversas aplicaciones, desde la purificación de agua potable hasta el control microbiológico de torres de refrigeración, permite la producción de desinfectante justo cuando y donde se necesita.

Fenton reaction: Under acidic conditions, H202 reacts with Fe2+to produce hydroxyl radicals, which can rapidly oxidize and decompose recalcitrant organic compounds. Our Magnetic Fenton Package System magnetize water molecules to rearrange them in the direction of magnetic field lines, greatly increasing the efficiency of hydroxyl radical oxidation and decomposition of COD. This can decompose most difficult to degrade organic compounds into carbon dioxide, water, and simple organic compounds

The electrolyzer is fed a DC current from the rectifier and electrolyzes the diluted brine into sodium hypochlorite solution. Chlorine evolves at the anode surface, while hydrogen and hydroxide evolves at the cathode surface. The secondary reaction of chlorine, sodium and the hydroxyl ion nets sodium hypochlorite (chlorine bleach) at a 0.8% solution. Below 1%, hypo is classified as a non-hazardous chemical although still a very effective disinfectant. The only by-product, hydrogen, is safely vented into the atmosphere.

Hypochlorous acid generator is a system which is produced by electrolysis of tap water through water purification system and is produced by a special electrolytic cell. The system produce hypochlorous acid (HCLO) with pH (5~6.5), redox potential (ORP value +750mv or more) and available chlorine (50~60mg/L), also produce sodium hydroxide (NaOH) with PH (10~12), redox potential(ORP value -800~900 mv).

Acidic Electrolyzed Oxidizing Water， another name “Hypochlorous acid” is a neutral, low-molecular-weight small molecule with no charge, allowing it to easily penetrate the negatively charged cell membranes and efficiently disrupt functional enzymes inside bacteria. Its bactericidal effectiveness is approximately 100 times greater than that of alcohol or iodine-based disinfectants. It can rapidly eliminate a wide range of microbial pathogens within a short period. Even highly resilient spore-forming bacteria can be killed within 10 minutes, achieving a destruction rate of over 99% against bacteria, fungi, and viruses.

Hypochlorous acid generator is a system which is produced by electrolysis of tap water through water purification system and is produced by a special electrolytic cell. The system produce hypochlorous acid (HOCl) with pH (5~6.5), redox potential (ORP value +750mv or more) and available chlorine (50~60mg/L), also produce sodium hydroxide (NaOH) with PH (10~12), redox potential(ORP value -800~900 mv).