Location:
Central Asia
Project Type:
Hydrogen Production Unit (PSA Technology)
Scope:
Engineering, Procurement and Construction
The project involves the construction of a hydrogen production unit utilizing PSA (Pressure Swing Adsorption) technology for efficient separation and purification of hydrogen from feed gas streams. The facility is designed to process feed gas at high pressure and deliver high-purity hydrogen suitable for industrial and petrochemical use.
The system ensures stable and continuous hydrogen production with optimized recovery rates and advanced adsorption cycles. The unit was implemented as part of an ethane cracking plant, with technology supplied by Linde Engineering.
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The PSA unit operates using multiple adsorber vessels working in cyclic sequences to ensure uninterrupted hydrogen production. The system effectively removes impurities and maintains consistent performance under high-pressure conditions.
Technical Parameters:
Technology: Pressure Swing Adsorption (PSA)
Feed gas capacity: 10,706 Nm³/h
Feed gas pressure: 32.0 kg/cm²(g)
Hydrogen production: 5,683 Nm³/h
Product pressure: 31.3 kg/cm²(g)
Hydrogen purity: 99.975% H₂
Hydrogen recovery: 70%
Number of adsorbers: 5 units
Operation mode: Continuous duty
- High-purity hydrogen production (99.975%)
- Efficient recovery and optimized gas utilization
- Reliable continuous operation under high-pressure conditions
- Proven PSA technology from a leading global supplier
- Seamless integration into petrochemical processing infrastructure
- Enhanced operational efficiency and long-term reliability
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