Wave Water Solution

Our Products

Reverse Osmosis System

Reverse osmosis (RO) is a special type of filtration that uses a semi-permeable, thin membrane with pores small enough to pass pure water through while rejecting larger molecules such as dissolved salts (ions) and other impurities such as bacteria. Reverse osmosis is used to produce highly purified water for drinking water systems, industrial boilers, food and beverage processing, cosmetics, pharmaceutical production, seawater desalination, and many other applications. It has been a recognized technology for more than a century and commercialized since the 1960’s.

Application

Boiler Feed Water Treatment
Chemical Chemistry & Dignostics
Cooling Tower Water Treatment
High Purity Ingredient Water
Laboutory Water Purification
Metal Removal from mining Industries
Central Sterile Processing
Purified Water
Sanitization of Water Systems
Industrial Water Recycle and reuse
Utility Water Treatment
Ultrapure Water

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Nano Filtration Plant

Nanofiltration is sometimes used to recycle wastewater, as it offers higher flux rates and uses less energy than a reverse osmosis system. The design and operation of nanofiltration is very similar to that of nanofiltration is very similar to that of reverse osmosis, with some differences. The major difference is that the nano membrane is not as “tight” as the reverse osmosis membrane. It operates at a lower feedwater pressure and it does not remove monovalent (i.e., those with a single charge or valence of one) ions from the water as effectively as the RO membrane.While a RO membrane will typically remove 98-99% of monovalent ions, such as chlorides or sodium, a nanofiltration membrane typically removes 50% to 90%, depending on the material and manufacture of the membrane. Because of its ability to effectively remove di and trivalent ions, nanofiltration is frequently used to remove hardness from water while leaving the total dissolved solids content much less affected than would RO. For this reason, it has been called the “softening membrane”. Nanofiltration is often used to filter water with low amounts of total dissolved solids, to remove organic matter and soften water.

Application

Colour Removal
COD/BOD Removal
Reclamation of cleaning solutions or coloring dye from water
Creating potable water directly from source water
Reclaiming Industrial Waste Water
Reclaiming medicine residue

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Ultra Filtration Plant

Ultrafiltration (UF) is a membrane filtration process similar to reverse osmosis, using pressure to force water through a semi-permeable membrane.
However, ultrafiltration systems operate with low-pressure water.The primary task of an ultrafiltration system is to remove the substances which contribute to the taste, colour and odour of the water.Ultrafiltration removes contaminants and harmful bacteria whilst only freshwater and dissolved minerals pass through.A UF membrane is a fine filter that reduces particles 5,000 times smaller than a human hair.

Application

Oil Removal in Waste Water Treatment
Whey Protein Concentrate/ Isolate Concentration
Brine Clarification
Enzyme/ Proetin Concentration
Endotoxin & Pyrogen removal
Antibiotics production
Blood Plasma Processing
Geletine concentration & purification
Plant extract processing
Fruit juice concentration
Electro coat painting
Industrial waste water treatment

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De- Mineralize Plant

Demineralization is a type of water purification. While it can refer to any treatment process that removes minerals from water, the term demineralization is typically reserved specifically for ion exchange (IX) processes used for near total removal of ionic mineral contaminants. Often, the terms demineralization and deionization are used interchangeably.

IX demineralization utilizes both cation and anion exchange resins, sometimes even in the same column or bed. Following demineralization, the treated water will be of a high level of purity comparable to distilled water, but typically at a much lower cost.

Application

Feed or make up water for High pressure boilers
Rinse water for food and beverages industries
Process stream in Electronics industries
Battery Manufacturing industries

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Water Softening Plant

Water softeners work through a process called ion exchange which eliminates calcium and magnesium from the water. When the hard water enters into the mineral tank, it flows through a bed of spherical resin beads. These plastic beads, usually made from polystyrene, are charged with a sodium ion. The resin beads are anions, meaning they have a negative charge. The calcium and magnesium minerals have a positive charge, making them cations. Since opposite charges attract, the negative charge of the minerals is attracted to the positive charge of the resin beads. As the hard water passes through the resin, the beads grab ahold of the mineral ions and remove them from the water. When the bead seizes the mineral ion, the sodium ion is released. The column of resin strips all the hardness out of the water as it passes through the mineral tank, and softened water flows out into your home.

Application

To remove hardness from household water systems
To remove hardness before RO to reduce the load
To prevents the rapid deterioration of transport pipes and faucets.
To Prevents scale build-up and deterioration of cooling towers, condensing units, and other sensitive equipment.
To prevents the plugging of boilers, radiators, evaporators, etc.
To significantly improves thermal efficiency in heat exchange systems.
To improves the performance of industrial soaps and detergents.

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Filtration Plant

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High Purity Water Treatment Plant

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Swimming Pool Filtration

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Hydro Pneumatic System

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Sewage Treatment Plant (Civil/Packaged)

Sewage Water Treatment is the process of removing contaminants from waste water and house hold sewage, both effluent and domestic. It include physical, chemical and biological process to remove physical, chemical and biological contaminants.Its objective to produce an environmentally safe fluid waste stream and a solid waste suitable for disposal and reuse.

Source of Waste Water

Human Waste
Washing Water
Rainfall collected on roofs, yards, hard standings
Domestic sources
Direct ingress of river water
Highway Drainage
Industrial waste

Application

To reuse of effluent for Gardening, Car washing or Toilet flushing
To dispose the same in municipal drainage after treatment

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Effluent Treatment Plant (Civil/Packaged)

An ETP is therefore designed to remove the physical, chemical and biological materials present in the effluent. Depending on the level of treatment the wastewater requires.ETP (Effluent Treatment Plant) is a process design for treating the industrial waste water for its reuse or safe disposal to the environment.
Influent: Untreated industrial waste water.
Effluent: Treated industrial waste water.
Sludge: Solid part separated from waste water by ETP.
An ETP is divided into four different levels each designed to remove a certain type of material in the effluent.Different levels are:

Preliminary
Primary
Secondary
Tertiary

Application

Capitalize on low hanging fruit to identify a ballpark value added activity to beta test.
To clean industry effluent and recycle it for further use.
To reduce the usage of fresh/potable water in Industries.
To cut expenditure on water procurement.
To meet the Standards for emission or discharge of environmental pollutants from various Industries set by the Government and avoid hefty penalties.
To safeguard environment against pollution and contribute in sustainable development.

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Zero Liquid Discharge System

A ZLD treatment system utilizes advanced technological water treatment processes to limit liquid waste at the end of your industrial process to, as the name suggests, zero.

An efficient and well-designed ZLD treatment system should be able to:

Handle variations in waste contamination and flow
Allow for required chemical volumes adjustments
Recover around 95% of your liquid waste for reuse
Treat and retrieve valuable byproducts from your waste (i.e. salts and brines)
Produce a dry, solid cake for disposal

Application

Cooling tower blowdown in heavy industry and power plants
Ion exchange regenerative streams particularly in food and beverage processing
Flue gas desulfurization, wet wastewater stream
Municipal potable water systems, wastewater streams
Process water reuse from agricultural, industrial and municipal streams
Various industrial wastewater streams from the textile, coal-to-chemical, food and dairy or battery industries

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