Algae monitoring system

Huaxia AnjianAlgae monitoring systemBased on the fluorescence luminescence characteristics of living algal pigments, the analysis of the population structure and content of phytoplankton is achieved, which has the characteristics of convenient measurement, strong selectivity, and high sensitivity. It has: reliable data, prevention oriented; Problem oriented, discover and solve immediately; Highlighting key points and taking into account overall considerations; GIS visualization has four major functions: one map with full knowledge.

Huaxia AnjianAlgae monitoring systemThe detection method is a fast optical analysis method for analyzing the structure and content of phytoplankton populations based on the fluorescent luminescence characteristics of living algal pigments. It has the characteristics of convenient measurement, strong selectivity, and high sensitivity.

It has reliable data and focuses on prevention; Problem oriented, discover and solve immediately; Highlighting key points and taking into account overall considerations; GIS visualization, one map for comprehensive understanding. Based on the big data platform, early warning and detection of harmful algal blooms can be achieved, with a focus on prevention. Display all operational results and risk areas in one map to avoid the traditional phenomena of large workload, high cost, low efficiency, poor timeliness, and low emergency response capabilities.

Planktonic algae produce live fluorescence under excitation light, and the differences in pigment composition within cells of different species of phytoplankton form the material basis for the characteristic live fluorescence of algae. Based on this, a live detection method for phytoplankton has been developed. The photosynthetic pigments contained in algal communities are complex, and numerous photosynthetic pigments are used as indicators for algal species identification. Among them, chlorophyll, with its wide distribution and relatively high concentration compared to other photosynthetic pigments, is often used as the main indicator for identifying fluorescence.

The fluorescence of algal pigments is influenced by many factors such as the excitation intensity of the light source, the light acceptance rate of the photoreaction system, the light energy conversion efficiency, and the quantum yield. There are certain differences in the fluorescence produced by different types of algae. By measuring the fluorescence characteristics with instruments and characterizing them in the fluorescence spectrum, a fluorescence recognition and detection method based on the fluorescence spectrum of planktonic algae communities for different algae species has been developed.

Huaxia Anjian Algae Monitoring SystemBeing able to provide accurate solutions based on professional data, digital management, prevention management, and emergency management. Highlighting the consideration of advantageous algal species, taking into account key water projects, with clear short-term goals (3-7 day warning), and taking into account innovative goals (monthly, quarterly, and annual forecasts).