MKRO reverse osmosis water treatment equipment

You can find reverse osmosis pure water treatment equipment at your local water treatment equipment provider**. Reverse osmosis pure water treatment equipment is a common household or industrial water treatment equipment that removes impurities, microorganisms, and harmful chemicals from water while retaining minerals and trace elements in the water. Such equipment is often used to improve the quality of water and meet the needs of domestic and industrial water.

When looking for reverse osmosis pure water treatment equipment, you can search for "reverse osmosis pure water treatment equipment" on your local supplier, or you can look for an advertisement for a water treatment equipment supplier in your local yellow pages or book. In addition, you can also consult your local water treatment industry association or organization for information and advice from the best suppliers.

When choosing reverse osmosis pure water treatment equipment, you need to consider factors such as the quality, performance, maintenance, and after-sales service of the equipment. It is recommended to choose a well-known brand, reliable quality, cost-effective, and perfect after-sales service of water treatment equipment manufacturers.

Shaanxi Dean Environmental Protection Technology Co., Ltd. is a comprehensive water treatment enterprise integrating scientific research, design, production, sales, installation and after-sales, production, sales and installation of reverse osmosis equipment, reverse osmosis pure water treatment equipment, etc., you can consult Dean water treatment at any time.

Well done advertising. Why don't you see...

If you need pure water equipment or pure water project**, you can directly consult Pure Water No. 1.

Qinhuangdao Century Source Water Treatment Technology **** is located in the national Qinhuangdao Economic and Technological Development Zone, committed to water treatment.

For more than ten years, it is a high-tech enterprise in Hebei Province integrating scientific research, production and sales.

Century Source products have always played an important role in the field of water treatment, and the scope of services covers all walks of life; Its core product, ultrasonic two-stage intelligent differential pressure filter, is a high-tech product with a number of national patents, and was included in the National Torch Program project in 2010, numbering (2010GH050131); Its main technical characteristics are the perfect combination of high-strength 316L stainless steel sintered mesh with an accuracy of 2 microns and high-pressure backwashing, ultrasonic cleaning, sterilization and scale inhibition, so that the filter screen can be cleaned thoroughly without interrupting the water production, and the initial flux can be quickly restored, without replacing the filter element, fully automatic operation, energy saving and environmental protection, and is well received by experts and users at home and abroad, and the comprehensive technical level is in a leading position at home and abroad.

With its professional quality, leading technology and perfect service, Century Source Company has been fully recognized by customers at home and abroad, and has established a good and long-term cooperative relationship. To be a first-class enterprise, to create a world brand is the goal that the company has always pursued, our company sincerely hopes to cooperate with friends from all walks of life for long-term cooperation and common development.

Nanchang Bishui Deep Blue Environmental Engineering Co., Ltd. is a professional environmental engineering company dedicated to the research and development of water treatment products, equipment manufacturing, air purification engineering installation, commissioning and construction. The company has gathered professional engineering and technical personnel and senior water treatment engineers who have been engaged in the environmental industry for many years, and sincerely provides engineering design, product manufacturing, equipment installation and commissioning and turnkey projects for pharmaceutical, electronics, solar photovoltaic, food and beverage, wine, chemical, power plant, boiler, environmental protection and other industries; Relying on international advanced technology, the company is committed to the design, development, manufacturing and application promotion of water supply and drainage automatic control, circulating water treatment and domestic sewage, wastewater treatment and air purification. It is a member of China Water Supply Advanced Treatment Association and China Membrane Industry Association, a member of Jiangxi Environmental Protection Association, and a private science and technology enterprise approved by Nanchang Science and Technology Bureau.

The quality is not said, the credibility is the most important thing to do after the first level of after-sales.

Generally, reverse osmosis equipment will add a decarbonizer between the first and second levels to remove carbon dioxide in the primary produced water to improve the desalination rate, reverse osmosis water is used in the boiler, some requirements require deaerator, deaerator has vacuum deaerator and sponge iron deaerator, etc., which can be selected according to their different needs.

Deaerator? Ozone Generator ... People are pumping oxygen into it. How do you remove oxygen? If it's for ozone removal, don't worry, because ozone breaks down into oxygen on its own. And you can also change it for ultraviolet sterilization.

If it's for an ozone sterilizer, it depends on the amount of water you produce from reverse osmosis.

The conventional RO is made of TFC (polyamide composite).

What big brother do you want to ask? **Or how to install? After supplementing the questions, sprinkle home you.

The cali filter is fine, and the sewage is discharged once a month, so you don't have to worry about him.

Start-up (the following operating procedures are only applicable to the initial commissioning phase of the device).

The following needs to be checked before starting commissioning (during commissioning or after repair): the entire unit meets the conditions for continuous operation, all valves are closed, and the rectifier is in the "off" state.

Start-up step: Fill the system with water that meets the inlet conditions.

Set the permeate flow.

Determine the brine flow.

Set the brine discharge flow, set the brine inlet pressure, and set the brine outlet pressure.

Start the rectifier.

a.The tubing is filled with water.

Slightly open the permeate valve, permeate drain valve, and brine drain valve. Slowly and partially open the inlet valve and vent it. Close all valves.

b.Debugging steps.

Determine the flow rate of permeate water: open the permeate valve by 10-20%; Slowly open the water supply valve, and adjust the water production valve according to the water production needs to make the water flow rate 3m3 h. Determine the brine flow.

The ** rate of the EDI system of this device is not less than 85%, and once the ** rate is determined, the brine discharge can be calculated as follows:

Concentrated water discharge = water production (1-r) r (r is the ** rate).

The minimum concentrated water flow rate of this device shall not be less than 200L h

Open the concentrated water discharge valve to make the opening 10-20%, open the concentrated water inlet valve, adjust the concentrated water inlet pressure to the bottom of the feed water pressure 2-5psi pressure value, adjust the concentrated water discharge valve to make the flow rate 150L H-250L h (the specific flow rate is determined by the inlet water flow rate and ** rate), repeatedly adjust the opening of the valve, so that the concentrated water outlet pressure is lower than the fresh water outlet pressure 2-5 psi, and the flow rate meets the requirements.

c.Start the EDI switching power supply.

After confirming that the system flow rate is normal, power is supplied to the EDI module and the current is adjusted to suit the quality of the produced water. In general, the direct current provided by the system power supply is a constant current operation, that is, it operates under a given current condition.

The regulation of the current must be done slowly.