Vertical Water Quality Monitoring Device Dissolved Oxygen PH Analyzer

Features

The float type water quality monitoring system is an on-site water quality monitoring equipment set up in river basins, lakes, reservoirs, nearshore waters, etc. It is used to continuously and automatically monitor the water quality changes of the measured water body, objectively record the water quality status, timely detect abnormal changes in water quality, and prevent water pollution accidents

Dissolved oxygen
At a dissolved oxygen level of 2.72 mg/L, grass carp showed a 98% decrease in growth rate and a 4-fold increase in feed efficiency compared to 5.56 mg/L, similar to other fish and shrimp.

Turbidity
The turbidity value intuitively reflects the degree of turbidity of the water body. The degree of turbidity is mainly caused by insoluble substances in the water, including suspended sediment, corrosive substances, planktonic algae, and colloidal particles. Reducing turbidity also lowers bacteria, Escherichia coli, viruses, Cryptosporidium, iron, manganese, and other contaminants in the water.

PH
The pH value (i.e. acidity or alkalinity) is an important indicator of water quality, reflecting whether the water quality is suitable for the growth of fish and shrimp. It determines the biological reproduction in the water and directly affects the growth of fish and shrimp due to the chemical condition of the water quality.

Conductivity
The better the conductivity of water, the higher its conductivity value, and the higher its TDS value. TDS value represents the content of dissolved impurities in water, and the higher the TDS value, the higher the impurity content in water. Conversely, if the impurity content is low, the higher the TDS value, the higher the impurity content in water

Temperature
Changes in surface water temperature can have significant negative impacts on aquatic wildlife, affecting their growth and feeding rate, as well as their reproductive time and efficiency.