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Can tap water be dechlorinated by oxygen explosion? What are the benefits of oxygen explosion

Marie Schrader
2021-03-31 21:56:56
Chlorine can be removed from tap water by oxygen explosion. The most commonly used method of chlorine removal is usually the drying method, in which water is placed in the sun for a few days so that chlorine will volatilize. But if you are in a hurry to use water, the drying time is not enough, it is necessary to use the method of oxygen explosion to remove chlorine, which can be completed in a few hours. It can not only remove chlorine, but also improve the dissolved oxygen in the water body, which is conducive to the breathing of fish, but also promote the growth and reproduction of aerobic bacteria.
Can tap water be dechlorinated by oxygen explosion? What are the benefits of oxygen explosion

1. Can chlorine be removed by oxygen explosion in tap water? Chlorine can be removed by oxygen explosion in

tap water. The most commonly used method of chlorine removal is usually the drying method, in which water is placed in the sun for a few days so that chlorine will volatilize. But if you are in a hurry to use water, the drying time is not enough, it is necessary to use the method of oxygen explosion to remove chlorine, which can be completed in a few hours. It can not only remove chlorine, but also improve the dissolved oxygen in the water body, which is conducive to the breathing of fish, but also promote the growth and reproduction of aerobic bacteria.

2. What are the benefits

of oxygen explosion? 1. Chlorine removal: The primary benefit of oxygen explosion is chlorine removal. Because most of the water used in fish farming is tap water, it is inevitable that there will be chlorine residues after disinfection, so it is necessary to remove the residual chlorine in the water in this way, so as to avoid poisoning the fish and improve the water quality.

2. Oxygenation: Exploding oxygen into the water can increase the dissolved oxygen in the water body. If the dissolved oxygen is high, the fish will breathe more often. Moreover, sufficient oxygen can inhibit the growth of anaerobic bacteria, which is helpful to the maintenance of water quality. If the oxygen is insufficient, the fish may have the symptoms of floating head.

3. Bacteriostasis: The effect of high oxygen content on bacteria is bidirectional. First, the growth of anaerobic bacteria will be inhibited. Second, aerobic bacteria can multiply in large numbers. Usually, the latter belongs to beneficial bacteria. For example, nitrifying bacteria are the representatives, which can convert ammonia nitrogen into nitrate to avoid fish poisoning.

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