How effective are vinyl chloride screw compressors?
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This post was last edited by sunjl1981 on 2013-1-7 00:07. Nowadays, most new PVC production units use screw compressors designed specifically for vinyl chloride; it is unknown what the performance of these compressors is like, what shortcomings exist in their use during production, and how they can be improved I hope member users can upload some materials. # hcbbs
In our company, an operator’s carelessness in not draining water in time almost led to the destruction of the screw compressor. . . . Screw compressors must never be operated with liquid present. . . . . . . . . .
I support the view expressed on the second floor: screw compressors operate very stably when used for compressing vinyl chloride, but the water removal process prior to that is not effective, which causes significant corrosion to the equipment
Our factory has seen excellent results with it, and no problems have occurred
There haven’t been any problems in our factory either, but oil has been flowing back into the filter at another factory.
Screw compressors operate very stably in the compression of vinyl chloride, representing the future direction for its transportation, with their transport capacity continuing to increase.
It is recommended to cool and dehydrate first, then dry with barium hydroxide; just be careful to handle the alkaline wastewater
Poor water removal can cause damage, as can excessive impurities; low oil temperature that hinders flow can also lead to damage.
It is indeed true that oil can flow back to the front filter.
From a long-term perspective, it is still recommended to use screw compressors. Our company began using screw compressors in the third phase of its chlor-alkali project, and their performance has been stable; now we are planning to purchase 4 more screw compressors for a new project