The Process of Glycol Gas Dehydration

Glycols are organically chosen as dehydrating agents, owing to their stability to thermal and chemical decomposition. They are available at moderate costs; prove useful in continual operations, and easy to regenerate.

Finepac, the premier companies dealing in the manufacturing of a broad array of mass transfer products, mist eliminators, static mixers, etc. offers an overview of the glycol gas dehydration process.

The Process of Glycol Gas Dehydration

When in the liquid state, hydrogen bonding results in the high association between water molecules. The ether groups and hydroxyl in glycols form the same type of association with water molecules. This liquid-phase hydrogen bonding with glycol offers a higher affinity for the absorption of water in glycol.

Out of the four different types of glycols, TEG (Triethylene Glycol) is the most preferred glycol on account of its lower capital and operating costs. Besides, TEG offers technical convenience as well. It is easy to generate TEG to a concentration of 98-99.95% in an atmospheric pressure owing to its high boiling point and decomposition temperature.

About Finepac

Finepac was incepted in the year 1993 to offer the best quality industrial products to meet the diverse industrial demands.

Since then, the company has been delivering excellence through the highest quality products, and services at the most competitive prices across the industry.

Finepac’s product solutions include random packing, structured packing, mass transfer rays, column internals, etc. for several industrial applications, including petrochemicals, pharmaceuticals, oil & gas, food and beverage, and many others.