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Reliable, customizable water filtration solutions designed to protect your machinery, improve product quality, and comply with UAE’s industrial standards.
Multi media water filter design is effective in removing rust, dirt, silt, and other suspended solids from water down to 5 to 10 microns. The effectiveness increases industry’s ability to conserve, treat and recycle large amounts of water.
Older sand filter systems depend on bacterial action for water purification, while rapid sand filters, which operate on a surface effect principle, make use of disinfectants and coagulants to accomplish the same objective. Extensive investigative research of filter media and improved coagulants have made high-rate filtration practical and efficient.
Multi media water filter design is effective in removing rust, dirt, silt, and other suspended solids from water down to 5 to 10 microns. The effectiveness increases industry’s ability to conserve, treat and recycle large amounts of water.
Older sand filter systems depend on bacterial action for water purification, while rapid sand filters, which operate on a surface effect principle, make use of disinfectants and coagulants to accomplish the same objective. Extensive investigative research of filter media and improved coagulants have made high-rate filtration practical and efficient.
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Fully automated multimedia filtration systems cleanse coarse residue, particles, suspended solid matter and materials that cause blurriness in industrial and commercial applications to make your water useable. Multimedia filters are drained during service periods and are cleaned extensively during the backwash period. This feature refreshes your system and increases its operational lifespan. Multimedia filtration systems are designed at the required flow rates and allow you to obtain high rates of efficiency.
Installation time ranges from 1 to 3 weeks, depending on system size and site specifics.
Filters generally need replacement every 3 to 6 months, while membranes require periodic cleaning and eventual replacement every 2 to 5 years depending on usage.
Yes, they are specially designed to treat water with high Total Dissolved Solids, commonly found in the UAE.
Our plants primarily serve industrial needs. For potable water, additional post-treatment steps are recommended.
Yes, advanced automation and remote monitoring options are available to ensure continuous performance and quick issue resolution.
High Solids Loading Capacity: The graded media layers allow the filter to trap a large volume of sediment throughout the bed, extending service cycles between backwashing.
Superior Turbidity Removal: Effectively reduces suspended solids, silt, and turbidity, typically filtering particles down to 10-20 microns in size.
Robust and Reliable: Constructed with durable materials like FRP or lined steel, these systems are built for continuous industrial operation with minimal downtime.
Cost-Effective Operation: Utilizing common filter media (sand, anthracite) and simple backwash cycles, these systems offer a low total cost of ownership for pre-treatment.
High Flow Rates: Designed to handle the high flow demands of commercial and industrial facilities without a significant pressure drop.
The operation of a multimedia filter is a physical, depth-filtration process:
Filtration Cycle: Raw water enters the top of the filter vessel and percolates downward. It first passes through the coarse, lightweight anthracite layer, which removes larger particles. The water then moves through the finer sand layer, capturing medium-sized solids. Finally, it passes through the dense, fine garnet layer, which polishes the water by removing the smallest suspended particles.
Backwash Cycle: When the pressure drop across the media bed increases to a set point, the filter initiates an automated backwash. Flow is reversed, flushing water upward through the media at a high rate. This fluidizes the bed, scrubbing the media and carrying the trapped solids to drain. The differing densities of the media ensure they re-stratify perfectly after backwashing, with the coarsest media on top and the finest on the bottom.
The operation of a multimedia filter is a physical, depth-filtration process:
Filtration Cycle: Raw water enters the top of the filter vessel and percolates downward. It first passes through the coarse, lightweight anthracite layer, which removes larger particles. The water then moves through the finer sand layer, capturing medium-sized solids. Finally, it passes through the dense, fine garnet layer, which polishes the water by removing the smallest suspended particles.
Backwash Cycle: When the pressure drop across the media bed increases to a set point, the filter initiates an automated backwash. Flow is reversed, flushing water upward through the media at a high rate. This fluidizes the bed, scrubbing the media and carrying the trapped solids to drain. The differing densities of the media ensure they re-stratify perfectly after backwashing, with the coarsest media on top and the finest on the bottom.
Challenge: Protecting High-Value Downstream Equipment
Solution: Installing a multimedia filter as a pre-treatment barrier significantly reduces the solids loading and fouling potential on expensive RO membranes and UF systems, extending their lifespan and reducing operational costs.
Challenge: High Volumes of Sediment and Silt
Solution: The high dirt-holding capacity of the graded media layers makes multimedia filters ideal for locations with high turbidity, reducing the frequency of backwashing and maintenance.
Challenge: Need for Reliable, Low-Maintenance Pre-Filtration
Solution: With their simple design and fully automated controls, commercial multimedia filters provide a “set-and-forget” solution for continuous, reliable solids removal.
These UF Plant Manufacturers are also used in offices, homes, hospitals, nursery homes, clinics, gyms, beauty salons, restaurants, schools and shops.
High efficient with sediment filters that removes sediments and suspended particulates from water,
Excellent purification of water from various elements, hardness and contaminants,
