Most Popular Product
PSA-CO and H2 Purification Plant
1000000 USD ($)/Unit
Product Details:
- Computerized Yes
- Automatic Yes
- Purity(%) 99.99% for CO and 99.999% for H2
- Feature High Performance ECO Friendly Low Noise Lower Energy Consumption High Efficiency Low Maintenance Cost
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PSA-CO and H2 Purification Plant Price And Quantity
- 1 Set
- 1000000 USD ($)/Unit
PSA-CO and H2 Purification Plant Product Specifications
- Yes
- 99.99% for CO and 99.999% for H2
- High Performance ECO Friendly Low Noise Lower Energy Consumption High Efficiency Low Maintenance Cost
- Yes
PSA-CO and H2 Purification Plant Trade Information
- 4 Set Per Year
- 6 Months
- Western Europe Central America Australia Eastern Europe Middle East South America Asia North America Africa
- All India
Product Description
The independently developed and produced PSA CO adsorbent PU 1 was granted the Chinese, USA and Canadian patents. PU 1 has ultra high adsorption capacity and selectivity for CO, which are the key features for PSA CO technology which reaches the advanced level in the world.
PKU PIONEER originates the high and low consumption PSA CO technology based on PU 1 adsorbent, achieving the efficient separation of CO from nitrogen, methane and other components, which is of great importance for the carbonyl synthesis industry. This technology won the Second Prize for National Technology Invention.
PKU PIONEEER has designed and constructed dozens of PSA CO plants for the clients, and becomes the highest shares holder in market with the features including low cost of gas product, high purity, high yield, flexibility of feed gas, moderate operating conditions and easy load regulation , which brings much economic earning and market competitiveness to the user.
Wide Applications
PSA CO technology is suitable for any CO rich feed gas.
High Purity and Recovery
The high purity of CO products (up to 99.99) and high recovery (80 to 95) ensure high quality and low cost CO gas product for downstream synthesis.
Ranking 1st in Market Share
PKU PIONEER builds most of the PSA CO plants in China, and holds over 90 of market shares.
Patented Adsorbent
Patented PSA CO adsorbent PU 1 is highly efficient for producing high quality CO.
Technical Applications
PSA CO technology of PKU PIONEER has been successfully applied in ethylene glycol, butyl alcohol, acetic acid, formic acid, oxalic acid, oxalacetate, dimethyl formamide, dimethyl carbonate, TDI and MDI.
PKU PIONEER builds most of the PSA CO plants in the world, including the world's largest PSA plant cluster (20,000Nm3 per hour of O2 product, 20,000Nm3 per hour of CO product and 40,000Nm3 per hour of H2 product), the world's first plant for purifying CO and H2 from calcium carbide exhaust, and the world's first plant for separating CO from blast furnace gas. PKU PIONEER has absolute leading advantages over the others and become the leading one in CO PSA industry.
PKU PIONEER builds most of the PSA CO plants in the world, including the world's largest PSA plant cluster (20,000Nm3 per hour of O2 product, 20,000Nm3 per hour of CO product and 40,000Nm3 per hour of H2 product), the world's first plant for purifying CO and H2 from calcium carbide exhaust, and the world's first plant for separating CO from blast furnace gas. PKU PIONEER has absolute leading advantages over the others and become the leading one in CO PSA industry.
PIONEER Rapid PSA H2 technology can purify H2 from shift gas, coke oven gas, semiwater gas, methanol purge gas, methanol pyrolysis gas, ammonia pyrolysis gas, formaldehyde exhaust, refinery reformed gas, refinery FCC dry gas and refined gas.
Technical Advantages
1. Innovative Process Design
PIONEER innovative Rapid PSA H2 process features shorter period and smaller bed size in comparison with the existing process, which greatly reduces the investment and operating cost.
2. Independently developed Adsorbent
PIONEER independently developed and produced PSA H2 adsorbent has excellent performance indicators and features high capacity and flexibility of feed gas.
3. Outstanding Product Index
The high purity (up to 99.999) and recovery (equivalent to or higher than 90) of H2 products are of great importance for energy conservation and efficiency improvement.
Typical Applications
1. Application in chemical synthesis
Currently H2 is mainly used as intermediate or raw material for chemical synthesis, for example, of ammonia, methanol, ethylene glycol, butyl alcohol and phosgene for further generating TDI and MDI, etc..
2. Application in petroleum refining
H2 is applied in various processes of petroleum refining and petrochemicals, including hydrocracking, catalytic hydrogenation, hydrotreating, hydrodesulphurization and benzene hydrogenation to cyclohexane.
3. Application in modern coal chemical industry
H2 can be used for direct or indirect synthesis of liquid fuels, olefins and other important chemical products, for example, direct coal liquefaction, indirect coal liquefaction (F T synthesis) and coal to substitute natural gas (methanation), etc.
4. Application in reduction
H2 is widely used as reducing gas in heat treatment and production of metal hydride.
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Contact Details
4-5th Floor, New Times Mansion, No. 7 Huayuan Road, Haidian District,Beijing - 100088, China
Phone :86-10-62761818
Fax :86-10-63240288
Send InquiryWhatsApp:
+86 18302355268
+86 18302355268 |
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