An electrolyzed water generator is a device that uses electrical energy to split water into oxygen and hydrogen, and it usually consists of electrodes, electrolyzers, and a power source. Here are some common electrolyzed water generators:
Alkaline water electrolysis generator: This type of water electrolysis generator uses electrodes with metal oxide coatings such as cobalt, nickel, and iron to increase its electrolysis efficiency. It electrolyzes water by placing it in an alkaline solution and applying an electric current, and this generator produces hydrogen with a high purity and is suitable for some applications that require pure hydrogen, such as fuel cells.
Acid Water Electrolysis Generator: This type of water electrolysis generator uses an acidic electrolyte, such as sulfuric acid or hydrochloric acid, to increase the speed and efficiency of the electrolysis reaction, and it usually uses electrodes made of materials such as platinum or titanium. The hydrogen produced by the Acid Water Electrolysis Generator is relatively low purity, but has a high hydrogen production rate, making it suitable for some industrial processes that require large amounts of hydrogen.
High Temperature Water Electrolysis Generator: This type of water electrolysis generator performs the electrolysis of water at high temperatures, usually above 800 degrees Celsius. High temperature can promote the ionization of water and improve the efficiency of electrolysis. This type of generator usually uses electrolyzers and electrodes made of ceramic materials and works at high temperatures, and high-temperature electrolyzed water generators can use low-quality thermal energy to provide the heat required for the electrolysis reaction, improving energy efficiency.
Membrane Separation Water Electrolysis Generator: This type of water electrolysis generator uses a special ion-selective membrane to separate oxygen and hydrogen. The ion-selective layer in the membrane can allow hydrogen ions to pass through and prevent the passage of other ions, and this kind of generator has the advantages of high efficiency, high purity gas production and easy operation, so the membrane separation electrolysis water generator has a wide application prospect in the field of hydrogen energy.
The EOW-3500 electrolyzed water generator developed by our company adopts leading international technology, which can use municipal water or groundwater through electrolysis purification treatment to generate acidic oxidation potential water. The device has an intelligent operation screen that can intuitively operate and monitor the preparation of electrolyzed water, and the EOW-3500 electrolyzed water generator uses a special analytical purity to generate a pH of 3 at the anode0-6.5 acidic oxidation potential water, available chlorine range of 50-70mg L, ORP (oxidation potential) index is not less than 900mV, acid water generation is 3500ml min. By using acidic electrolyzed water, pathogenic microorganisms such as bacteria, fungi, and viruses can be killed quickly and effectively.
The EOW-3500 Water Ionized Water Generator has a remote control function, which can be controlled by the PC side to synchronize the device screen, and can also perform self-diagnosis alarms. The intelligent operation screen on the top of the equipment can provide an intuitive operation interface, and is suitable for the entire production cycle of agricultural planting, effectively preventing and preventing a variety of diseases, the equipment can also be applied to seed treatment, disease control, pesticide residue reduction and soil improvement. In the aquaculture industry, the use of slightly acidic electrolyzed water for environmental disinfection, to provide a sustainable green ecological approach for agriculture and aquaculture, to enhance the sustainable development of agriculture and aquaculture, reflecting the concept of ecological civilization of harmonious coexistence between man and nature, at the same time, the EOW-3500 electrolyzed water generator with on-the-go characteristics, to solve the problem of electrolyzed water easy to reduce, not easy to store, and further enhance the practicability and convenience of the equipment.
With the increasing importance of hydrogen energy, the development and application of water electrolysis generators will be more important to meet the needs of clean energy.