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Ultra Filtration System for Suspended Solids Removal
Description
Specifications :
- One No. of Feed Pump
- One Set of chemical Dosing System at inlet
- One Set of Ultra Filtration Module
- One set of necessary Valves
- One Set of sensors and monitors
- One set of Automatic/Semi-Automatic Controller for system
- One Set of Pressure Gauges
- One No. of Backwashing Pump
- One set of chemical dosing system during backwashing
Salient Features :
- Effective for removal of suspended solids, Colloidal matter, High Molecular Weight Substances, bacteria and viruses
- Automatic/Semi-automatic operation
- Sensors to monitor/safeguard the system
Applications :
- Pretreatment to RO system (brackish and seawater applications)
- Purification of surface and well water for potable applications
- Filtration of industrial water
- Tertiary treated wastewater recycle and reuse
Note
- 1. Dosing of suitable coagulant will provide more effective filtratio
Some Of Our Standard Models :
| Name | Capacity (LPH) |
|---|---|
| ULF-0500F | 500 |
| ULF-1000F | 1000 |
| ULF-1500F | 1500 |
| ULF-2000F | 2000 |
| ULF-3000F | 3000 |
| ULF-5000F | 5000 |
| ULF-7500F | 7500 |
| ULF-10000F | 10000 |
Frequently Asked Questions
An ultrafiltration system is a membrane-based water treatment technology that removes suspended solids, colloidal matter, high molecular weight substances, bacteria, and viruses from various feed water sources. The membrane acts as a physical barrier, allowing only clean water to pass through while retaining contaminants. H2OMSPL's ultrafiltration systems are built for both industrial and potable water applications, achieving a consistently low Silt Density Index at the outlet. Standard models are available from 500 LPH to 10,000 LPH to suit different capacity requirements.
An ultra filter water treatment system is used across a wide range of applications where consistent removal of suspended and biological contaminants is required. H2OMSPL's ultrafiltration systems are commonly used as pre-treatment for reverse osmosis in brackish and seawater applications. They are also used for purification of surface and well water for potable use, filtration of industrial process water, and tertiary treated wastewater recycling and reuse. The system's ability to handle diverse feed water sources makes it a reliable choice for both municipal and industrial facilities.
H2OMSPL's ultrafiltration system is designed for straightforward, low-intervention operation. It comes equipped with a feed pump, chemical dosing system at the inlet, pressure gauges, and a full set of sensors and monitors to safeguard the system during operation. An automatic or semi-automatic controller manages the process, reducing the need for constant manual oversight. A dedicated backwashing pump and chemical dosing system during backwashing ensure the membrane stays clean and maintains consistent performance. This makes the system practical to run even in facilities without large water treatment teams.
H2OMSPL's ultrafiltration system is built to work with a variety of feed water sources, making it suitable for different industrial and municipal environments. It can process surface water, seawater, well water, and biologically treated wastewater. Each of these sources carries different types and concentrations of contaminants, and the UF membrane is designed to handle them effectively. For feed water with higher turbidity or particulate load, dosing a suitable coagulant upstream can further improve filtration efficiency and protect membrane performance over time.
H2OMSPL's ultrafiltration system is built with long-term, uninterrupted industrial operation in mind. The system includes dedicated sensors and monitors that continuously track performance and flag issues before they become failures. Automatic and semi-automatic control options reduce dependence on manual intervention during daily operation. The built-in backwashing pump and chemical dosing during backwash keep the membrane clean and extend its operational life. Combined with a chemical dosing system at the inlet and a complete set of valves and pressure gauges, the system is designed to run consistently with low maintenance overhead.