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UAT TP-110K

Used equipment for the treatment and the preparation of water


It is a reverse osmosis that produces a filling water called TABLE WATER.

Manufacturer: UAT – UNIVERSAL AQUA TECHNOLOGIES, INC. – USA

Model: TP-110K

Year of production: 2001

Capacity: 12,000 L / h

Operating hours: 9,810

Volts: 380 – Hz 50 – Ph 3


Description of equipment:

-MM FILTER

-INPUT WATER TREATMENT

-REVERSED OSMOSIS UAT – UNIVERSAL AQUA TECHNOLOGIES, INC. USA, 2001

-DEMINERALIZED WATER TANK 12 m3

-PUMPING BLOCK FOR MINERALIZATION

-MINERALIZER

-MINERALIZED WATER TANK

-PUMPING BLOCK FOR WATER DISINFECTION AND DELIVERY TO FILLERS


Technological description of table water production: 


 a) General 


The plant for the production of table water has a capacity of 12,000 l/h. 


 It consists of: 




Sand filter


Device for reverse osmosis (TP-110K)


Product water tank


Pump for mineralization of product water


Mineralizer
Iodevgul Aspfx Adxotr


Mineralized water tank


System for ozonation (disinfection) of mineralized water


Machine for washing and filling (polycarbonate) PC bottles.




 The plant is located in one room. Automatic serving is foreseen, with all necessary blocking and regulation, due to the safety and simplicity of the process itself. 


 b) Raw water supply


Tap water is supplied to the room where the water preparation plant is located. From the supply pipe through the inlet water valve, the water passes through the multi-layer sand filter and enters the RO device through the solenoid valve. 


 c) Reverse osmosis


After passing through the sand filter, the incoming water passes through the 5 jim filter and through the throttle valve enters the housings in which the membranes are located and where the physical process of separation (separation) of water from mineral substances in suspended and non-suspended forms. 


Reverse osmosis, as a membrane separation process, removes bacteria, viruses, organic matter and salts from water. The effect of salt removal is 95-99%, which depends on the separation factor of the membrane itself, thus after the reverse osmosis process, sterile, bacteriologically correct water is obtained, which contains a small amount of salt, and the resulting the water of high quality. 


The membrane is a key part of the reverse osmosis device and the efficiency of the RO process largely depends on its characteristics. In the device for reverse osmosis, reverse osmotic membranes based on a spiral coil were used, which proved to be the best in the industrial application of this highly efficient process. The water is forced over the membrane, the part that passes through the membrane is called permeate, and the part that contains everything that the membrane retained is called concentrate (retentate), which is discharged into the sewer as waste water.