Are you in the market for a glycol contact tower? If so, you may be wondering what exactly a glycol contact tower is and what it can do for your business.
In this post, we'll provide an overview of what a glycol contact tower is, explain the benefits of using one, and the types available.
- What are Glycol Contact Towers?
- Types of Glycol Contact Towers?
- How do Glycol Contact Towers work?
- What are the benefits of using a Glycol Contact Tower?
What are Glycol Contact Towers?
A Glycol contact tower is the primary component of a dehydration system since it is used to convey gas water away from the gas by circulating glycol. A pressure vessel has an integrated scrubber and absorber section, as well as separate requirements for the tower to operate effectively.
Contact towers functions to contact lean glycol solution with the wet inlet gas. Various contact mechanisms can be employed with the most commonly used are bubble cap trays.
Types of Glycol Contact Towers?
There are several different types of glycol contact towers, each with its own benefits and drawbacks. Some common types include:
Open loop glycol towers:
Open-loop glycol towers are the most commonly used type of tower. They are simple in design and relatively easy to operate. However, they are not as efficient as other types of towers and can require more glycol.
Closed loop glycol towers:
Closed loop glycol towers are more efficient than open loop towers, but they are also more complicated and expensive.
Hybrid glycol towers:
Hybrid glycol towers are a combination of both open and closed loop towers. They offer the benefits of both types of towers but are more expensive than either one.
No matter what type of glycol contact tower you use, it is important to regularly maintain it to keep it operating properly. This includes checking the level of glycol and adding more than needed. It is also important to check for leaks and repair them as soon as possible.
How do Glycol Contact Towers work?
Glycol contact towers work by circulating glycol through the tower. This removes water from the gas, preventing corrosion and degradation of equipment.
The glycol also acts as a heat exchanger, cooling the gas as it passes through the tower. This is important in preventing condensation and freezing of the gas.
In order to operate effectively, glycol contact towers must be regularly maintained. This includes checking the level of glycol and adding more as needed. It is also important to check for leaks and repair them as soon as possible.
What are the benefits of using a Glycol Contact Tower?
There are several benefits to using a glycol contact tower, including:
-They prevent corrosion and degradation of equipment.
-They act as a heat exchanger, cooling the gas as it passes through the tower.
-They are relatively easy to operate and maintain.
Overall, glycol contact towers are an important part of a dehy system. They help to prevent corrosion and degradation of equipment, and can improve the efficiency of the system by removing water from the gas. While they can be expensive to purchase and maintain, their benefits outweigh their drawbacks.
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We leverage the field expertise of our design and engineering group together with our diversified manufacturing capabilities to deliver a broad range of innovative surface production equipment - including Separators, Treaters, Free Water Knock Outs, Bulk and Test Packages, Indirect Line Heaters, Gas Production Units, Gas Dehydration Units, Glycol Contact Towers, Vapor Recovery Towers, Oil Stabilizing Towers.