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This is EDI Water Treatment Equipment,
EDI (Electrodeionization) technology scientifically integrates electrodialysis into ion exchange technology and substitutes the traditional ion exchange bed technique with the advantages of continuous production, do not need acid and alkali regenerating, without the emission of acid and alkali solution, stable quality of output water, low working cost, standard design, compact structure and convenient operation and management, and has been recognized as the development direction of ultra pure water producing technique by water treatment engineering companies in the world.
This is Dosing Equipment.
The Dosing equipment is one of devices used in water treatment plants. It can be applied in coagulation, flocculation, coagulation and sterilization to achieve water purification. It is applied for water supply, drainage water purification, wastewater treatment, as well as these dosing systems involving chemical, petroleum, power plants, textile, paper making, pharmaceutical, etc. industries.
This is Ultrafiltration System .
Ultra-filtration is a pressure-driven membrane separation technology. The aim of the technology is to separate macromolecules and small molecules whose membrane is between 20-1000A°.
In the ultra-filtration process, the water depth is driven by hydraulic pressure and flows through the membrane surface. The ultra-filtration process is a dynamic filtration; separation is accomplished in the mobilization state. Solute in the membrane surface is only a limited deposition, the ultra-filtration rate to a certain degree of attenuation tends to balance , and can be restored by cleaning.
Ultra-filtration technology is easily to be supplied and the cost is low. Meanwhile, it doesn't need any chemical reagents. As a result, the temperature and the PH value of the material can't be changed. In the preparation of biological macromolecules, the UF is mainly used for the desalination of biological macromolecules, dehydration and enrichment. Ultra filtration also has certain limitations. It can not be directly changed into dry powder formulation.
This is Mixed Bed Equipment .
The Mixed Bed Equipment always is set behind anion exchanger of first pass composite bed and used for further demineralization and the precision treatment for ultra-pure water. It also can be used separately, if the salinity containing rate of the raw water is not too high. The equipment widely applied in electronic industry, pharmaceutical industry, chemical industry, the feed water for high pressure and super high pressure boiler of mid-large thermal power plant, and the industries which have a higher water purity requirement.
This is Ion Exchange Equipment .
Ion exchange is to point to the ion exchange resin, and the solution of ion occurred between the substances such as reversible exchange, so that to improve water quality, and ion exchange resin structure does not occur substantial change well water treatment method. Used to load of ion exchange resin equipment called ion exchanger. According to the load of different kinds of the resin, the removal of ion species and function of the realization of the different also.
Ion exchange method is the most commonly used the most popular early, water treatment, whether the boiler water softening, to take off the alkali bate, except the salt water, pure water, pure water preparation, or industrial wastewater treatment, heavy metal and precious metal recycling and so on all can use of ion exchange method.
Reverse osmosis technology is the most advanced and effective desalting technology in the world for physical separation with macromolecule membrane, reverse osmosis equipment composes of reverse osmosis membrane component which is the core, high pressure multi-level centrifugal pump, high pressure pipe control valve and protective device, and can effectively remove dissolved salt, colloid, bacterium, virus and most organic from water. The reverse osmosis membrane desalt technique features higher efficiency, cost effective and reliable compared with common ion exchange and distilling method, and is widely applied in such industries as electronics, power, photovoltaic, beverage, medicine, middle water recycling and sea water desalination etc.
This is Sea Water Desalting Equipment .
Characteristics
a). It adopts computer simulating system design; the complete system performs safely and reliably.
b). It enables to treat seawater and brackish water meets to the World Health Organization (WHO), drinking water standard.
c). Easy operation, it adopts PLC automatic control, one button can achieve the equipment start and stop.
d). Compact size, light weight, easy installation and commissioning.
e). It adopts the American DOW membranes and American CAT and Denmark Danfoss high pressure pump.
f). Modular design, especially suitable for the old ship, very easy in position.
Water Treatment Equipment