| Customization: | Available |
|---|---|
| After-sales Service: | Long Time |
| Warranty: | 12 Months |
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If you need to know the supply prices of water treatment RO reverse osmosis equipment, purified water equipment, ultrafiltration machine, and water treatment equipment manufacturers, please let us know the following questions.
1. Equipment water production (how much water is needed per hour or per day? Regardless of which water treatment process produces more water, the higher the price)
2. Raw water sources (tap water, groundwater, lake water, river water, wastewater...), except for municipal tap water, it is recommended to provide a water quality report for other water sources. Water sources are not
Similarly, the processing techniques and prices may vary;
3. Water quality requirements for effluent: What is the required electrical conductivity or resistivity, and other water quality requirements? For what industry? Or to what standard?
4. Do we need a quotation for the water tank? (In principle, it should be provided by the user themselves)
5. Do we need a quotation for the water supply and transportation system? (In principle, water supply should be provided by users themselves)
The small-scale water production capacity of our company's pure water equipment is 0.25t/h, 0.5T/H, 1 ton/hour, 2 tons/hour, 3 tons, 4 tons, 6 tons, 5T/H, 8T, and 9T
10T/H, 12T/H The large-scale water production capacity is 15T/H, 20T/H, 25T/H, 30 tons/hour, and 50T/H
The production capacity of large-scale reverse osmosis equipment usually exceeds 20 tons/hour. It uses tap water as raw water, undergoes pre-treatment before RO reverse osmosis treatment and other series of treatments to remove harmful substances such as particles, colloids, organic impurities, heavy metal ions, bacteria, viruses, heat sources, and 99% of dissolved salts from the water. The desalination rate of the system is as high as 96-99%. However, large-scale reverse osmosis induction equipment is also divided into single-stage reverse osmosis and two-stage reverse osmosis (two-stage reverse osmosis). Most industries use single-stage reverse osmosis equipment (first-class reverse osmosis equipment), and the effluent conductivity is ≤ 10us/cm. Industries such as pharmaceutical instruments use two-stage reverse osmosis technology, and the effluent water conductivity can reach 2-5 μ S/cm
1, Water treatment-RO reverse osmosis equipment_ purified water equipment_ ultrafiltration machine water treatment equipment manufacturer Green Health supply process principle:
1. Quartz sand filter: removes a portion of larger solid particles or easily settling impurities from water. By intercepting small particles and impurities in water, the water can be further clarified and purified, resulting in a turbidity of less than 5mg/L. This can remove a large amount of organic matter, bacteria, viruses, etc. from the water as the turbidity decreases.
2. Activated carbon filter: Activated carbon is widely used in domestic water, as well as in industries such as food industry, chemical industry, and electricity. Due to the large specific surface area of activated carbon and the fact that its surface is covered with micropores with an average diameter of 20-30 angstroms (A), activated carbon has high adsorption capacity. In addition, the surface of activated carbon contains a large number of functional groups such as hydroxyl and carboxyl groups, which can be used for chemical adsorption and electrostatic attraction of various organic substances. Activated carbon adsorption utilizes the excess surface energy of molecules on the surface of activated carbon due to uneven force distribution. When a substance collides with a solid surface, it is attracted and stays on the surface of activated carbon, thereby achieving
To decolorize, deodorize, remove heavy metals, various dissolved organic compounds, radioactive elements, etc. Remove harmful substances from water. Water purifying activated carbon filter material with iodine value at
1200 or above has undergone acid washing treatment, with a particle diameter of 8-16 mesh. It can effectively adsorb residual chlorine in water.
3. Softening system: Softening is achieved by the cation exchange resin adsorbing calcium and magnesium ions from the water when it passes through it, thereby achieving softening effect. Generally, due to the high calcium and magnesium ions in local groundwater, reverse osmosis technology is used in the production of pure water equipment. Calcium and magnesium ions can cause blockage of the RO membrane, and the removal of ion components in the water directly improves the service life of the RO membrane.
4. RO reverse osmosis device: Reverse osmosis technology is usually used for desalination of seawater and brackish water; Softening treatment of water; Limestone treatment: Calcium magnesium ion treatment: Wastewater treatment, as well as purification, concentration, and separation of food, electronics, electroplating, pharmaceutical and other industries and direct drinking water. In addition, the application of reverse osmosis technology in pre desalination treatment has also achieved good results. Therefore, saving costs is also beneficial for environmental protection. The low-pressure polyacrylonitrile composite membrane produced by Hydergy Corporation in the United States is used as the main component, with a desalination rate of over 99%. It effectively removes suspended solids, organic colloidal substances, harmful bacteria, viruses, pyrogens and other impurities in water, ensuring that the effluent quality meets national standards.
5. Security filter: The security filter adopts a PP cotton melt blown filter element for filtration. PP cotton can accumulate smaller suspended solids, colloids, pathogens, and other substances to ensure the subsequent RO system
The normal operation of the system. Ensure the safe and hygienic supply of water quality even if the previous process fails.
2, What are the characteristics of our manufacturer's supply of water treatment equipment, including RO reverse osmosis equipment, purified water equipment, ultrafiltration machine, and water treatment equipment?
1. The operation is clear and simple, and can be said to be easy to understand at a glance. With intelligent control, pressing the switch can complete the operation when needed.
2. After being installed and debugged by professional personnel, it can run normally.
3. The reverse osmosis water treatment equipment can achieve fully automatic operation, saving a lot of manpower and reducing the workload
4. Large scale reverse osmosis equipment has the function of free protection and does not require manual monitoring during normal operation
5. Humanized design, with a low-pressure protection switch installed at the inlet of the high-pressure pump. When the pressure of the high-pressure pump is below 0.05, the pressure controller will activate, causing the equipment to stop working,
Ensure the safety of the high-pressure pump and personnel.
6. Slow opening electric valves and high-pressure pressure switches are installed at the outlet of each high-pressure pump group. When the outlet pressure exceeds 2.0Mpa, the pressure controller acts to stop the equipment
Work to ensure the safety of the high-pressure pump, membrane components, and membrane casing.
7. The body of the large-scale reverse osmosis equipment is equipped with various data monitoring, which is clear at a glance
8. Install a set of online conductivity meters on the reverse osmosis main inlet pipe to detect the quality of raw water;
9. Install a fresh water flow meter and a concentrated water flow meter on the reverse osmosis device, and observe the operation status and system recovery rate of the reverse osmosis based on the two flow values.
Product features
1,Online water quality monitoring and control, real-time monitoring of water quality changes, ensuring water quality safety.
2, Fully automatic electronic control program, and optional touch screen operation, convenient to use
3,Automatic shutdown at high water level and automatic startup at low water level, and the equipment foundation can achieve 24-hour unmanned operation
4,The equipment has a wastewater reflux device that can reuse water, improve water utilization efficiency, and save water costs.
5,After startup, the equipment realizes automatic membrane flushing function.
6,No chemical agents required, no sewage discharge.
7,The large-scale pure water system will be arranged in a streamlined layout with a compact structure, and small equipment will be made using an integrated machine, effectively saving system space.
8,The operating and labor costs are low.
9,It can continuously operate water production, with a simple system, convenient operation, and stable product water quality.
10, The pre-treatment filter material adopts a replaceable type, which can effectively ensure the pre-treatment effect, and is easy to replace. The filter material is cost-effective, and the operating cost of water production is low.
11,The installation is simple and the installation cost is low.
Applicable fields
1,Electroplating (using water for gold plating, metal plating, silver plating, electroplating, plastic plating, chromium plating, chemical plating, galvanizing, etc.), PCB/FPC circuit boards, printed circuit boards, ultrasonic cleaning, ultrasonic cleaning, aluminum oxidation, surface polishing treatment of household appliances, electrophoretic paint spraying, surface coating and cleaning of building materials, and other industrial pure water machines and equipment.
2,Polymer materials, chemical agents, soil additives, Sichuan water, Lipin water, Mushan sesame, water-based materials, automotive swimwear, automotive environmental water, automotive urea, river clear oil production, automotive parts, automotive products, automotive anti cleaning, printing and dyeing preparation, etc., are used for cleaning and removing sub water systems, industrial pure water.
3,Electronics industry: ultra pure water production equipment for cleaning solar photovoltaic, monocrystalline silicon, polycrystalline silicon, solar silicon wafers, integrated circuit packaging, chip packaging, glass shells, microelectronics industry, semiconductor chip cutting and manufacturing, semiconductor chips, semiconductor packaging and washing, mobile phone lenses, glasses lenses, contact lenses, LCD displays, optoelectronics, touch screens, picture tubes, and other high-tech precision products;
4,Water for the battery industry: deionized ultrapure water for production purposes such as batteries, lithium batteries, lead-acid batteries, solar cells, capacitor components, anti-static and dust-free cloths, aluminum shell cleaning, electrolysis industry, and new energy electric vehicles;
5,Water for fine chemical industry: wet towel, facial mask, skin care product production, shampoo, hair dye, toothpaste, hand sanitizer, laundry detergent, detergent, deionized water used in the manufacturing process of various cosmetics and washing products;
6,Deionized water devices for high-purity ink, inkjet in fax printers, nano ink, and printed circuit board ink.
7,Water for the pharmaceutical industry: secondary reverse osmosis purified water systems for medical device production, biotechnology, biopharmaceuticals, oral liquid pharmaceuticals, external preparations or diluents, water for pharmaceutical preparations, precision washing water for hospital non sterile preparation equipment, medical blood dialysis, biochemical analysis, purified water devices for infusion, injections, tablets, biochemical products, and extraction solvents for medicinal herbs used in non sterile preparations;
8,Petrochemical industry, such as chemical reaction cooling, chemical agent preparation, paint agents used in the production and processing of chemical materials, and pure water treatment equipment used in cleaning processes, pure water for coating balls, vacuum coating, optical coating, glass product cleaning, high-purity water production equipment for hydrometallurgy and chemical industry, ultrapure water equipment for ultrapure materials and ultrapure chemical reagents, and deionized water equipment;
9,Beverage Factory: Food, purified drinking water, mineral water, jelly, various tea beverages, fruit juice beverages, and
Pure water for Baijiu blending and beer saccharification feeding.
10,Supply water for boilers in the power industry, production of heat, thermal power generation boilers, softened and desalinated pure water required for medium and low pressure boiler water supply in factories, mines, and enterprises, as well as desalinated saltwater required for flower planting, equipment, and textile printing and dyeing processes.
11,Various pure water equipment, deionized water equipment, and ultra pure water systems are used in laboratories and pilot workshops.
12,Various enterprises and institutions with a large number of people, such as communities, real estate properties, schools, factories, hospitals, tea houses, hotels, beauty salons, canteens, etc., provide direct drinking water or domestic water,
13,Reclaimed water and wastewater reuse equipment - Reclaimed water and wastewater reuse in industrial fields such as electroplating, electronic textile printing and dyeing;
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