About UF Plant
ULTRA FILTRATION
Ultrafiltration is considered more effective as compared to traditional waterfiltration. It removes high molecular weight substances, colloidal materials,polymeric materials, organic and inorganic materials.
UFmembranes used to remove high molecular-weight substances, colloidal materials,silt, turbidity, organic / inorganic polymeric molecules, algae, particulatematters, suspended solids and all microorganisms from Water &Wastewater. Ultra filtration is a kind of membrane filtration which worksthrough pressurized water flow. In this process, feed water is pumped to themodules with high pressure, depending upon the pore size of membranescontaminants are rejected.
Ultra filtrationplant is designed on the basis of 4 membranes or modules which are:
- Spiral woundmodule which less expensive yet more sensitive to pollution and consistingconsecutive layers of large membrane
- Plate and framemodule: combination of plates and membranes to improve the bad quality of water
- Tabular membrane:it is not compact and very costly as compare to others fluids dischargeactivities.
- Hollow fibermembrane: containing small tubes or fibers to carry out "inside-out"and "outside-in" filtration process
Working Principle
Ultrafiltration is a unique pressure-driven physical separation process in which thewater is passed through porous (partially permeable) membranes with pore sizesin the range of 0.1 to 0.001 micron. These membranes are in the form of longhollow fibers. The result is high pure water free from physical andbiological contamination. Ultra filtration is not fundamentally different frommicro filtration or neon filtration, except in terms of the size of themolecules it retains. Ultra filtration is utilized in two different operationalmodes such as Dead-End and Cross-Flow.
In Dead-Endultra filtration process, without circulation overall quantity of feed water ispressed through the membrane module; whereas, in Cross-Flow process the feedwater passes parallel to the membrane face, one part is passed through membraneand other part is re-circulated to create turbulence over the membrane.
Features
- Low foulingHydrophobic UF membrane.
- Excellentfilter performance with high flux.
- Highremoval efficiency of bacteria and viruses.
- Periodicallyback washed and air scoured for consistent performance
- Simple,vertical, modular design allows low cost, compact systems.
- Fullyautomated control system for back washing process.
- Advancedcustom designed Control Cubicle.
- Stainless/ carbon steel equipment frame
- Controlpanel with standard PLC and HMI interface mounted on equipment frame.
- Allalarm and shut down conditions are indicated on the control interface.
- Permeate,back pulse pumps, membrane aeration blowers and associated valving mounted onequipment frame.
Applications
- Pre& Post Treatment for RO Plant
- CoolingTower makes up & blows down Water Treatment
- DrinkingWater
- WaterFor injection (WFI)
- Wastewaterrecycling
- ZeroLiquid discharge system
- TertiaryTreatment
- RiverWater Treatment
- Colloidalsilica removal
- Packageddrinking water
- Paintwaste water treatment
- Oilremoval / Oil refining process
- Dialysismachine
- Effluentrecycles
Efficient Filtration TechnologyThe UF Plant employs advanced TFC spiral wound membranes, delivering high-quality filtration by removing particles, bacteria, and colloids from ground water. With a fine membrane pore size ranging from 0.1 to 0.001 micron, it provides consistently pure and safe process or drinking water for industrial and commercial needs.
Durability and Reliable OperationConstructed with UPVC housing and mounted vertically, this plant is built for robustness and long-term performance. Its control panel is rated IP 56 for protection against dust and water, ensuring dependable operation even in demanding environments. The semi-automatic and automatic operation options add flexibility and convenience.
Versatile Industrial ApplicationDesigned for diverse environments, the UF Plant suits manufacturers, exporters, suppliers, and distributors across India. Its adaptability to varying installation types, power compatibilities, and pressure demands makes it suitable for different scales of operation, offering scalable water purification with minimal intervention.
FAQ's of UF Plant:
Q: How does the UF Plant achieve advanced water purification?
A: The UF Plant utilizes TFC spiral wound membranes with a pore size between 0.1 and 0.001 micron. This enables it to effectively filter out fine particulates, bacteria, and some viruses, delivering high-purity water from various ground water sources.
Q: What are the benefits of using UPVC housing and an IP 56-rated control panel?
A: UPVC provides resistance to corrosion and chemicals, ensuring system longevity. The IP 56 control panel safeguards sensitive components from dust and water ingress, maintaining operational reliability in different industrial settings.
Q: When should businesses consider installing this UF Plant?
A: Industries or organizations requiring consistent, high-quality water with low conductivity from ground water sources should choose this UF Plant. Its robust design and advanced filtration address water purity challenges typically faced by manufacturers and suppliers.
Q: Where is the optimal installation environment for this UF Plant?
A: The plant is vertically mounted and suitable for indoor setups where ground water needs treatment. Its design accommodates various industrial sites across India, optimized for secure placement and easy access to control features.
Q: What process does the UF Plant use to control operations?
A: Operation can be configured as semi-automatic or fully automatic, managed via an IP 56-rated control panel. This allows for user-friendly monitoring and control, reducing manual intervention and optimizing system efficiency.
Q: How does the UF Plant handle power requirements and control?
A: It supports 220V/50Hz power input and operates on a three-phase power source, ensuring compatibility with standard industrial electrical systems. The frequency and pressure ranges enable flexible and reliable performance.
Q: What advantages does the TFC spiral wound membrane technology offer?
A: TFC (thin-film composite) spiral wound membranes provide high permeability and selectivity, enhancing filtration efficiency. This technology ensures excellent removal of contaminants and helps maintain consistent output quality with lower maintenance needs.
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