| Place of Origin: | China |
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| Brand Name: | Ally Hi-Tech |
| Price: | Negotiable |
| Packaging Details: | Seaworthy Package |
| Design Service Life: | More Than 10 Year | Turndown Ratio: | Step Capacity Adjustment |
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| Delivery: | Pre-fabricated Skid/modules | On-site Service: | Senior Engineers Available To Site; Field Supervision; Planned Drop By; Remote Video/email Support |
| High Light: | hydrogen manufacturing unit,hydrogen generation plant |
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Safety SMR Hydrogen Plant , Hydrogen Generation Plant By Natural Gas Steam Reforming
How Does SMR Plant Work
Steam methane reforming (SMR) associated with the PSA purification technology is the most economical and environmental and robust process for the hydrogen generation in the worldwide. It dominates the hydrogen demand in worldwide.
The natural gas or LPG is desulphurized and mixed with steam and converted into the syngas in the natural gas-fired reformer. Then, syngas is cooled down and fed to a CO-shift converter where the CO is further converted into the CO2 and extra hydrogen. The resulting gas is further cooled down to the ambient temperature, and then a PSA unit is used to separate hydrogen from other gaseous compounds.
Features of SMR Plant
• Design for long lifetime. Commonly, the design service is greater than 10 years.
• High quality and safety standards. The design strictly follows the applicable standards and regulations to satisfy the requirements of the safety and quality.
• Fully operation automation. Fully automation is developed to reduce the manpower.
• Prefabrication in skid or modules. Most of the site works are completed in workshop to ensure their qualities and reduce the site installation loading.
Performance of SMR Plant
| S/N | Name | Index |
| 1 | Feedstock | Natural gas, LPG |
| 2 | Hydrogen Capacity | 200 to 600 Nm3/h |
| 3 | Hydrogen Pressure | Typically 15 barg; up to 30 barg |
| 4 | Hydrogen Purity | Typically 99.99 vol.%; up to 99.9999 vol.% |
Application of SMR plant
This scale SMR hydrogen plant is dedicatedly developed for the small-scale hydrogen demand, such as pharmaceuticals, chemicals, floating glass, hydrogen filling stations.
