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Considering the impossibility of industrial development with high EC waters and the critical situation of water in Iran and the world, the problem of water supply in the field of industry is faced with a problem that can be solved by relying on the knowledge and power of the elite youth and the society. The sentence "we can" was able to take a big step towards improving the quality of people's lives and with the blessings of the Almighty God, we produced the Waterplus water optimization device, which solves the issue of water supply for industries.
use of high level knowledge and technology; Without changing the main nature of the water consumed, the Waterplus water optimization device has made a tremendous impact in various functional areas, including industry, agriculture, animal husbandry, poultry and aquatic farming, health and health. Considering the wide field of water application and the importance of the quality of this valuable liquid, achieving an optimal structure to improve the quality level and increase its efficiency is a precious success, which now has the ability to be widely supplied at the national level.
Increasing water hardness / water salinity causes sediment deposition in facilities to intensify significantly. Sediments are one of the most important erosion and corrosion factors in thermal and refrigeration facilities. The presence of deposits, in addition to causing erosion and corrosion, also wastes a significant amount of energy due to the lack of heat exchange and reduces the efficiency of the facilities.
*Advantages of using the waterplus device in the field of industries:
- Fast de-seding and significant reduction of facility maintenance costs - No need to use any chemicals in the device
-long life of the device
-No need for an energy source
-Uninterrupted operation (24 hours) of the device
-High density of the device structure and optimal performance compared to the size of the device
-Increasing the solubility and softness of water and preventing re-deposition of facilities
-reducing energy consumption (optimizing fuel consumption)
* Where is Waterplus used in industry?
- Cooling towers: the Waterplus device dissolves all sediments in the water transmission pipes and reduces the cooling visit period and the device recovery time.
- Condensers: This product prevents clogging of pipes in condensers and increases the life of the device. Also, periodical visits and production line downtime are minimized.
- Heat exchangers: the water optimizer device protects the clogging of heat or heat exchangers against sediment and causes the maximum transfer of temperature between the components of the device
- Resin hardeners: Waterplus increases the life of resin hardeners and also reduces the number of periodic visits and the time to revive the device.
- RO devices: due to the direct connection of RO devices with water solutions, the membranes of this device are more clogged. The waterplus device prevents the clogging of ROs and also increases the life of the membranes.
- Steam boilers: In a steam boiler, due to the fact that we are directly related to the temperature, we are involved with more sediment. By changing the structure of the water, the Waterplus device prevents the formation of hard calcite deposits.
* Now we will examine the diagram and installation location and the operation of the device
- Cooling tower: Waterplus is installed at the water inlet of the cooling tower and has several advantages:
Removing sediment in the cooling tower (especially in the nozzles and packings), helping to collect coarse particles of sediment in the bottom of the cooling tower, increasing the efficiency of the cooling tower by 10% (this causes an increase in DT). Waterplus is recommended in cases where the rate of evaporation is too high or the hardness of the water in the area is high.
- Chiller: Waterplus is installed after the pump and at the inlet of the condenser (absorber in absorption chillers) and protects that part of the chiller that is in contact with the water of the cooling tower against sediment.
- Hot water boiler: Waterplus (1) is installed at the entrance of the boiler to prevent sedimentation inside the boiler. (In cases where a pump is used at the boiler inlet, it is necessary to install Waterplus after the pump.)
Waterplus (2) is installed in the way of the feed water (make up) and it is installed in order to help create argonite precipitation.
Waterplus (3) is installed after the pump and its purpose is to reduce sedimentation in heating networks. Due to the spread of these networks, it is recommended to use several small devices in different branches and even as close to the main systems as possible instead of one big device.
- Boiler: Waterplus (1) is installed at the inlet of the steam boiler and after the feed pump (feeder) and by increasing the solubility of water, it prevents sedimentation in high concentrations of about several thousand ppm.
Waterplus (2) is installed at the entrance of the deaerator and in order to remove possible deposits in the deaerator (caused by preheating the water).
Waterplus (3) is placed at the entrance of the main tank and on the feed water to help form argonite crystals.
- Coil source and double-walled source: Waterplus (1) is installed in the way of incoming cold water.
Waterplus (1) has been installed in this route in order to remove sediment and increase thermal efficiency.
Waterplus (2) is installed on the way of circulating water. Due to the fact that the cold water entering the coil source passes through Waterplus (1) only once, the use of Waterplus (2) is strongly recommended to help the performance of Waterplus (1).
Waterplus (3) should be installed in the hot water path of the heating network (closed water path) in order to remove possible deposits and increase thermal efficiency. The use of Waterplus (3) is recommended in cases where the hardness of the water in the area is high.
* It should be noted that the product has a 60-month warranty; The useful life of the device is 20 years and it does not require any energy source (green product) and charging (filter).*