Cryogenic Air Pre-purification
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Overview
Air separation plants use cryogenic air separation technology to bring gas streams to extremely low temperatures, which allows plants to separate various gases by the condensation point. Gas that is cryogenically separated needs to have extremely low levels of water, carbon monoxide, and carbon dioxide in the stream to prevent freezing and blockage.
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HYD10A 13X (4X8, 8X12) Molecular Sieve
HYD10A is manufactured to deeply dehydrate feed gas prior to cryogenic separation by removing water, carbon dioxide, and other contaminants from feed gas. The removal of these contaminants will allow the feed gas to be further separated into the desired product stream. This molecular sieve has an ideal selectivity for removing impurities that can freeze or block cryogenic separation processes.
• used to deeply dehydrate feed gas
• capable of removing water, carbon dioxide, hydrocarbons, and more
• allows gas to be further separated or otherwise used in compressors
• offers an advantageous adsorption capacity for a wide range of impurities
HYD10B 13X Molecular Sieve, Beads and Pellets
HYD10B is specially manufactured to remove chlorides from feed streams. This chloride adsorbent is ideal for removing traces of hydrogen chloride and offers a high dynamic capacity for HCl removal in commercial applications. This product offers a high equilibrium capacity and a high rate of chloride removal.
- • used to remove chlorides such as HCl and other contaminants
- • does not produce green oil or support the formation of organic chlorides
- • prevents harmful chlorides from corroding and damaging equipment
- • offers a high capacity and rate for HCl scavenging
- HYD10D is specially manufactured for air prepurification units to selectively remove water from feed gas. This dehydration process creates a deeply dehydrated air stream that is suitable for use in cryogenic air separation processes. This molecular sieve offers high adsorption capacity, ideal adsorption kinetics, and comes in a variety of bead sizes to help optimize mass transfer characteristics and optimize operations.
• used to deeply dehydrate air feed streams
• capable of dehydrating air streams to cryogenic separation specification
• allows air to be used in compressors and pneumatic equipment
• offers optimized adsorption kinetics
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Email info@hengyeinc.com for more information.