Water Purification 3 ton of double-stage reverse osmosis equipment for Drinking Water Treatment

Water Purification 3 ton of double-stage reverse osmosis equipment for Drinking Water Treatment

Application

1,Electric power industry: boiler make-up water, cooling water dam.

2,Electronics industry: semiconductor industry ultrapure water, integrated circuit cleaning water, formula water.

3,Food industry: formulation water, production water.

4,Pharmaceutical industry: process water, formulation water, washing water, water for injection, sterile water preparation.

5,Beverage industry: formulation water, production water, washing water.

6,Chemical industry: production water, wastewater treatment.

7,Drinking water project: ultrapure water preparation, drinking water purification.

8,Petrochemical industry: oilfield injection water, petrochemical wastewater treatment.

9, desalination: island areas, coastal water-scarce areas, ships, seawater oil fields and other production and living water.

10,Environmental protection: precious metals and water recovery in electroplating rinsing water to realize zero or micro-discharge.

Parameter Table

Key Characteris

The 1-ton reverse osmosis equipment adopts sufficient pressure to make the solution salt in the raw water separate out through the reverse osmosis membrane. Reverse osmosis method can adapt to all kinds of salt content of raw water, and can obtain good technical and economic benefits. 1 ton reverse osmosis equipment has a high desalination rate, high recovery rate, stable operation, small footprint, easy operation, and 1 ton reverse osmosis equipment removes most of the organic matter and bacteria while removing salt.

Maintenance

The compatibility between the agent and the agent should be considered, and secondly, the compatibility between the agent and the membrane material should be considered. For example, coagulants, coagulation aids, biocides, reducing agents and scale inhibitors are often used simultaneously in RO systems. Since limbs in natural water are generally negatively charged, positively charged cationic coagulants are often used. In order to prevent scaling of the R0 unit, the feed side of the RO is almost always considered for the application of scale inhibitors, which are almost always negatively charged. Therefore, the reaction between cation-type coagulants and anion-type scale inhibitors should be avoided to prevent the colloidal compounds generated by the reaction from being deposited on the membrane surface.

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