Effect of the air-cooling bypass opening on cooling performance.
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During the high-temperature periods in summer within the absorption stabilization zone, the system operates at full load with air cooling; what impact does a large opening degree of the air cooling cross-connections have on the cooling efficiency at this time?
If the dielectric is short-circuited directly, air cooling can no longer serve its cooling purpose.
If the dielectric is short-circuited directly, air cooling can no longer serve its cooling purpose.
It depends on the specific circumstances; don’t make generalizations! In my opinion, indeed some of the circuit will be interrupted, but there will still be some medium that undergoes air-cooling, so the cooling effect will see a significant decline! The temperature is too high after cooling!
To determine the reason for the occurrence of short circuits, we need to consider the resistance. If the value of the secondary circuit is set too high, it will result in increased pressure in the back route. Naturally, some of the flow will also go through the air cooler, which in turn leads to an increase in the temperature after cooling as well as an increase in the pressure at the top of the tower. For more information on this, one can refer to the specifications related to thermal bypass systems; such systems are actually used in many places.
Some air-cooled systems don’t have any secondary lines at all
The last edit to this post was made by CHANGBAISHI on 2017-8-10 at 14:10 :lol This proposal is way too general,,,, In the summer, when the system operates at full load with air cooling, what impact does it have on the cooling efficiency if the opening degree of the air cooling valves is large? Regarding this topic, first of all, does your air-cooled tower seem to serve the absorption tower? ? ? Does the subsequent air-cooled bypass refer to a shortcut for air to flow from behind the air-cooling tower to the absorption tower, or does it refer to the bypass of cooling water in the air-cooling tower? ? ? It’s best to take a screenshot and send it. The so-called shortcut setup process serves two purposes: one is to use the shortcut valve to control pressure, flow rate, and temperature in the main process ； The second is for maintenance without shutting down production (online maintenance). For reference
At the compressor outlet, there is an enriched gas air cooler; the pipeline runs such that the enriched gas passes directly beneath the air cooler before reaching the inlet liquid separator
With the bypass open, some of the high-temperature media do not pass through the air cooler, resulting in a smaller decrease in temperature.
Pump, rich gas, air cooler……These terms are too technical. It would be better to standardize this – what kind of gas is used in the pneumatic compressor? What does \"rich gas\" refer to? Never mind, I’m not participating; it’s too professional.
Too professional – a pneumatic press, what kind of gas? What is rich gas? ? What form does the air cooler take? ? ? Too professional; I’m not participating. Just waiting to learn*:lol