Nitrogen Air Separation Plant with Cpacity of 15000Nm3/h
On the basis of introducing and learning the advanced technology from home and abroad and independent research & development, SASPG has developed large air separation plant of capacity of hundred thousand Nm3/h. SASPG could offer the optimized process according to client’s different requirements including low pressure molecular sieve adsorption (vertical radial flow) process, medium /low pressure booster turbo-expander cold generation process, product oxygen internal/external compression process, product nitrogen internal/external compression process, air/nitrogen pressurizing recycling process, liquid expander cold regeneration process, structured packing rectification process, without-using-hydrogen argon production process, rare gas full-recovery process and its automatic off-design load and optimizing control technology. The oxygen recovery rate reaches more than 99.6% and the argon recovery up to 80%. A number of independent innovation technology has been successfully applied in 40000~60000 Nm3/h air separation plants. SASPG has made eye-catching progress in large and medium-sized air separation plant design and manufacturing and has obtained well-proven, complete and advanced air separation technologies with its own special characteristics.
The plant is reliable in operation, advance in process, mature in technology, easy to control, economical in condiguration, safe and low in consumption.
A detailed brochure is attached with our offer which includes our company organization, structures and capabilities, a brief introduction to SASPG follows:
- SASPG was established in 1966
- Plant building covered area – 321715 m2
- Staff - 3000
- Total Assets – 334 Million USD
- Annual Turnover – 300 Million USD
- Production Capacity – 50000 Tons
- Plant capacities – 50 Nm³/hr up to 100000 Nm³/hr
| Product | Output(Nm³/h) | Purity (volume) | Pressure Bar(g) (battery limit) |
| GAN | 15000 | ≤ 3 ppmO2 | 5.5 |
(1) Nm³/h means volume flow under 0℃, 0.1013MPa (A), which is called flow under standard state;
(2) Plant can be stably & reliably operate during 75 -100% of processing feed air;
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3 PpmO2 Air Separation Cryogenic Nitrogen Generation Plant 15000Nm3/H Images
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