Do you want to know Difference between high level and low level jet condenser?
you are on the correct track at that point. Here, you can get a thorough comparison of these two devices.
So, I warmly ask you to accompany me and unwind as I fire up this informed ride here at Engineers Rail.
So, without further ado, let’s get started. It would be great to get a quick understanding of these devices before jumping into the article’s title.
Thus, let’s begin…
High-Level Jet Condenser-
High-level high-level jet condensers have a long vertical discharge tube. It lacks a condensate extraction pump, and gravity causes the condensate and cooling water to flow into the hot well.
At the top of the condenser, cooling water is pumped through an injector pump.
Several businesses use the High-Level jet Condenser as a cost-effective way to remove air, exhaust steam, and other vapors from vacuum equipment.
For nearly a century, it has been used in the food sector to refine sugar and process other items like milk and edible oils.
barometric jet condenser is another name for High-level jet condenser.
Low-Level Jet Condenser-
The air pump is at the top of these sorts of steam condensers. A vacuum is produced by an air pump, and this vacuum pulls water from a cooling tower.
The cooling water enters at the top and the steam at the bottom. The steam rises and collides with the cooling water as it lowers.
Related Article- Condenser: Definition, Principle, Types, Working, Advantages
High Level Vs Low-Level Jet Condenser-
The table below outlines some significant variations between these condensers:
| High-Level Jet Condenser | Low-Level Jet Condenser |
| The steam enters at the bottom and rises before colliding with the water coming down for cooling. | Steam and cooling water both enter from different points such as the top and bottom respectively |
| At the very top of the condenser shell, a vacuum is produced Using a vacuum and injector pump, similar to a low-level condenser | The air pump is found at the top of this condenser. The vacuum produced by the air pump takes water from the cooling tower. |
| A large vertical discharge pipe carries the condensate and cooling water into the hot well. | A vertical pipe carries the condensate and cooling water to the condensate pump. |
| The exhaust steam enters from the side of the condenser close to the bottom. | Due to the condensed exhaust steam in the condenser, a vacuum was formed that caused the water to rise. |
| There is no need for extraction pumps | Pumps are required |
Related Article- Jet Condenser- Definition, Types, Application and Advantages
Wrapping Up-
These were a few of the comparisons I drew in the session on the Difference between High Level and Low-Level Jet Condenser.
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You might want to read more about the following associated articles:
Surface Condenser: Working, Types, Advantages and Disadvantages
Difference between Jet condenser and Surface condenser
Condenser and Vacuum Efficiencies: Everything You Need To Know
What’s the Difference between condenser and Evaporator
What’s the Difference between condenser coil and evaporator coil
Eddy Current Testing of Condenser Tubes
Abhishek Tiwary is a blogger by passion and a Quality Engineer by profession. He completed his B.Tech degree in the year 2017. Now working in a reputed firm. He loves to share his knowledge with others.
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