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A water multimedia filter is used to reduce the level of SDI (Silt Density Index), TSS (Total Suspended Solids) in the incoming feed water. Suspended solids consist of small particles such as silt, clay, grit, organic matter, algae and other microorganisms. Incoming feed water that is high in suspended solids can cause a high pressure drop and reduce the effectiveness of downstream filtration equipment such as membranes, reverse osmosis membranes, electrodeionization EDI, UV sterilizer and ion exchange beds, if the multimedia filtration is not used as a pretreatment.

Active Charcoal Carbon Filters are most effective at removing CHLORINE, particles such as Sediment, VOLATILE ORGANIC COMPOUNDS (VOCS), Taste and Ordor from water. These are filtration materials used for turbidity and SS removal. Since the specific gravity is lighter than that of Filter Sand, it is much used in combination with Filter Sand in dual-media filtration, to consist reverse grain layers after backwashing. In addition, because of high content carbon of this product, it has high resistance to various chemicals and high strength so that it is widely used mainly in city and industrial water purification.

Sand, it is much used in combination with Filter Sand in dual-media filtration, to consist reverse grain layers after backwashing. In addition, because of high content carbon of this product, it has high resistance to various chemicals and high strength so that it is widely used mainly in city and industrial water purification.

Features

• 1. High resistance to chemicals
• 2. Easy change from single-medium filtration (by use of Filter Sand) to dual-media filtration.
• 3. High void percentage and greater removal capacity of turbidity and SS.
• 4. Micro-flocs growing easily
• 5. Being used as a carrier for bio film treatment.

Hard water is softened by removing calcium and magnesium through an ion exchange process, allowing only softened water to pass through. When the resin bed fills with hardness ions, it must be regenerated (cleaned), typically using salt. From multi-tank systems powered by moving water to traditional systems, Oceanic offers a range of options. Our experts can help choose the perfect water softener for you.

In water purification, ion-exchange is a reversible and rapid process that replaces impure ions with those released by an ion-exchange resin. There are three applications of ion-exchange technology in water treatment: cation-exchange resins for softening, anion-exchange resins for organic scavenging or nitrate removal, and combined resins for comprehensive deionization, achieving exceptionally high-quality water.

Demineralization filters help prevent white dust by removing calcification and other impurities, making them suitable for areas with hard water.

These RO systems are designed for residential applications, providing an economical and effective solution for reducing total dissolved solids, pathogens, color, odor, and taste, resulting in healthy drinking water.

Ultraviolet water sterilization systems use UV light to disinfect water, removing 99.99% of harmful microorganisms without altering mineral content, making it a cost-effective, eco-friendly option.

Ozone sterilization systems use ozone-saturated bubbles to continuously aerate, oxidize, and purify water, achieving highly refreshing and high-quality water.

Water purification involves removing chemicals, contaminants, solids, and gases to produce water fit for specific purposes.

Reverse osmosis is the finest level of filtration, removing up to 99% of dissolved salts and molecules. It has applications in desalination, food processing, wastewater recovery, and drinking water purification.

Sewage treatment removes contaminants from wastewater through chemical, physical, and biological processes, producing treated water and semi-solid sludge that requires further treatment.

Effluent treatment plants handle industrial wastewater, making it reusable or safe for environmental release through various treatment processes.

Industrial wastewater treatment processes treat wastewater generated by industries, allowing for reuse or environmental disposal.

Sludge dewatering separates liquids and solids in sludge, producing a solid phase with minimal moisture and a liquid phase with low solid residues.

Chilled water flushing is conducted systematically from top to bottom, with sensitive equipment bypassed or isolated to ensure system flow continuity. Section valves, including bypasses to drain, remain open for effective flushing.