About Gas Separation Catalysts and Adsorbents
PKU PIONEER is capable of producing 10,000 tons of absorbents each year, mainly including an efficient CO absorbent PU1, an efficient oxygenmaking absorbent PU8, an efficient deoxidant PU5, an efficient hydrogenation catalyst PU7, an efficient CO2 absorbent PU10, and an efficient H2 purification absorbent PU12, etc. PKU PIONEER absorbent products are exported to dozens of countries, including India, Spain, The Republic of Belarus, Thailand, Myanmar, Indonesia, the Philippines, South Korea, Zambia, The Kingdom of Bahrain, and Congo.
Efficient CO absorbent PU1
PU1 is a highly selective CuCl/molecular sieve absorbent loaded with Cu developed by PKU PIONEER that has a great absorption capacity of CO, as the core and basis of PSA CO technology.
In virtue of years of experience in the absorbent production, intensified product quality management, as well as continuous improvement and upgrading of absorbent production technology, the performance indexes of CO absorbent PU1 produced by PKU PIONEER have reached a leading level in the world; moreover, the product quality is stable, which provides a reliable basis for meeting the design requirements of PSA CO device.
Efficient oxygen making absorbent PU8
PU8 is a lithiumbased oxygenmaking absorbent developed independently by PKU PIONEER. In 1999, PU8 absorbent was regarded as the Key Project of China Torch Program by the Ministry of Science and Technology of China, and received the certificate of 2001 National New Products Program.
At normal temperatures and pressure, PU8 has a higher absorption capacity of nitrogen than common absorbents, with a high separation coefficient. When the PU8 oxygen making absorbent is applied to VPSA oxygen producing device, the oxygen product yield coefficient will be high, and the feed air to be handled and the nitrogen to be absorbed will be substantially less than those to be handled and absorbed when a common oxygen making absorbent is used. The loads on the air blower and the vacuum pump will be decreased, so will power consumption for the oxygen generation. The economic indicators of oxygen generating plant are raised effectively.
Efficient hydrogen making absorbent PU12
PU12 is a dedicated molecular sieve that has a special absorption capacity as the core of PSAH2 technology. The composite molecular sieve made by traditional means is mixed into 15to 20 percent of binder in line with the need of industrial application, making grains that possess a certain mechanical strength and shape a certain form. However, the introduced binder will reduce the content of effective molecular sieve and congest some of molecular sieve pores, thus lowering absorption capacity and adding to the diffusional limitation.
High Purity for Superior PerformanceOur catalysts and adsorbents feature high purity solid compositions that maximize efficiency in various industrial gas separation units. This ensures consistent, dependable results for industries aiming for optimal separation processes. Employing advanced manufacturing standards, we offer products that meet stringent quality requirements for global clients.
Efficient and Versatile UsageThese gas separation catalysts and adsorbents support all types of gas separation units, making them highly versatile in application. Designed to be non-poisonous and safe for operators, they facilitate industrial processes across various sectors. Their solid form and easy storage requirements at room temperature enhance operational convenience.
FAQs of Gas Separation Catalysts and Adsorbents:
Q: How are these gas separation catalysts and adsorbents typically used in industrial applications?
A: These products are incorporated into gas separation units to selectively adsorb or catalyze reactions, efficiently separating specific gases from mixtures in petrochemical, refining, and chemical production plants, among others.
Q: What benefits does the high purity of the catalysts and adsorbents provide?
A: High purity ensures maximum efficiency and selectivity during gas separation, reducing the risk of contamination and enhancing the longevity and stability of the process, ultimately lowering operational costs.
Q: When should I consider using solid-form gas separation catalysts and adsorbents?
A: Solid-form catalysts and adsorbents should be used when reliable, long-lasting separation performance is needed, particularly in industrial systems where high stability and easy handling are priorities.
Q: Where can these catalysts and adsorbents be stored for optimal preservation?
A: These products can be conveniently stored at standard room temperature, as they are non-poisonous and designed to maintain their effectiveness without special environmental controls.
Q: What is the general process for replacing or regenerating these catalysts and adsorbents?
A: Replacement or regeneration depends on the specific operating conditions; typically, they are either replaced after reaching saturation or regenerated using temperature or pressure swing methods as outlined by equipment guidelines.
Q: How does using your products benefit gas separation operations in an industrial setting?
A: Utilizing our catalysts and adsorbents leads to improved separation efficiency, safer operation due to their non-toxic nature, and reduced equipment downtime, contributing to greater overall cost-effectiveness for industrial facilities.