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Month: August 2024

Oxygen generator molecular sieve
Peter Lee

Is the decrease in oxygen concentration caused by molecular sieve?

Of course, if the equipment does not have the above problems, the usual daily maintenance is also good, and the oxygen concentration is still reduced after long-term use, it is necessary to consider replacing the oxygen molecular sieve. Because the oxygen molecular sieve also has a service life, it can be replaced in time after failure, and the oxygen concentrator can resume normal operation.

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Peter Lee

What type of molecular sieve is used for natural gas dry desulfurization?

Natural gas contains acidic components such as hydrogen sulfide, sulfur dioxide and organic sulfur, the presence of which will increase corrosion to pipelines and equipment. At the same time, the combustion of sulfur-containing natural gas will produce odor, pollute the environment and affect people’s health. Therefore, sulfur needs to be removed before application to meet the quality standard. Molecular sieves have the characteristics of selective adsorption. In addition to being used for deep dehydration of natural gas, large-pore molecular sieves can also be used for natural gas desulfurization.

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Indian customer visting our molecualr sieve plant
Peter Lee

Customers who purchase molecular sieves typically have several key concerns?

Purity and Quality of the Sieves: The effectiveness of molecular sieves in adsorption processes depends heavily on their quality and purity. Customers are concerned with the consistency in quality, the uniformity of bead or pellet size, and the absence of impurities.

Performance Specifications: Customers need to ensure that the molecular sieves meet specific performance criteria, such as adsorption capacity, regeneration capabilities, and the ability to handle specific gas or liquid streams.

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Peter Lee

Let we talk about molecular sieve!

Molecular sieves are typically made from materials like zeolites, which are crystalline aluminosilicates. The most common types of molecular sieves are categorized by their pore sizes, measured in angstroms (Å), such as 3A, 4A, 5A, and 13X. Each type is used for different applications depending on the size of the molecules that need to be separated.

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