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MEE Plant & Salt Recovery System

Quality Satisfactions

Right Water Systems is committed to the very best quality of its products to the complete satisfaction of its customers, our products and service quality are highly appreciated & accepted by the industry and customers. As a result, we always remain at the forefront of the industry and we have satisfied customers all over India. Qualities will always vital at Right Water Systems Therefore it is imperative, at the company maintain an effective quality control to given all codes of Indian Standards , we always use the latest technology, For easy Installation our units are unique mounted & completely packaged type with all required safeties & operating devices are supplied installed & pre tested in our works

Right Water Systems Present Few Category of Water Treatment Plant

We install entire (Fully Automatic as well as Semi-Automatic) on Turnkey basis. 1. ETP Plant Manufacture (Effluent Treatment Plant) 2. STP Plant Manufacture (Sewage Treatment Plant) 3. UF Plant Manufacture (Ultra Filtration Plant) 4. RO Plant Manufacture (Reverse Osmosis Plant) 5. ZLD Plant Manufacture (Zero Liquid Discharge Plant) 6. DM Plant Manufacturer (Demineralization Plant) 7. Swimming Pool Filtration System Manufacture 8. Package Drinking Water Plant Manufacture 9. Water Filtration Plant Manufacture 10. Softener Plant Manufacture Water Treatment Chemicals (all Category of Water Treatment Chemicals) All systems spares part available here any time
Right Water Systems: – We are ZLD Plant designing, build and turnkey water treatment plant manufacturing, supply, sales & service provide. ZLD (Zero liquid discharge) treatment process & ZLD System, Good Water Recovery 95-98 % ZLD Plant Capacity-500 LPH to 1, 50,000 LPH Water that has been used in the home, in a business, or as part of an industrial process. “This water recycling facility treats waste water so that it can be reused”
Right Water Systems: – well-designed Zero Liquid Discharge System (ZLD System) is used to minimize the volume of liquid waste that requires treatment, while also producing a clean stream suitable for use elsewhere in the plant processes.
Right Water Systems: – common ZLD approach is to concentrate the wastewater through well designed multiple membrane systems and then dispose of it as a liquid brine or further crystallize the brine to a solid. A typical evaporator (MEE) uses tube-style heat exchangers. The evaporated water is recovered and recycled while the brine is concentrated to a higher solids concentration. Concentrated brine treatment is done in a crystallizing system, such as Agitated Thin Film Dryer (ATFD) or a spray dryer. Crystallized solids in most of the cases is categorized as hazardous waste and disposed off periodically. We offer our clients Zero Liquid Discharge Systems designed on advanced user friendly technologies. MEE Plant & Salt Recovery System Multi Effect Evaporator commonly uses sensible heat in the condensate to preheat liquor to be flashed. In this unit high TDS reject water is heated and circulated to increase the salt concentration. It is very expensive to operate as it requires steam for working so we pass only 2-3% of effluent to MEE.

Salient Features:-
• Low steam consumption
• Low power consumption
• MEE can operate on any hardness value
• Long equipment life
• No chemical treatment required
SALT DRYER & ATFD UNIT
It is used to evaporate the residue water from MEE concentrated liquid and generate dry salt for dispose. MEE concentrated liquid have large amount of water content which is not possible to dispose so salt dryer is used after MEE to reduce water content from MEE concentrated liquid.
SALT RECOVERY SYSTEM
It is a special application membrane unit with suitable process molecular weight cutoff (MWCO) for purification of brine solution and removal of other residual impurities.
In first stage specific type of NF membranes are used for recovery of brine from RO reject. We get pure brine solution with total hardness <50 and TDS value of 10 gpl.
In second stage high recovery sea water membranes are used to concentrate the brine solution and recovered brine water is used up to 120 gpl for recycling purpose.
Third stage is for polishing of concentrated brine solution and removal of residual hardness from it.
The pure brine solution obtained is then converted into solid form i.e. used back in the process with the help of cooling crystallizer.
Cooling crystallizer is a system that has excellent thermodynamic efficiency with high performance & Low maintenance.