We are one of the crest manufacturers, exporters and suppliers of a wide assortment of Hydrogen Gas Plant. This plant is manufactured using supreme grade components under the proper direction of our experienced team of professionals. In order to ensure its hassle-free functionality, it is stringently tested on several defined parameters. It is available in numerous specifications and is widely used for producing liquid hydrogen that is further used as fuel.This Hydrogen Gas Plant can be availed from us at reasonable prices.
Features of Hydrogen Gas Plant:
- Robust construction
- Hassle-free functionality
- High performance
- Less Maintenance
Process Flow Brief Description of Hydrogen Gas Plant:
Air, after pressurized to the adsorption pressure by air compressor, is fed into adsorbers prior to passing the filtration of refrigerating dryer. The adsorbent is carbon molecular sieves. It is just making use of the property that adsorption amount of oxygen and nitrogen differs on the surface of the carbon adsorbent to adsorb O2 and desorb N2. The opening and closing of the program valves are controlled by the programmable logic controller (PLC) to complete each cycle of adsorption and desorption and then N2 is produced with the required purity. The two adsortbers are in adsorbing and desorbing alternatively to ensure N2 to be generated constantly and steadily.
Special Features of Hydrogen Gas Plant:
- The unit is supplied in a skid-mounted manner, which can be transported and installed easily.
- The quality is reliable and both the N2 purity and quantity are stable. It is full automatic control and no need for operators, easy to start-up and shutdown, simplified and convenient maintenance.
- It is an advanced technology with less investment
- Dew Point at Atmospheric Pressure: -40 Degree C-55 Degree C
- Product Production Capacity:; 5-60000Nm3/h
- Pressure; : 0.1-1.0MPa-g
- Product Purity : 95%-99.999% (v/v)
Specification of Hydrogen Gas Plant:
- Type Model Process Features
- Over-trace H2 ANCH1 Process of over trace H2 hydrogenation: Adopting high-efficiency deoxidation catalyst, and both hydrogenation and deoxidation in a single adsorber.
- Low-trace H2 ANCH2 Process of hydrogenation and deoxidation: Two kinds of catalysts in series with low trace H2 process.
- ANCH3 Low trace H2 and deoxidation process. Adopting high-efficiency deoxidation agent and adsorbent.
- No H2 ANCH4 Process of purification directly: No need hydrogenation in the process of gas generation, and the product is low trace H2 or no H2, but a small quantity of H2 is required by the deoxidation machine for replacement.
FAQs of Hydrogen Gas Plant:
Q: What is a Hydrogen Gas Plant?
A Hydrogen Gas Plant is an office intended for the development of hydrogen gas through different strategies, for example, steam methane changing (SMR), electrolysis, and other hydrogen creation processes.
Q: What are the primary strategies for hydrogen creation in a Hydrogen Gas Plant?
The fundamental techniques for hydrogen creation in a Hydrogen Gas Plant incorporate steam methane transforming (SMR), electrolysis (water parting), and fractional oxidation (POX).
Q: What are the normal utilizations of hydrogen gas delivered in a Hydrogen Gas Plant?
Hydrogen gas created in a Hydrogen Gas Plant has different applications, including fuel for hydrogen power modules, smelling salts creation, petrochemical processes, metal refining, hardware assembling, and that's just the beginning.
Q: How truly does steam methane changing (SMR) work in a Hydrogen Gas Plant?
SMR is a typical technique for hydrogen creation where petroleum gas (methane) responds with steam within the sight of an impetus to deliver hydrogen gas and carbon dioxide as side-effects.
Q: How does electrolysis function in a Hydrogen Gas Plant?
Electrolysis includes passing an electric ebb and flow through water to part it into hydrogen and oxygen gases. This technique requires a wellspring of power, for example, sustainable power or network power.