General Introduction
Working Process
The flow of a typical mobile water treatment system includes:
1. Take water: Water is taken from a source, such as a river or lake, through a filtered intake pipe to remove large debris and solids.
2. Pretreatment: The water is then treated, such as flocculation or precipitation, to remove suspended solids and reduce turbidity.
3. Filter: Water is passed through various types of filters to remove smaller particles, such as sand, activated carbon or multimedia filters.
4. Disinfection: The filtered water is treated with chemical disinfectants (such as chlorine or ozone) or physical disinfection methods (such as ultraviolet radiation) to kill harmful microorganisms.
5. Reverse osmosis: The water is then desalted or removed from dissolved inorganic contaminants by reverse osmosis (RO) or other membrane treatment techniques.
6. Distribution: Treated water is stored in tanks and then distributed to end users via pipelines or trucks.
7. Monitoring: Water quality is monitored throughout the system to ensure that it meets regulatory standards and is safe for use.
8. Maintenance: The system requires regular maintenance and cleaning to ensure optimal performance and service life.
Parameters
| Models |
GHRO-0.5-100T/H |
Material Of Tank Body |
Stainless Steel/Fiberglass |
| Working
Temperature |
0.5-100M3/H |
Three-phase Five
-Wire System |
380V/50HZ/50A |
| 25℃ |
Single Phase
Three Wire System |
220V/50HZ |
| Recovery Rate |
≥ 65 % |
Supply Pressure Of Source Water |
0.25-0.6MPA |
| Desalination Rate |
≥ 99% |
Inlet Pipe Size |
DN50-100MM |
| Pipe Material |
stainless steel/UPVC |
Outlet Pipe Size |
DN25-100MM |
Product features
Below is the advantages of mobile water equipment:
1. Easy to move, no need external electricity;
2. Automatic intelligence, water straight drink;
3. Super load, safe braking;
4. High efficiency noise reduction, rain and dust prevention;
5. Source manufacturers, support customization.
Application Scenarios
The mobile water equipment can be widely used in field operations, earthquake disaster areas, urban emergency water supply, sudden water pollution, flood disaster areas, remote areas, construction sites, military units, etc.