High Quality Electrolyzer of Hydrogen Generator

• Separator Type: Carbon Paper
• Negative Materials: Carbon Fibre
• Electrolyte: Carbon Fibre
• Model NO.: SSI-GH
• Cathode Materials: Carbon Fibre
• Type: Gdl
• Product Name: Electrolyzer of Hydrogen Generator
• Sample: Available
• Transport Package: Boxed
• Specification: Carbon Fibre
• Trademark: SSI-GH
• Origin: China
• HS Code: 8421919013
• Production Capacity: 1000000 Square Meters/Year

Product Description

The self-developed 1200Nm³/h alkaline electrolysis water hydrogen production device has reached the internationa advanced level in main technical indicators such as single unit hydrogen production, electrolysis efficiency, current density, etc. , Bipolar plate and pole frame processing are fully autonomous and controllable.
 

System composition of alkaline water electrolysis hydrogen production device-Hydrogen production frame

Gas-liquid separation system, to obtain raw hydrogen (purity 99.8%) and oxygen (purity 99.25%)Include:heat exchanger;separator;washer;alkali liquor circulating pump;measuring meter, etc.

 

System composition of alkaline water electrolysis hydrogen production device-Purification frame

Hydrogen purification system to obtain hydrogen (purity 99.999%) Include:deaerator;gas-water separator;dryer;measuring meter

 

System composition of alkaline water electrolysis hydrogen production device-electronic control system. Provide DC power supply, low voltage power supply, system control

High and low voltage power distribution cabinet


Power transformer


Rectifier transformer


Rectifier control cabinet

System composition of alkaline water electrolysis hydrogen production device-auxiliary system


Water tank and alkali mixing tank


water purification machine

cooling tower

 

PEM electrolyzer 

 

Tne PEM electrolyzer has high current ensity and large active area.The scale of a single cell breaks through the MW level. It is small in size high in efficiency, high in hydrogen purity, and flexible in operation.It can be perfectly coupled with wind, light and other renewable energy sources.

It is mainly composed of an electrode and a proton exchange membrane. With pure water as the electrolyte, the water molecules are decomposed into H+ and O2 on the anode, and H+ passes through the membrane to the cathode, where H2 is generated.