Adding Hydrogen Peroxide to Fish Tank Effects
On the effect of adding hydrogen peroxide to fish ponds
Now talking about adding hydrogen peroxide to fish ponds, this move has a lot of impact and cannot be ignored.
On the oxygenation end, when adding hydrogen peroxide to fish ponds, it can decompose and release oxygen. In the case of insufficient oxygen in the water in the pool, fish often float on the water surface, like seeking gas. And adding this agent can alleviate the lack of oxygen in water. The reason is that hydrogen peroxide meets water and gradually converts into water and oxygen. Oxygen dissolves in the water, increasing the amount of dissolved oxygen in the water, so that the fish can live in an oxygenated environment, swimming posture returns to normal, and vitality gradually increases.
However, in the health of fish, advantages and disadvantages coexist. Adding an appropriate amount may help clear the harmful substances in the pool. Hydrogen peroxide is oxidizing and can break the structure of some pathogens and algae, reducing the risk of disease and disease. If used too much, the harm is greater than the benefit. Its strong oxidizing properties may damage the body surface and gills of fish. The mucus on the body surface of fish is damaged, losing natural protection and susceptible to pathogens. If the gills are injured, respiration is blocked, causing discomfort to the fish body, or even endangering life.
Also look at the water quality. Use it in small amounts, or change the water quality. It can promote the decomposition of organic matter in the pool and prevent it from spoiling and causing bad water quality. However, if the dosage is lost, or the water quality changes drastically. Decomposition products or chemical balance of water-causing bodies are disordered, affecting the microbial community in the water and bad ecological stability.
In summary, adding hydrogen peroxide to the fish pond requires careful dosage. Use time to carefully observe the fish state and water quality, and adjust the dose in a timely manner to achieve the purpose of increasing oxygen and protecting fish and stabilizing water quality, so that the fish pond ecology is harmonious and the fish can be kept safe.
Now talking about adding hydrogen peroxide to fish ponds, this move has a lot of impact and cannot be ignored.
On the oxygenation end, when adding hydrogen peroxide to fish ponds, it can decompose and release oxygen. In the case of insufficient oxygen in the water in the pool, fish often float on the water surface, like seeking gas. And adding this agent can alleviate the lack of oxygen in water. The reason is that hydrogen peroxide meets water and gradually converts into water and oxygen. Oxygen dissolves in the water, increasing the amount of dissolved oxygen in the water, so that the fish can live in an oxygenated environment, swimming posture returns to normal, and vitality gradually increases.
However, in the health of fish, advantages and disadvantages coexist. Adding an appropriate amount may help clear the harmful substances in the pool. Hydrogen peroxide is oxidizing and can break the structure of some pathogens and algae, reducing the risk of disease and disease. If used too much, the harm is greater than the benefit. Its strong oxidizing properties may damage the body surface and gills of fish. The mucus on the body surface of fish is damaged, losing natural protection and susceptible to pathogens. If the gills are injured, respiration is blocked, causing discomfort to the fish body, or even endangering life.
Also look at the water quality. Use it in small amounts, or change the water quality. It can promote the decomposition of organic matter in the pool and prevent it from spoiling and causing bad water quality. However, if the dosage is lost, or the water quality changes drastically. Decomposition products or chemical balance of water-causing bodies are disordered, affecting the microbial community in the water and bad ecological stability.
In summary, adding hydrogen peroxide to the fish pond requires careful dosage. Use time to carefully observe the fish state and water quality, and adjust the dose in a timely manner to achieve the purpose of increasing oxygen and protecting fish and stabilizing water quality, so that the fish pond ecology is harmonious and the fish can be kept safe.

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