Water Treatment System
UF Water Treatment Equipment
The raw water can be ground water, sea water, tap water or other water source, we choose suitable purify system based on raw water analysis report. The capacity usually from 1T up to 200T per hour.
Description
1.Multi-media filter
Principle: pressurized filtration
Application: solid-liquid separation
Style: vertical
Performance: precision filtration, high-efficiency filtration
Applicable objects: water
Applicable object properties: weakly corrosive, low-temperature materials, materials with high hygiene requirements
Filter material type: multi-media
Filter type: vertical
Design pressure: ≤0.6MPa Main material: 304/316L stainless steel
Scope of application: water treatment, pharmaceuticals
Dimensions: to be customized according to production capacity and water quality
The interior can be filled with quartz sand, activated carbon or resin fillers.
Different fillers have the functions of intercepting particulate matter, absorbing residual chlorine, reducing oxygen consumption or reducing water hardness.
Manual control or fully automatic control can be used according to user requirements.
Application: solid-liquid separation
Style: vertical
Performance: precision filtration, high-efficiency filtration
Applicable objects: water
Applicable object properties: weakly corrosive, low-temperature materials, materials with high hygiene requirements
Filter material type: multi-media
Filter type: vertical
Design pressure: ≤0.6MPa Main material: 304/316L stainless steel
Scope of application: water treatment, pharmaceuticals
Dimensions: to be customized according to production capacity and water quality
The interior can be filled with quartz sand, activated carbon or resin fillers.
Different fillers have the functions of intercepting particulate matter, absorbing residual chlorine, reducing oxygen consumption or reducing water hardness.
Manual control or fully automatic control can be used according to user requirements.
Multi-media filters are widely used in water treatment processes. They are made of sanitary stainless steel and can be used alone, but most of them are used as pre-filtration for deep water treatment (exchange resin, electrodialysis, reverse osmosis, ultrafiltration).
Multi-media filters are commonly used pre-treatment devices for deep water purification. Different filter materials can be added according to process requirements.
The filter material of the multi-media filter should have sufficient chemical stability, and the flow rate and filter layer design must be reasonable to achieve ideal use and cleaning.
2.Hollow ultrafiltration system
Principle: pressurized filtration
Application: solid-liquid separation
Performance: high-efficiency filtration
Applicable objects: water
Applicable object properties: weakly corrosive, low-temperature materials, materials with high hygiene requirements
Filter type: vertical
Design pressure: ≤0.4MPa
Main material: PVC PVDF
Application scope: water treatment, pharmaceuticals
Dimensions: to be customized according to production capacity and water quality
Water output: 2-200m³/h
Application: solid-liquid separation
Performance: high-efficiency filtration
Applicable objects: water
Applicable object properties: weakly corrosive, low-temperature materials, materials with high hygiene requirements
Filter type: vertical
Design pressure: ≤0.4MPa
Main material: PVC PVDF
Application scope: water treatment, pharmaceuticals
Dimensions: to be customized according to production capacity and water quality
Water output: 2-200m³/h
Compared with traditional water treatment systems, ultrafiltration membranes have the characteristics of excellent effluent quality, smaller footprint, lower energy consumption, stronger and more reliable membranes, rapid renovation and expansion, simple operation and management, etc., and have been widely used in municipal and industrial water supply plants, sewage plants and reuse water plants.
- PVDF ultrafiltration with large permeability coefficient has excellent energy-saving effect;
- Small backwash water volume, thus saving water resources;
- External pressure filtration process provides balanced inlet flow distribution and solid load and prevents clogging of hollow fiber membrane fibers;
- Ultrafiltration membrane ensures the production of high-quality water to meet strict treatment requirements;
- High solid tolerance, able to cope with high turbidity shock loads and high doses of flocculants;
- Lower chemical agent usage;
- Compact membrane components and simple membrane stack design, which can realize online monitoring and maintenance;
- Compatible with other external pressure ultrafiltration and microfiltration systems
3.Ozone sterilization system
Principle: Mixing pump + pipeline mixing
Purpose: Mix water and ozone
Performance: The mixing effect far exceeds the traditional oxidation tower method
Applicable objects: Water
Applicable object properties: Weakly corrosive, low-temperature materials, materials with high hygiene requirements
Filter type: Vertical
Design pressure: ≤0.4MPa
Main material: 304/316L
Scope of application: Beverages and packaged drinking water
Water output: 2-60m³
This ozone mixing system adopts a mixing method that combines “gas-liquid mixing pump + pipeline mixing” to ensure that the ozone mixing efficiency is greater than 90%, which can effectively reduce system energy consumption and accurate ozone mixing concentration. At the same time, the equipment occupies a small area and has relatively low requirements for the factory building.
Purpose: Mix water and ozone
Performance: The mixing effect far exceeds the traditional oxidation tower method
Applicable objects: Water
Applicable object properties: Weakly corrosive, low-temperature materials, materials with high hygiene requirements
Filter type: Vertical
Design pressure: ≤0.4MPa
Main material: 304/316L
Scope of application: Beverages and packaged drinking water
Water output: 2-60m³
This ozone mixing system adopts a mixing method that combines “gas-liquid mixing pump + pipeline mixing” to ensure that the ozone mixing efficiency is greater than 90%, which can effectively reduce system energy consumption and accurate ozone mixing concentration. At the same time, the equipment occupies a small area and has relatively low requirements for the factory building.
4.Stainless steel sanitary water tank
Purpose: buffer
Applicable object: water
Applicable object properties: weakly corrosive, low-temperature materials, materials with high sanitation requirements
Filter type: vertical
Design pressure: ≤0.4MPa
Main material: 304/316L
Scope of application: beverages and packaged drinking water
Capacity: 200L-50 tons
Applicable object: water
Applicable object properties: weakly corrosive, low-temperature materials, materials with high sanitation requirements
Filter type: vertical
Design pressure: ≤0.4MPa
Main material: 304/316L
Scope of application: beverages and packaged drinking water
Capacity: 200L-50 tons
It is mainly composed of the following equipment: Pre-treatment System (multi-medium filter, active carbon filter, micro filter), membrane separation System (Ultrafilter, RO System), sterilization System (UV device, ozone device), and so on.
Applied scope:
Pure water, mineral water, spring water
Water for food and beverage process
Pure water, mineral water, spring water
Water for food and beverage process
Product Parameter
| Description | Material | Filter element | Function |
| Booster pump | SUS304 | / | To pump raw water into pre-treatment tanks |
| Quartz sand filter | SUS304 | Coarse sand, Medium sand, Fine sand | To remove metal and large particles in water |
| Active carbon filter | SUS304 | Quartz sand, Active carbon | To absorb color and foreign smell in the water |
| Precision filter | SUS304 | PP film | To filter the water before entering reverse osmosis and protect the RO membrane |
| Reverse osmosis | SUS304/FRP | 8040/4040 membrane | To reduce the salt in water |
| UV sterilizer | SUS304 | UV lamp | To kill the bacteria in water |
| Pure water storage tank | SUS304 | / | To store pure water |
| Ozone machine | / | Ozone generator | To kill the bacteria in water |