Water quality buoy station recommended

Fishermen always have a saying, "raise a pool of fish, first manage a pool of water." So, what is the sudden deterioration of water quality?

There are four reasons for the deterioration of pond water quality:

1. Poor water condition. In ponds filled with sewage or natural rainwater, there are no fresh regulations for regular irrigation, resulting in the formation of stagnant water ponds, which are prone to deterioration of water quality.

2. Improper feeding and fertilization, excessive bait sinks to the bottom, fish feces and microorganisms produce various harmful gases, and the content of certain elements is too high, which is easy to lead to excessive eutrophication of organic matter in water, resulting in deterioration of water quality and bloom.

3. Changes in weather and sudden changes in water temperature, especially muggy weather with long sunny days and sudden thunderstorms, can easily lead to deterioration of pond water quality.

4. The ecological environment of the pond deteriorates, garbage and dirt float in the pond, and the sludge humus accumulates thicker and thicker, resulting in increased oxygen consumption of organic materials. The oxygen consumption of organic materials exceeds 50 mg/L, which is easy to cause the deterioration of water quality.

Based on the above situation, if you want to detect immediately or prevent in advance, the possibility of daily farming is almost zero. So, how can we ensure the production of fish and shrimp farming?

Water Buoy Station It can measure hydrological, water quality and meteorological parameters of a lake or watershed in real time. The system integrates data acquisition, display, storage and transmission, and has the function of alarm and automatic photosensitivity. It has many measurement parameters, high measurement accuracy, large storage capacity, convenient networking and stable operation. The buoy uses an unattended intelligent control system that controls multiple sensors and sends data. A solar power system composed of solar panels and large-capacity batteries can ensure the power consumption required for long-term work in the field. The buoy body is made of ultra-high molecular polyethylene material, which has good corrosion resistance, anti-biological adhesion, non-fading, strong anti-collision ability, lightning resistance, non-magnetic and other characteristics, and is suitable for complex hydrological and hydrodynamic conditions such as reservoirs.