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Ionization release dynamic ion population

Key words:Water Filter、UV Sterilizer、Ion Exchange Water softener

In spray cooling towers, Legionella bacteria are most likely to multiply. Legionella is also an atypical pneumonia bacteria that can multiply rapidly at 25-42 ℃ water temperature. This bacteria usually exists in air conditioning cooling towers, humidifiers and hot and cold water pipes, and is carried by flying water droplets and dust. The ventilation system of the building and the fresh air system of the air conditioner enter the interior.
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Product introduction and principle

In spray cooling towers, Legionella bacteria are most likely to multiply. Legionella is also an atypical pneumonia bacteria that can multiply rapidly at 25-42 ℃ water temperature. This bacteria usually exists in air conditioning cooling towers, humidifiers and hot and cold water pipes, and is carried by flying water droplets and dust. The ventilation system of the building and the fresh air system of the air conditioner enter the interior.

The cooling water system is operated at a high concentration of water. Since a large amount of phosphate will adhere to the surface of the metal, it will cause the harm of scaling, and the polyphosphate will be hydrolyzed to form orthophosphate, resulting in phosphate scale. . There are also compound agents of phosphate and polymer scale inhibitors, which can fully exert their corrosion and scale inhibition effects even if the cooling water is highly concentrated.

1. As long as the photocatalyst is composed of nano-scale titanium dioxide, it can form reactive oxygen species superoxide after absorbing ultraviolet rays in sunlight, destroy the cell membrane of the virus host cell, coagulate the virus protein, inhibit the virus Activity and reproduction of bacteria, the bactericidal ability reaches 99.9%.

2. Oxidative bactericides are usually strong oxidants, which can oxidize enzymes that play a role in metabolism in microorganisms, thereby killing microorganisms. Oxidizing fungicides have good killing ability to all microorganisms.

3. Non-oxidative bactericides act on microorganisms with toxins, destroying the metabolism or dividing cell walls of microorganisms.

4. Stripping agents Microbial stripping agents are used in cooling water. They cannot kill microorganisms directly, but they can be stripped from the system, washed away or killed by fungicides. The most important feature is that the stripping agent can remove the deposits of microbial slime and ensure the cleanliness of the system, which is the most effective method to control Legionella.

 

 

 

Selection reference table

Model number Traffic
(T/h)
Inlet and outlet diameter
(mm)
Host size Slave size Parameter weight
L H B L h1 h2 d Host Secondary engine
YLDL-2S 35 50 1000 1250 500 680 251 612 20 30 45
YLDL-4S 90 100 1000 1250 500 710 318 612 25 30 56
YLDL-6S 190 150 1000 1250 500 730 382 695 40 30 80
YLDL-8S 320 200 1050 1250 520 780 410 825 40 30 95
YLDL-10S 500 250 1050 1250 520 805 490 850 50 30 126
YLDL-12S 760 300 1050 1250 520 935 520 910 50 30 175
YLDL-14S 1100 350 1050 1250 520 1080 554 930 80 30 216
YLDL-18S 1600 450 1050 1250 520 1260 600 1025 80 30 358
YLDL-20S 2200 500 1200 1500 600 1345 718 1070 100 30 475
YLDL-28S 3450 700 1200 1500 600 1620 992 1186 100 30 999

Selection reference table

The above data is for reference only, and the data of each shipment shall prevail.

Note: Power supply: 220V 50HZ, ion group release time is 150S.

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