1. Product Description
Working principle
Drinking water treatment plant, the principle is the raw water under high pressure through a reverse osmosis membrane, the solvent water from high concentration to low concentration diffusion to achieve the separation, purification and concentration of purpose, because it is contrary to natural penetration direction, thus says it is reverse osmosis. Reverse osmosis can remove bacteria, viruses, colloids, organics, and more than 98% of dissolved salts. The method has low running costs, simple operation, high degree of automation, water quality and stability and other characteristics, and other conventional water treatment method has obvious superiority, widely used in water treatment related industries.
2. Product Details
List of the whole equipments
1. Pretreatment
a. Raw pump Material: SUS304 Power: 380v/220V,50HZ/60HZ ,1PHASE/3PHASE
b. Multi-media filter
c. Active carbon filter
d. Scale inhibition system
2. Reverse osmosis host Production: 9M3/h Material: SUS304
a. Ultrafilter Model: 5μ/40 Material: SUS304
b. Vertical multistage high-pressure pump Material: SUS304 Power: 380v/220V,50HZ/60HZ ,1PHASE/3PHASE
c. RO putamina
d. RO central control unit
e. pure water flow meter
f. Strong water flow meter
g. pressure gage
h. Low voltage protection switch
i. electrically operated valve
j. rack
l. electrical control system
3. Features
Drinking water treatment plant desalination process is essentially a physical method, it has excellent characteristics of conventional water treatment methods that are not in many aspects:
| 1. Equipment, small footprint, small space is required. | 2. Drinking water treatment plant rely solely on water pressure as a driving force, the lowest energy consumption in many water treatment methods. |
| 3. Reverse osmosis water system can run continuously, the system is simple, easy operation, product quality and stability. | 4. Reverse osmosis unit high degree of automation, operation and maintenance and equipment maintenance workload rarely. |
| 5. Reverse osmosis is at room temperature, using physical means no phase change will contain salt water desalination and purification. At present, ultra-thin composite membrane elements desalination rate can reach 99.5%, and water while removing colloids, organic matter, bacteria, viruses etc. | 6. Both adapted to brackish water, seawater treatment, but also to adapt to low salinity fresh water treatment. Experience in process design company with years of industrial water treatment systems, equipment manufacturing, the system sets and application of membrane technology, selecting appropriate design parameters and process settings to ensure long-term stable operation of the equipment. |
| 1. Preparation of beverage industry, drinking pure water, natural water, mineral water, distilled water, mineral water; | 2. Pure water for food factory, pure water for milk, pure water for fruit juice, pure water for food additives; |
| 3. Pure water for preparation of blending wine produced, pure water for beer saccharification cast materials and pure water for draft beer filtration; | 4. Hotels, buildings, communities, high-quality direct drinking water. |
5. Process
Raw water tank - raw water pump - quartz filter - active carbon filter - security filter - 1st high pressure pump - 1st reverse osmosis filters - 2nd high pressure pump - 2nd reverse osmosis filters - pure water tank - UV lamp -outlet water point
1. Raw water pump-- provide the pressure to quartz sand filter/active carbon filter
2. Sand filter-- get rid of turbidity, suspended matter, organic matter, colloid, ect.
3. Carbon filter--Remove the color, free chloride, organic matter, harmful matter, ect.
4. Security filter--prevent large particles, bacteria, viruses into RO membrane, accuracy is 5um
5. High pressure pump-- Provide the high pressure to RO membrane
6. RO system-- main part of the plant. The RO membrane's desalting rate can reach 99%, removing over 99% ions
6. Photo Show
