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The output of an alkylation unit is highly dependent on the coolant temperature; however, most units have insulation measures in their coolant circulation systems to prevent the coolant temperature from being affected by the ambient temperature. In the northeast, winter temperatures can drop to minus 20 degrees, while summer temperatures can reach plus 30 degrees. A type of insulation that can be easily removed and reinstalled can be designed; the insulation is removed in winter and installed again in summer. 1. Advantages: In winter, the surrounding environment can be utilized to cool the refrigerant, lowering its temperature and increasing its volume, thereby boosting production capacity. In summer, it can prevent heat loss. 2. Disadvantages: The refrigerant circulation system is relatively large, making it troublesome to assemble and disassemble. Petrochemical Sector – Innovative Ideas for Energy Saving: “Creative Thinking” Campaign (the second phase of this campaign is currently in progress). http://bbs.hcbbs.com/forum.php?mod=viewthread&tid=1666758 (Source: Haichuan Chemical Industry Forum)
:lol:lol:lol Thank you for your support!
The operability is fine, but the temperature isn’t very stable, making it difficult to control
Well, that’s true; then adjustments need to be made to reduce the impact of the ambient temperature.
I also think that temperature has a significant impact and makes the operation more difficult. If you replace the insulation with a sleeve, the material is still susceptible to temperature effects; what if other substances are used from the outside to control it?
It doesn’t have much of an impact; we started work last winter without proper insulation for the refrigerant system, and operating it wasn’t difficult