Price for supplying reverse osmosis ultraviolet sterilization equipment

NegotiableUpdate on 01/17

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Overview

Reverse osmosis ultraviolet sterilization equipment: It is a membrane separation technology that uses pressure as a driving force to select permeable membranes. When the pressure applied in the system is greater than the osmotic pressure of the inlet solution, water molecules continuously pass through the membrane, flow into the central pipe through the water production channel, and then impurities such as ions, organic matter, bacteria, viruses, etc. in the water flow out at one end, which are trapped on the inlet side of the membrane and then flow out at the outlet end of the concentrated water to achieve separation and purification. After ultraviolet sterilization, the required water is produced.

Product Details

Reverse osmosis ultraviolet sterilization equipmentProcess flow:

raw water→原水箱→raw water pump→Multi media filter (Quartz sand filter)→Activated carbon filter→Soft water processor (with scale inhibitor device added)→precision filter→high-pressure pump→First level reverse osmosis（RO）Device→Ultraviolet sterilization device (ozone sterilization device)→Water point

Reverse osmosis ultraviolet sterilization equipmentInstallation and operation:

1Place the reverse osmosis pure water host and preprocessor near the water source and power supply.

2Install filtering materials such as quartz sand, activated carbon, and softening resin.

3Connecting waterways: The inlet of the raw water pump is connected to the water source, the outlet of the pre filter is connected to the inlet of the main unit, and the drainage outlets of the pre processor and main unit are all connected to the sewer through pipelines.

4Circuit: First, reliably ground the grounding wire and connect the randomly provided power cord to the electrical control box in the room.

5Connect water and power sources according to“Preprocessing Operation Instructions”The requirements are to follow the steps and complete the pre-processing and debugging operations.

6Use this machine, turn on the raw water pump switch, set it to the automatic position, and turn on the shutdown switch. Connect the water source and power supply, and when the pressure at the multi-stage pump port reaches the set value of the pressure controller, the multi-stage pump will start working. After the multistage pump is started, adjust the system pressure to0.6～0.8Mpa. * Activate responseROManual flushing of membrane system30minute

Characteristics:

1Under the condition of no phase transition at room temperature, solute and water can be separated, which is suitable for the separation and concentration of thermosensitive substances, and has lower energy consumption compared to separation methods with phase changes.

2The reverse osmosis membrane separation technology has a wide range of impurity removal.

3High desalination rate and water reuse rate, capable of intercepting solutes with a particle size of several nanometers or more.

4Using low pressure as the membrane separation power, the separation device is simple, easy to operate, maintain, and control, and the site is safe and hygienic.

Application:

（ 1 ）Electric power industry: boiler feedwater, cooling dam;

（ 2 ）Electronics industry: semiconductor industry ultrapure water, integrated circuit cleaning water, formula water;

（ 3 ）Food industry: formula water, production water;

（ 4 ）Pharmaceutical industry: process water, formulation water, washing water, injection water, sterile water preparation;

（ 5 ）Beverage industry: formula water, production water, washing water;

（ 6 ）Chemical industry: production water, wastewater treatment;

（ 7 ）Drinking water engineering: preparation of ultrapure water, purification of drinking water;

（ 8 ）Petrochemical industry: deep treatment of oilfield injection water and petrochemical wastewater;

（ 9 ）Desalination of seawater: production and domestic water use in island areas, coastal water scarce areas, ships, seawater oil fields, etc;

（ 10 ）Environmental protection field: Recycling precious metals and water from electroplating rinse water to achieve * or micro discharge.