Product Description:
Low Maintenance – High Up-Time,Hydrogen Gas Cryogenic Purifiers,Outlet Purity Of 99.999%+
This cryogenic hydrogen purifier
is designed to purify hydrogen gas, the purification capacity of this unit is 50Nm³/h, which means it can process 50 cubic nanometers of hydrogen per hour.
Cryogenic hydrogen purifiers are typically used for gas purification processes in industrial production or scientific research. In some applications, such as semiconductor manufacturing or fuel cell production, high purity hydrogen is required. By using a cryogenic hydrogen purifier, impurities such as oxygen, nitrogen and water vapor can be removed from the hydrogen to obtain the desired purity.
Gas Purification A gas purifier is a piece of laboratory equipment that consists of an enclosure, intake, vent and exhaust pipes that form a water flow path, and a partition that divides the equipment into several purification chambers. Usually, the lower half Gas purification The chamber is filled with water when in use, and the vent pipe is located underwater to remove harmful gas components and dust through the collision collision of gas and water. A water purification circulation mechanism and a water level positioning mechanism are used to remove impurities from the water and maintain the water level at all times.
Gas Purifier It can be widely used in gas chromatography, elemental analysis, environmental analysis, organic synthesis, inorganic materials, polymer materials, semiconductor materials, fiber optic materials, physical chemistry, food analysis and other laboratory processes.
The purifier has three independent gas path processes, which are targeted to purify the gas from harmful impurities.
For example, a) Water removal. This can be filled with color-changing molecular sieves or color-changing silica gel; b) Removal of hydrocarbons (CH2). It can be filled with activated carbon; c) Removal of carbon dioxide. It can be filled with corrosive asbestos. Depending on the requirements, it can also be used in series to achieve three levels of depth Gas Purification.
Hydrogen purification
Hydrogen purification methods are mainly categorized into Pressure Swing Adsorption (PSA), Cryogenic Separation, Metal Palladium Membrane Diffusion and Metal Hydride Separation.
| Gas to be purified... |
| What flow rate? (Include Units) |
Inlet Purity? |
| 85-95% |
| 95%+ |
| 5N |
| |
|
| Other Outlet Purity |
5N |
| 6N |
| 7N |
| Pressure Range? (PSIG) |
150-600 |
| 600-1999 |
| 2000-3000 |
| Other |
| Operating Hours? |
8 |
| 16 |
| 24 |
| 24/7 |
| Control Type |
Automatic (PLC) |
| Manual (NO PLC) |
| Semi-Automatic (Panel Meters) |
| System Addons |
Oil Removal System |
| Compressor |
| Bulk Gas Storage |
| Explosion-Proof Equipment |
| Gas Drying System |
Features:
Reactor size: small and medium
Maintenance requirements: regular
Specification model: can be customized
Processing method: low temperature condensation, adsorption separation
Features: high purity, high efficiency, low temperature operation, high reliability, easy to operate
Note: Specific performance parameters and features may vary by manufacturer and model.
If you need more detailed information or have any questions about the specific application of cryogenic hydrogen purifier, we recommend contacting our engineers directly for consultation.
Product Tags:
|
|
Cryogenic Hydrogen Gas Purifier Automatic Hydrogen Gas Purification Customized Images
|
