Key role of oxygen pump in preventing fish from anoxia death
Key role of oxygen pump in preventing fish from anoxia death
In aquaculture, the survival and health of fish are directly related to the benefit of aquaculture. However, the lack of dissolved oxygen in water is one of the main causes of fish hypoxia death. Therefore, the oxygen pump plays a vital role in preventing fish from dying of hypoxia. Let's take a look at the key role of oxygen pump in preventing fish from dying of hypoxia.
一、Importance of dissolved oxygen
Dissolved oxygen is an essential gas for fish's survival, which plays a vital role in fish's breathing, growth and reproduction. When the dissolved oxygen content in the water is below a certain level, fish will have difficulty breathing, slow growth and even death. Therefore, maintaining the appropriate dissolved oxygen content in water is the key to ensure the healthy growth of fish.
二、Principle of operation
This equipment is a kind of equipment to increase dissolved oxygen content by injecting air into water. It can dissolve oxygen in the air into water by generating high-pressure airflow, thus increasing the dissolved oxygen content in water. The equipment has the characteristics of high efficiency, energy saving and environmental protection, and is widely used in various aquaculture scenes.
三、The role in preventing fish from hypoxia death.
1. Real-time monitoring: This equipment is usually equipped with a dissolved oxygen sensor, which can monitor the dissolved oxygen content in water in real time. When the dissolved oxygen content is lower than the safety threshold, the equipment will automatically start to inject air into the water to ensure that the fish get enough oxygen.
2. Quick response: The equipment has quick response ability, which can raise the dissolved oxygen content to a safe level in a short time. This helps to prevent fish from dying due to long-term hypoxia.
3. Stability control: The equipment can automatically adjust the running state according to the dissolved oxygen content in the water body, so as to ensure that the dissolved oxygen content in the water body is always within the appropriate range. This is helpful to maintain the normal physiological function of fish and improve the disease resistance and growth rate of fish.
4. Energy-saving and environmental protection: Compared with the traditional artificial oxygenation method, the equipment has higher energy efficiency ratio and lower energy consumption. In addition, the noise generated during the operation of the equipment is low, and the impact on the culture environment is small.
四、Suggestions on rational use of equipment
1. According to the scale of aquaculture and fish species, choose the appropriate oxygen pump to ensure that it can meet the needs of aquaculture.
2. Check and maintain the equipment regularly to ensure its normal operation.
3. In combination with water quality detection and weather forecast, reasonably arrange the operation time of oxygen increasing pump to avoid unnecessary energy waste.
To sum up, the oxygen pump plays a key role in preventing fish from dying of hypoxia. Through the characteristics of real-time monitoring, rapid response, stable control, energy saving and environmental protection, the oxygen pump provides a strong guarantee for the healthy development of aquaculture. Reasonable use of oxygen pump can not only improve the breeding efficiency, but also protect water resources and ecological environment.