Core Pain Points On-site Membrane Electrolysis Solution Pain Point 1: Purchased finished bleach brings high cost, loss unstable supply Problems: Outsourced 5%-15% sodium hypochlorite has expensive hazardous chemical transport fees; effective chlorine decays heavily during long-distance transit storage, especially for Africa, power plant and municipal large-scale users. Traditional electrolysis machines require ≥95% high-purity refined salt, with high salt power consumption raising long-term ope
For chemical plant investors, daily chemical factories and chlor-alkali project contractors, stable high-purity solid caustic soda output directly cuts raw material purchasing costs and boosts downstream product quality. Chlory has spent over 20 years building full-set brine electrolysis caustic flake forming equipment, delivering turnkey production lines that make 32%/50% liquid caustic soda and final 99% solid flake sodium hydroxide in one integrated system. Core Production Flow From Raw Salt
Chlory Seawater Electrochlorination System produces sodium hypochlorite on-site by electrolyzing natural seawater, used for biofouling control in cooling water, seawater lifting, and industrial circulating water systems. Index Unit National standard(A) Standard Power Efficiency % ≥75 ≥92 DC power consumption kW.H / Kg.Cl2 ≤4.5 ≤3.4 Chlorine evolution potential V (S.C.E) ≤1.13 ≤1.04 Anode enhanced life test Hr. ≥30 ≥100 Cathode service life Y ≥20 Never damaged Pickling cycle D 30 ≥36 Site layout
Bluewav sodium hypochlorite generator produces sodium hypochlorite disinfectant by electrolyzing brine（2.5% - 3.0%）. Maximum chlorine output up to 64kg/h. System composition： 1.Soft water unit; 2. Cold and heat exchange unit; 3. Saturated brine preparation unit; 4. Dilute brine proportioning unit; 5. Electrode electrolysis assembly unit; 6. Interelectrode hydrogen separator unit; 7. Rectifier power supply unit; 8. Pickling unit; 9. Control system unit; 10. Hydrogen exhaust unit; 11. Storage uni
Chlory hypochlorous acid generator adopts advanced PEM electrolysis technology to produce stable, pure hypochlorous acid anolyte with adjustable concentrations of 100ppm, 200ppm and 500ppm. It is widely used in medical disinfection, food processing, animal husbandry, public space and water treatment. Working Principle The system electrolyzes dilute salt water through a PEM electrolytic cell. Under the separation of cation exchange membrane, the anode generates high-purity hypochlorous acid solu
Introduction Hydrochloric acid synthesis systems are widely used in chemical, pharmaceutical, metallurgical, and electronics industries. They are primarily used to produce hydrochloric acid and other chlorine-containing chemicals, such as chlorides and polyvinyl chloride (PVC). The system can also be used for waste gas treatment and resource recovery. Chlory has 20 years of experience specializing in hydrochloric acid production lines. We use a chlor-alkali process (ion-exchange membrane electr
Product Overview The chlorate-process chlorine dioxide generator is a fully automatic on-site disinfection and oxidation device widely used in municipal drinking water, industrial wastewater, circulating water, pulp bleaching, and industrial sterilization. It uses sodium chlorate and hydrochloric acid as raw materials to produce high-purity chlorine dioxide under heating and negative pressure, featuring stable output, high conversion rate, and safe operation. Chemical Reaction Principle Heating
This small ozone generator adopts the mature DBD dielectric barrier discharge technology, a mainstream ozone preparation technology in the industry. It achieves efficient and stable ozone production through pure physical reaction, with a compact structure that is perfectly suitable for small-scale ozone application scenarios. It is an ideal purification and disinfection equipment for small workshops, household use, small aquaculture, office spaces and other small-area and small-flow processing
1.Chlor Alkali Plant technology Overview The chlor-alkali industry is a basic chemical industry that electrolyzes saturated brine (NaCl) solutions while simultaneously producing caustic soda (sodium hydroxide), chlorine, and hydrogen. The complete sets of chlor-alkali equipment provided by our company use internationally advanced ion membrane electrolysis technology, featuring significant advantages such as low energy consumption, high product quality, and pollution-free operation, making them
Liquid Chlorine – A "Golden Raw Material" in Basic Chemicals Liquid chlorine, with the chemical formula Cl2, is an important basic chemical raw material. It is produced by pressurizing or cooling chlorine gas at room temperature to obtain a yellowish-green oily liquid. Our company's liquid chlorine production utilizes advanced ion-exchange membrane chlor-alkali technology and high-pressure liquefaction technology, ensuring high product purity, low impurities, and stable properties. It is widely
Product Overview This integrated industrial wastewater treatment solution combines chemical pretreatment and membrane concentration technology, tailor-made for complex wastewater generated in the catalyst chemical industry. The complete set of units features stable operation, compact layout and excellent wastewater concentration performance, helping chemical enterprises achieve wastewater standard discharge, volume reduction and resource recycling. Core Process Adopt the mature combined process
Product Overview Chlory MESH Electrolysis Cell is a premium seawater electrochlorination solution designed for industrial water treatment, marine anti-fouling, and on-site sodium hypochlorite (NaClO) generation. As a core component of electrochlorination systems, it leverages advanced mesh electrode technology to directly convert natural seawater into high-quality sodium hypochlorite—no additional NaCl raw material required. This eliminates the high costs, safety risks, and logistical challenge
Product Overview Chlory’s Acid Wash Wastewater Zero Discharge System is a dedicated closed-loop treatment solution tailored for high-corrosive pickling wastewater generated in metal processing, surface treatment, steel and related industries. Traditional pickling wastewater treatment usually adopts neutralization and sedimentation processes, which suffer from excessive chemical consumption, massive sludge output, waste of residual acid and valuable heavy metals, as well as high operating costs
1. Product Overview Conventional oilfield wastewater reuse only recovers ~60% of water; the remaining 40% high‑salt, high‑hardness sewage is costly to treat and often reinjected, facing well plugging, short service life, high maintenance, and safety risks. Chlory’s oily wastewater treatment system is engineered for high oil content, complex composition, high salinity, high suspended solids, high hardness, and high temperature of oilfield produced water. It delivers eco‑friendly, safe, energy‑sa
As a professional water treatment manufacturer, Chlory’s automatic water softener is engineered to solve hard water problems efficiently for B2B clients worldwide. Adopting high-quality sodium cation exchange resin, our water softener effectively removes calcium (Ca²⁺) and magnesium (Mg²⁺) ions from hard water, eliminating carbonate scaling in pipelines, boilers, heat exchangers and other equipment. This not only reduces maintenance costs and extends equipment service life but also ensures stabl
