Reverse osmosis concentrated water recycling method: It is necessary to create a reverse osmosis concentrated water recycling equipment, which is specially designed to filter the concentrated water of reverse osmosis, with a recovery rate of up to 65%.

The method for handling reverse osmosis concentrated water: First, collect the reverse osmosis concentrated water with a water tank (for example, if the hourly concentrated water displacement is 3 tons, use a 3 ton water tank to collect it), and then connect the concentrated water in the water tank to the reverse osmosis concentrated water recovery equipment for desalination treatment through pipelines. The desalinated water is divided into two types, one is tap water (about 65%); One type is highly concentrated saline water (about 35%).

About 65% of tap water can be directly connected to the self supplied water tank of the pure water equipment in use through pipelines, which greatly saves the cost of using tap water. Don't underestimate this value of 65%. If more concentrated water is discharged from the pure water equipment (for example, 0.65 tons of tap water can be recovered after 1 ton of concentrated water treatment, and 6.5 tons of tap water can be obtained after 10 tons of concentrated water treatment), the amount of tap water obtained after treatment by the reverse osmosis concentrated water reuse equipment is proportional to each other.

About 35% of the high salinity concentrated water has no value for recycling, as it has already been re concentrated and has a particularly high salinity. This water can only be used as flushing water in production.

In fact, the concentration of reverse osmosis water is only slightly higher in salt content, and it is cleaner than tap water because the concentrated water has been filtered by the sand and carbon pretreatment system, removing impurities, sand, rust, collagen, and visible substances from tap water.

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