In recirculating aquaculture system, pipeline design is undoubtedly a crucial part. It is directly related to the stability of aquaculture water quality, the healthy growth of aquaculture organisms and the improvement of overall aquaculture benefits.

While enjoying these advantages, water quality monitoring has become a key part of ensuring the success of farming. So, what water quality indicators do we need to monitor in factory recirculating aquaculture?

Winter temperatures pose new challenges for aquaculture, especially for the warm-water fish grouper, which is at a high risk of disease during this season.

In recent years, with the improvement of people's living standards and the growing demand for healthy diet, the consumption of aquatic products has continued to rise, promoting the continuous expansion of the market scale of China's aquaculture industry, which has brought rich market opportunities for the industry.

The winter solstice has passed, the temperature is lower, and the surface of the pond seems to have ushered in its "quiet period." However, for aquaculturists, this does not mean that they can relax their vigilance, as winter is a critical time for replenishing water.

A well-designed breeding workshop may only need 100-200 yuan per day for electricity, while a workshop with poor thermal insulation needs to be 3-4 times as much.

Whether it is ground source heat pump, water source heat pump, or air source heat pump, clean energy is used in operation, which can play a role in energy conservation and environmental protection to a certain extent.

In traditional aquaculture, a pond with a thousand pounds of fish is already high yield. However, driven by modern science and technology, a new farming model - factory recirculating aquaculture, is quietly changing the status quo.

Improving the survival rate of fish fry is the concern of every breeder. The survival of fish fry is not only related to the benefit of this breeding, but also related to the rhythm of breeding throughout the year.