Water Quality Online Monitoring Solution
author: Susan
2024-08-08
Background Introduction:
Water is essential for survival and civilization, critical for human life and economic development. However, population growth and technological advances have worsened water pollution, with millions of tons of garbage dumped daily worldwide. Each liter of wastewater contaminates 8 liters of freshwater, impacting human health significantly. Environmental protection for water resources is crucial. Water Quality Online Monitoring provides timely, accurate assessments, essential for effective water resource management and pollution control measures.

Why choose water quality online monitoring system?
Traditional water quality testing has many problems
Traditional water quality testing methods suffer from complexities in operation, difficulties in sample handling, long detection cycles, poor real-time data collection, and high costs. These issues not only affect the accuracy and efficiency of water quality monitoring but also limit the scientific rigor and effectiveness of water quality management.
Manual sampling is inefficient
Traditional water quality monitoring requires manual sampling and subsequent laboratory analysis. However, due to geographical constraints, many urban rivers cannot accommodate manual sampling, resulting in an insufficient number of monitoring points and inadequate coverage.
The frequency of manual sampling is limited, making it impossible to obtain continuous real-time data, which leads to inaccurate and untimely water quality monitoring.
Optosky product recommendation:
ATE2000 Reagent-free full spectrum water quality monitor
Compared with traditional instruments, ATE2100 gets rid of the troubles of changing reagents, long-term measurements and building stations. It is used in water quality monitoring, industrial production, environmental monitoring and other fields.

ATE2300 Full spectrum multi-parameter water quality monitoring station
ATE2300 has the advantages of small footprint, no need for land acquisition, flexible installation, short construction period and low cost. It can realize online real-time monitoring of multiple monitoring parameters.

ATE7000 has the advantages of more economical construction management, more realistic in-situ monitoring, more environmentally friendly without reagents, more intuitive digital and visual integration, and more openness based on water conditions. It is suitable for use in areas where water quality needs to be monitored such as rivers, lakes, oceans, and water sources. It can monitor multiple water quality index data and hydrological data in the same period in real time.

ATH9010WT UAV-borne hyperspectral imaging river water quality inspection system
ATH9010WT combines the functions of large-scale hyperspectral water quality monitoring, on-site video evidence collection, and on-site water collection. It can be used in the fields of real-time online monitoring of river water quality, environmental monitoring of lakes and river basins, water quality testing, and coastline and marine environment monitoring.

ATW2310 has high precision and small size, and can be used in marine environment monitoring, ecological survey, port, river, lake water quality survey and water quality monitoring.

ATW2320 Marine Hyperspectral Radiometer
The characteristics of ATW2320 make it small size, light weight and low power consumption. It can be hoisted on a ship or a column for remote online monitoring; it is especially suitable for testing in remote places, such as oceans, lakes, rivers and other related water environment monitoring.
The characteristics of ATW2320 make it small size, light weight and low power consumption. It can be hoisted on a ship or a column for remote online monitoring; it is especially suitable for testing in remote places, such as oceans, lakes, rivers and other related water environment monitoring.

Summary:
Optosky products (ATE2000, ATE2300, ATE7000, ATH9010WT, ATW2310 and ATW2320) are oriented to the national water network security needs, adhere to scientific and technological innovation in the field of online water quality monitoring, and combine spectrum collection, intelligent terminals, communication technology, geographical information and cloud computing , big data and other technologies are closely integrated to provide safe, stable and powerful technical guarantee for online water quality monitoring.
Application Scenarios | Hyperspectral Facial Automated Recognition
Application Of HSI In The Field Of Water Stress
Related Article

Discover Optosky’s air–ground collaborative hyperspectral solution for mine ecological restoration monitoring. Combining UAV hyperspectral imaging, fixed-point rotating-scan systems, and field spectroradiometers, it supports vegetation, soil, mineral alteration, and water environment monitoring for green mine evaluation and restoration acceptance.
Applications | Hyperspectral Mine Restoration Monitoring

Compare single InGaAs and CMOS+InGaAs detector architectures in hyperspectral imaging. Learn why both can cover 400–1700 nm, how visible-light-extended InGaAs works, and the trade-offs in calibration, spectral registration, and system integration for applications in agriculture, food safety, and industrial inspection.
Technology | Single InGaAs vs. CMOS+InGaAs in Hyperspectral Imaging

Discover how hyperspectral imaging combined with multi-feature fusion (PCA + 2DCOS + CARS) enables non-destructive three-level grading of chili pepper sunburn with 97.2% accuracy. Learn about the ATH3000 system and Optosky's customized solutions for horticultural crop quality inspection and damage classification.
Can Sunburned Chili Peppers Be Non-Destructively Graded? Hyperspectral Imaging ATH3000 Offers a New Answer

Discover the Optosky ATH9600 multi-lens UAV-borne multispectral imaging system—featuring 67° ultra-wide FOV, synchronous snapshot, 3.75 μm large pixel, and native DJI X-Port integration. Ideal for large-area farmland monitoring, orchard management, pest early warning, water quality inversion, and complex crop classification. Born for efficient, all-weather low-altitude remote sensing.
Born for Large-Area Remote Sensing! Optosky Releases the ATH9600 Multi-Lens UAV-Borne Multispectral Imaging System