Applications of ultrafiltration

UF can be used for removal of particulates and macromolecules from raw water, to produce potable water. It has been used to either replace existing secondary (coagulation, flocculation, sedimentation) and tertiary filtration (sand filtration and chlorination) systems employed in water-treatment plants or as standalone systems in isolated regions with growing populations. When treating water with high suspended solids, UF is often integrated into the process, using primary (screening, flotation and filtration) and some secondary treatments as pre-treatment stages. Ultrafiltration processes are preferred over traditional treatment methods for the following reasons:

1. No chemicals required (aside from cleaning)
2. Constant product quality regardless of feed quality
3. Compact plant size
4. Capable of exceeding regulatory standards of water quality, achieving 90-100% pathogen removal.

When water recycling is simple, it often needs very little processing. However, when more intensive processing is required, the industry standard procedures include using UF, which is meant to remove physical solids from water by passing it through a semi-permeable membrane. Using ultrafiltration, solids are primarily captured by the filter and discarded.

Recycled water can also be used for a number of industrial purposes, including boiler or cooling tower feed water supplementation, pH adjustment, washing equipment, hardstands and vehicles, fire protection, process rinse water or processing water for production lines in manufacturing industries, toilet flushing, dust control, construction activities, and concrete mixing.

Recycling benefits

In addition to providing a dependable, locally controlled water supply, water recycling provides tremendous environmental benefits. By providing an additional source of water, water recycling offers ways to decrease the diversion of water from vital, sensitive ecosystems, thus ensuring that sufficient water flows to plant, wildlife, and fish habitats—allowing them to live and reproduce. A lack of adequate flow, as a result of diversion for agricultural, urban, and industrial purposes, can cause deterioration of both water quality and ecosystem health. Water users can fulfill their demands by using recycled water, which can free substantial amounts of water for the environment. Other environmental benefits include a reduction in wastewater discharges and reducing or preventing the potential for pollution.

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Commercial RO Reverse Osmosis Systems handle the task of water purification for the high TDS level Water. RO System is basically used in Offices, Hospitals, Schools, Restaurants etc. Commercial RO are different types like: 25 LPH, 50 LPH, 100 LPH, 150 LPH, 250 LPH, 500 LPH, 1000 LPH , 2000 LPH ETC. RO system use in advanced reverse osmosis technology and modular water purification process, which could be connected with municipal tap water directly. It can remove impurities, microbes, bacteria, organics, heavy metals and other harmful substances effectively with efficient water purification to supply drinkable water. RO purified water is suitable for cooking, nursing, cleaning. It can also provide the purified water for humidifiers, steam iron, hairdressing, small appliances with great effect, and it can also be connected with several pipeline machines to form small-scale of water supply systems to meet high quality drinkable water needs for the home, office, producing workshop, etc .

Demineralization is the process of purifying water by engaging 'ion exchange process' to remove ions present in water. We manufacture these plants under the expert guidance under whom high quality materials are purchased from reliable vendors of the market. Post manufacturing, Demineralization Plant is rechecked by our quality experts to ensure no defect occurs after installation.

Features:

1. Easy installation
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Further Details:

Demineralization is the process by virtue of which the ions present in water are removed using Ion Exchange Processes. It is achieved using Ion exchange resins. Resin is an inert, insoluble polymer which has exchangeable ions. The resins that exchange cations are cation exchange resins and those that exchange anions are the anion exchange resins.

The cation exchange resins are used in the sodium (Na+) and hydrogen (H+) forms and the anion exchange resins are used in the hydroxide (OH-) or free base form.