1000ML PEM electrolyzer

This 1000 ml PEM electrolyzer is one of series product of Hycircle Technology Co., focusing on the green energy& safety markets. Hycircle product hydrogen generator with high purity, low energy consumption, high material utilization rate and long service life characteristic, which uses pure water as the raw material of electrolytic water for hydrogen production process to avoid potential pollution and corrosion problems. As an important technology for the production of hydrogen to be used as an energy carrier, the electrolyzer is a promising technology for energy storage coupled with renewable energy sources.

Normally, the electrolyzer is composed by multiple key components, including cathode plate, anode plate, MEA frame, seals, GDL and so on.

The electrolytic cell is the core unit of hydrogen production equipment, PEM electrolyzers utilize Proton Exchange Membrane as solid electrolyte to split water. In this process, water molecules undergo oxidation reactions on the anode side, losing electrons and generating oxygen and protons (H⁺). Subsequently, protons are conducted through the proton exchange membrane to the cathode side under the action of an electric field, while electrons flow from the anode to the cathode through an external circuit. On the cathode side, protons combine with electrons to undergo a reduction reaction, generating hydrogen gas. In this way, the PEM electrolysis cell completes the process of decomposing water into hydrogen and oxygen. electrical energy is converted directly to chemical energy via electrochemical route. De-ionized water is supplied from outside to the anode side of the electrolyzer cell and gets converted into hydrogen and oxygen gas.  This is also known as electrolysis.  

Electrolyzer made by Hycircle Technology ., Co owns advanced technology ensures a balance between thin thickness and conductivity, which use reinforcement layer, apply polymer coating and so on. Three qualified factories and two laboratories do we have now, Which have complete production process to ensure the service life and stable output of the product. If you are interested in our products, welcome to inquiry us.

The following reactions take place within it:

• Anode: 2H₂O → 4H⁺ + O₂ + 4e^-
• Cathode: 4H+ + 4e- → 2H2
• Complete Reaction: 2H₂O → 2H² + O₂

Advantages：
High purity of hydrogen
High efficiency of hydrogen production
Low noise
No corrosion and pollution
regulation of output
technical security

Applications：

R&D
Apply to research laboratories and academic institutions conducting experiments requiring on-site hydrogen generation.

Energy Storage
Widely utilized in renewable energy systems and contribute to grid stability and energy management, which store excess energy in the form of hydrogen for later use.

Fuel Cells
Fuel cell provide energy for backup power systems, portable electronics, or small vehicles, which use hydrogen produced by electrolyzer.

Specialty Gas Production
Used for industries and fields that require small amounts of high-purity hydrogen, such as semiconductor manufacturing, metal processing, or chemical synthesis.

Education and Training
As for educational tool in schools and training centers to study principles of electrolysis and hydrogen production.

Q&A:

1. How safe is the PEM electrolytic cell?

There will be no safety problems for use according to the instructions.

2. How long is the life of the PEM electrolytic cell?

Our products can last for about 20,000 hours.

3. What are the advantages of PEM electrolytic cells over other electrolytic technologies?
   It has the advantages of high energy conversion efficiency, fast response speed, low operating temperature, high gas purity and so on. In addition, its modular design facilitates capacity expansion and maintenance.

4. How to maintain the PEM electrolytic cell to ensure its performance?

You need regular inspection of the status of the membrane, cleaning the electrode and diffusion layer, replace the aging seal, etc. At the same time, the electrolytic cell needs to be kept clean and dry to avoid electrolyte leakage and contamination.