The size of industrial pure water equipment is mainly determined based on the user's hourly water consumption. The reason for using hourly units to determine the size of the equipment is that the electrical resistivity of pure water will decrease with storage time, so the equipment can be customized according to the amount of water required per hour.

 

This article introduces the reverse osmosis technology for industrial pure water equipment with a water output of one ton per hour. Even with a water output of one ton per hour, its water treatment process is not simple. The reverse osmosis process for industrial pure water equipment is as follows:

 

Raw water quality - booster pump - multi-media filter - activated carbon filter - scale inhibition and dosing device - precision filter - high-pressure pump - first stage reverse osmosis - high-pressure pump - second stage reverse osmosis - edi device - polishing mixed bed - water object.

 

The water quality of different industrial water is different. The water treatment processes for industrial pure water equipment include continuous electrolytic desalination technology, polishing mixed bed technology, ultra pure water technology, and EDI technology.

 

Of course, users have certain requirements for the effluent of the equipment, as well as for the quality of the incoming water. If the quality of the incoming water is too poor, EDI equipment will not be able to enter the EDI device.