Electrodeionization Plant (EDIP)

This technology is demanded wherever there is a need for ultrapure water, including semiconductor manufacturing processes, pharmaceutical and laboratory uses and power plants. We supply EDI to various applications.

More specific product information :-

• Plant machine adopts high & low pressure effective compound film for removing salt
• Require less space and provide boiler water for high pressure steam turbine
• Plant demineralize water with low conductivity and silica acid contents
• EDI System is a alternative form of conventional mixed-bed polisher
• Having large capacity container for purification system
• Having high and excellent  concentrate recycle systems
• Pre treatment and post treatment function are available
• Water used in EDI machine must be RO pure water
• Occupy less area  with low operation cost
• Plants have high pressure CNP pumps
• Excellent automatic controller system
• Having chemical-free regeneration system

Further Details :-

EDI Water Treatment Plant expel particles from watery streams, ordinarily in synchronicity with reverse osmosis (RO) and other purging devices. Our brilliant de-ionization modules consistently make ultrapure water around 18.2MW/cm. EDI can be operate consistently or irregularly

Points of interest :-

• Variety of financially savvy standard models.
• Improved feel and rough outline.
• User neighborly, low upkeep and simple to introduce.
• Simpler dispersion and gathering frameworks.
• Quick accessibility.
• Pre dispatch get together check.
• The multiport valves are beat mounted and also side mounted with the essential high weight rating PVC channeling.
• Single valve operation when contrasted with the six valves in ordinary channels
• Each working stride is plainly set apart on the valve, subsequently dispensing with odds of mistake in the working arrangement.
• Single valve gathering, with its improved frontal Piping, less complex dissemination gathering frameworks is Very simple to introduce.
• Free from rust
• Less power utilization
• Long lasting
• Economical
• High time-frame of realistic usability

Significant Applications Areas :-

• Textiles, chemicals, swimming pools, hospitals, battery, boilers feed water, pharmaceuticals, breweries, potable water, automobile and fertilizers.
• Plants of Ion Exchange
• Softener for water
• Commercial DM Plant
• Two phase and various phase DM Plants
• Amalgamated Bed Demineraliser
• Water Degasifiers
• Cation Cleaner
• Mechanical/Manual Plants
• Pharmaceutical Sector
• Energy Plant
• Gas and Oil segment
• Chemical Sectors
• Textile Sectors