PSA-H2 Plant
PSA-H2 Plant is a high-efficiency hydrogen purification solution designed to produce ultra-high purity hydrogen for continuous industrial use. Developed by Beijing Peking University Pioneer Technology Corporation Ltd., a state-recognized high-tech enterprise specializing in VPSA and PSA gas separation, PSA-H2 Plant is engineered for users who require dependable hydrogen quality, strong feed gas adaptability, and a practical total cost of ownership.
Proven PSA-H₂ Technology for Industrial Hydrogen Purification
Engineered and tested across extensive industrial deployments and built on decades of manufacturing expertise in adsorption-based gas separation, PSA-H2 Plant integrates PKU Pioneer’s fast, low-consumption PSA-H2 separation process with independently developed high-efficiency H2 separation adsorbent. This approach enables a simple process configuration with high product purity, high yieldout rate, convenient load adjustment, and lower operating cost, helping users improve energy efficiency and production reliability.
The plant is designed for broad integration across chemical synthesis, refining, and modern coal chemical operations, purifying hydrogen from diverse hydrogen-containing gas mixtures. PKU Pioneer supports complete project delivery from engineering to equipment manufacture and construction, backed by a sophisticated service system and deep R&D capability in adsorbents and catalysts.
Key Features & Specifications
Technology Brief
PKU Pioneer has developed a fast, low-consumption and high-efficiency PSA-H2 separation process by combining the adsorption characteristics of the independently developed and produced high-efficiency H2 separation adsorbent. The PSA-H2 plant has the characteristics of low investment, high efficiency, simple process, high purity of product gas, high yieldout rate, low operating cost, strong applicability of raw gas and convenient load adjustment by using Pioneer’s new PSA-H2 equipment. By using Pioneer’s new PSA H2 separation technology, H2 can be purified from H2-containing gas mixtures such as shift gas, coke oven gas, semi-water gas, methanol purge gas, methanol cracking gas, ammonia cracking gas, formaldehyde tail gas, refinery reformed gas, refinery FCC dry gas, and refined gas.
Typical Applications
For Chemical Synthesis
H2 mainly used as intermediate products or raw materials for chemical synthesis, such as ammonia, methanol, ethylene glycol, and photogas synthesis to further generate TDI, MDI, etc.
For Petroleum Refining
H2 used in processes of petroleum refining and petrochemicals, such as hydrocracking, catalytic hydrogenation, hydrorefining, hydrodesulfurization, benzene hydrogenation to cyclohexane, etc.
Modern Coal Chemical Industry
H2 used for direct or indirect synthesis of liquid fuels, olefins and other chemical products, such as direct liquefaction of coal, indirect liquefaction of coal (F-T synthesis), coal to natural gas (methanation), etc.
Used for Reduction
Used as reducing gas in heat treatment and metal hydride production.
Advanced PSA-H₂ Technology Advantages
PSA-H₂ Plant is designed with advanced process engineering and proprietary adsorbent technology to deliver efficient, reliable, and cost-effective hydrogen purification.
Innovative Process Design
Pioneer’s fast, low-consumption, high-efficiency PSA-H2 separation process successfully solves the existing H2 separation plant’s prevalent problems of high investment, long cycle time and large footprint, significantly improves the PSA-H2 unit’s utilization efficiency and reduces the PSA-H2 plant’s one-time investment and long-term operating costs.
Proprietary High-efficiency Adsorbent
Pioneer independently developed and produced high-efficiency adsorbent for H2 separation, with large adsorption capacity, leading performance index and strong adaptability to raw gas.
Excellent Product Index
High purity of H2 product gas (up to 99.999%) and high yield of the hydrogen plant are important for users to save energy and increase efficiency.
Typical Cases
12,500 Nm³/h VPSA Oxygen Plant for Changjiang Steel
PKU Pioneer successfully commissioned a 12,500 Nm³/h VPSA oxygen plant for Changjiang Steel, helping reduce liquid oxygen dependence and significantly lower blast furnace oxygen enrichment costs. The project was completed in just 73 days and delivers daily savings exceeding $14,285, further strengthening energy efficiency and cost competitiveness for large-scale steel production.
12,500 Nm³/h VPSA Oxygen Plant for Copper Smelting
PKU Pioneer successfully commissioned a 12,500 Nm³/h VPSA oxygen plant for Wuxin Copper, helping eliminate oxygen supply bottlenecks and improve oxygen-enriched smelting efficiency. The project significantly reduced oxygen production costs, enhanced automation capabilities, and supported the customer’s capacity expansion and green metallurgy upgrade.
Blast Furnace Oxygen Enrichment PSA Project
PKU Pioneer successfully commissioned a second-phase 14,000 Nm³/h PSA oxygen plant for Chifeng Yuanlian Iron & Steel, expanding total oxygen generation capacity to 28,000 Nm³/h. The project significantly reduced oxygen production costs, improved operational flexibility, and supported the steel mill’s energy-saving and low-carbon transformation goals.
Key Benefits & Competitive Advantages
Ultra-high hydrogen purity up to 99.999% supports demanding downstream synthesis, refining, and specialty chemical applications.
Wide feed gas adaptability enables hydrogen purification from shift gas, coke oven gas, semi-water gas, methanol purge gas, methanol cracking gas, ammonia cracking gas, formaldehyde tail gas, refinery reformed gas, refinery FCC dry gas, and refined gas.
Lower total project cost supported by low investment positioning, reduced footprint, and a fast, low-consumption separation process designed to improve unit utilization efficiency.
Simple process configuration improves operational reliability and reduces training burden for plant operations teams.
High yieldout rate helps users maximize hydrogen recovery value from hydrogen-containing process gases.
Convenient load adjustment supports variable production scheduling and stable hydrogen supply to downstream units.
Proprietary adsorbent capability improves long-term supply stability and performance consistency, supported by independent development and production.
Project-proven deployment capability demonstrated by typical cases across butyloctanol production, glycol synthesis, and TDI production line hydrogen purification.
Start Your System Design
Reduce dependency on external supply and stabilize your production with VPSA oxygen generation.
Application Scenarios & Use Cases
| Scenario | Industry | Key Benefit | Why This Product |
|---|---|---|---|
| Hydrogen purification from shift gas | Chemical and coal chemical | Improves hydrogen quality for synthesis and utilities | Designed for hydrogen purification from shift gas with high purity up to 99.999% |
| Coke oven gas hydrogen purification | Steel and chemicals co-production | Converts hydrogen-containing byproduct gas into valuable H2 product | Strong applicability to raw gas and proven PSA separation approach |
| Methanol purge gas hydrogen recovery | Methanol and derivatives | Increases hydrogen utilization and reduces vent losses | Compatible with methanol purge gas and supports low operating cost |
| Refinery reformed gas hydrogen purification | Petroleum refining | Supports hydroprocessing hydrogen demand with stable quality | Applicable to refinery reformed gas and designed for continuous industrial operation |
| Refinery FCC dry gas hydrogen purification | Refining and petrochemicals | Upgrades mixed gas streams into useful hydrogen product | Listed feed gas compatibility and high efficiency PSA separation process |
| Ammonia cracking gas purification | Hydrogen supply and chemicals | Produces high purity hydrogen for downstream use | Suitable for ammonia cracking gas with excellent product index |
| Formaldehyde tail gas hydrogen purification | Specialty chemicals | Recovers hydrogen value from tail gas streams | Explicitly suited for formaldehyde tail gas with strong adaptability |
| Hydrogen for reduction in heat treatment | Metallurgy and materials | Provides stable reducing atmosphere gas supply | Hydrogen used for reduction and purification supports process stability |
Solutions for All Your Oxygen Usage Scenarios
Every sector has unique gas needs. We engineer solutions that fit.
Competitive Comparison
| Feature/Aspect | This Product | Typical Alternative |
|---|---|---|
| Hydrogen product purity | Up to 99.999% | Often lower or requires additional polishing steps |
| Feed gas adaptability | ✓ Wide range of hydrogen-containing gas mixtures | Often limited to narrow feed compositions |
| Process efficiency focus | Fast, low-consumption PSA-H2 separation process | Higher energy consumption or less optimized cycles |
| Investment profile | Low investment positioning | Higher capital cost for similar purity targets |
| Footprint and cycle time challenges | Designed to reduce large footprint and long cycle time issues | Common industry pain points remain |
| Operating cost | Low operating cost positioning | Higher total operating cost |
| Load adjustment | Convenient load adjustment | Often less flexible |
| Delivery experience | Typical cases across multiple industries and regions | Fewer comparable references |
Technology & Design Highlights
Fast, Low-Consumption PSA-H2 Separation Process
PSA-H2 Plant applies a fast, low-consumption and high-efficiency PSA-H2 separation process designed to improve unit utilization efficiency and reduce both one-time investment and long-term operating costs. The process is engineered to address prevalent issues in hydrogen separation plants such as high investment, long cycle time, and large footprint, while maintaining stable product hydrogen purity.
Proprietary High-Efficiency H2 Separation Adsorbent
Separation performance is enabled by PKU Pioneer’s independently developed and produced high-efficiency adsorbent for H2 separation. The adsorbent offers large adsorption capacity, leading performance index, and strong adaptability to raw gas, supporting stable purification across varying feed gas sources and operating conditions.
Broad Feed Gas Integration for Industrial Hydrogen Purification
The system is designed for hydrogen purification from multiple industrial gas mixtures, including shift gas, coke oven gas, semi-water gas, methanol purge gas, methanol cracking gas, ammonia cracking gas, formaldehyde tail gas, refinery reformed gas, refinery FCC dry gas, and refined gas. This adaptability supports use across chemicals, refining, and coal chemical value chains.
Product Index Driven Design for Energy Saving and Efficiency
High purity hydrogen product gas up to 99.999% and high yield of the hydrogen plant are core design targets. These indices support users seeking energy saving and efficiency improvement in hydrogen-intensive processes, especially where hydrogen quality directly influences catalyst performance, conversion efficiency, and overall unit stability.
Industry Compliance & Quality Assurance
Beijing Peking University Pioneer Technology Corporation Ltd. was established in 1999 and is a state-recognized high-tech enterprise specializing in VPSA and PSA gas separation and energy-saving and environmental protection technologies, as well as the design, manufacture and engineering construction of complete sets of equipment. The company operates with multiple subsidiaries and maintains an R&D center, pilot base, adsorbent and catalyst production bases, and a Beijing key laboratory of engineering platform, supporting full-cycle capability from materials to complete equipment delivery.
Relying on the College of Chemistry and Molecular Engineering of Peking University and jointly establishing an R&D platform, PKU Pioneer sustains a highly efficient research and development team, rich engineering experience, and a sophisticated service system. The complete set of units developed based on proprietary adsorbents and catalysts supports industrial gas applications across iron and steel, chemical industry, non-ferrous metallurgy, glass and fiberglass, new energy, solid waste, paper making, waste incineration, and water treatment. PKU Pioneer has designed and constructed over 400 large and medium VPSA gas separation and purification plants and projects, with performance indicators reaching the international advanced standard, reinforcing trust in engineering rigor and delivery consistency.
Global Reach & Target Markets
PSA-H2 Plant is engineered for global hydrogen purification demands across chemical synthesis, petroleum refining, and modern coal chemical industries where stable high purity hydrogen and flexible feed gas handling are critical. With extensive successful case studies and rich experience serving clients across multiple regions, PKU Pioneer supports localization-aware engineering, integration, and service delivery aligned with regional industrial standards, plant safety practices for hydrogen systems, and project execution expectations.
East Asia
Southeast Asia
Middle East
Europe
Americas
Customer Success & Experience
Based on decades of manufacturing expertise and long-term specialization in PSA and VPSA gas separation, PKU Pioneer has delivered hydrogen purification solutions built around proprietary adsorbents and field-validated process design. This hands-on experience supports reliable project execution from front-end design to equipment manufacture, installation coordination, and commissioning support, helping customers achieve stable hydrogen quality and efficient resource utilization.
Typical applications include hydrogen purification supporting butyloctanol production in Shandong, glycol synthesis in Xinjiang, and hydrogen purification for a TDI production line in Fujian. These case types demonstrate cross-industry suitability and practical capability to handle different feed gas sources, operating modes, and downstream hydrogen requirements.
Customers benefit from PKU Pioneer’s integrated capability covering R&D, pilot validation, adsorbent production, and complete equipment engineering construction. This end-to-end capability supports repeatable outcomes, dependable long-term operation, and service responsiveness that improves customer satisfaction and encourages repeat orders across multi-phase expansions and new production lines.
FAQ
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