What is Alkaline Water Electrolyser?

Alkaline Water Electrolyser is an advanced technology product developed by TJNE. It is used to produce clean and pure alkaline water through electrolysis. This electrolyzer is designed with high-quality components and offers efficient and reliable performance.

The Alkaline Water Electrolyser operates grounded on the principles of electrolysis. It uses a high-current direct current( DC) power force to resolve water( H2O) into hydrogen( H2) and oxygen( O2) feasts through an electrolytic cell. The performing hydrogen gas can be collected as a derivate, while the oxygen gas is released into the atmosphere. The electrolysis process is eased by an alkaline electrolyte result, which enhances the effectiveness of the response.

The consists of the following components:

● Anode

● Cathode

● Alkaline Electrolyte Solution

● DC Power Supply

● Water Inlet and Outlet

● Gas Collectors

● Control Panel

Working Principle :

After secondary refining, saturated salt water is added to the anode chamber of the electrolytic cell. In an energized state, sodium chloride is ionized into sodium ions and chloride ions. The chloride ions in the solution are discharged at the anode to generate chlorine gas and escape from the solution. The saturated salt water that consumes some sodium chloride becomes dilute salt water and flows out of the electrolytic cell, while the sodium ions move towards the cathode through the membrane.

Performance Parameters

Technical Specifications

Economic Indicators

Key Features and Advantages

1. Acid water+alkaline water output

2. Multi-stage diaphragm electrolysis

3. PH value of Acidic water：1.5-3；PH value of Alkaline water：12-13

4. working life＞5000h

● Produces clean and pure alkaline water

● High electrolysis efficiency

● Durable and corrosion-resistant

● Easy to maintain

● Safe and reliable operation

● Supports hydrogen gas collection

● Energy-efficient

● Environmentally friendly

Applications:

● Disinfection washing machine

● Disinfect the dishwashing sink

● Fruit and vegetable disinfection machine

● Smart toilet

● Food purification machine

1. In the artificial sector, it can be applied for wastewater treatment, furnishing a more eco-friendly and sustainable way to reuse the large volumes of wastewater produced by manufactories, refineries, and other artificial installations. The technology's unique parcels allow it to effectively remove adulterants and pollutants from wastewater, making the treated water safe for exercise or release back into the terrain. This application not only benefits the environment but also enables industries to recycle and conserve water.

2. Additionally, the technology can be used for clean hydrogen fuel production. Through a process of electrolysis, the technology can resolve water motes to safely and efficiently produce hydrogen gas. This hydrogen can also be used as a zero-emigration energy for operations including energy cell vehicles. With numerous countries seeking to transition down from fossil energies, this provides a renewable and green result for the growing hydrogen frugality. The technology's efficacy and affordability make it well-suited for scalable hydrogen production.

3. In the food and beverage industry, the technology has uses for water treatment and purification. As many foods and drinks require clean water during production, the technology can treat water to remove impurities and make it potable. This is important for producing beverages, preparing foods, cleaning equipment, and other applications where water quality is crucial. The technology can filter out bacteria, chemicals, and other hazardous substances from water, helping manufacturers meet health and safety standards.

4. For health and heartiness, the technology provides a way to produce clean drinking water. It can be used to develop affordable and movable water filtration systems for both domestic and marketable use. This allows people to have access to purified water that's free of pathogens, poisons, and unwelcome taste odors. The technology can remove not just biological contaminants but also heavy metals like lead and arsenic that may leech from pipes into drinking water. Having access to pure, clean water enables better health outcomes.

In summary, the wide-ranging applications of this technology highlight its versatility and potential to be a truly disruptive innovation. From environmental uses like wastewater treatment to health applications like purified drinking water systems, the technology can impact and improve many industries and human lives. Its efficacy, affordability, and scalability make it a technology prime for real-world implementation and widespread adoption. As research and development continue, there will certainly be more groundbreaking applications uncovered that further underscore the promise of this technology as a transformative breakthrough. The possibilities are only just beginning to be uncovered.

FAQ:

Q: How long does it take to produce alkaline water?

A: The production time depends on the desired quantity, but typically ranges from 1 to 4 hours.

Q: Can it be used for residential purposes?

A: Yes, the electrolyzer can be used for both industrial and residential applications.

Concluding Remarks

TJNE is a professional manufacturer and supplier of Alkaline Water Electrolyser. We specialize in providing high-quality products with comprehensive customer support. Our electrolyzer has been certified and tested to ensure its performance and reliability. For inquiries and purchases, please contact us at yangbo@tjanode.com