From Policy to Action: How Optosky Tackles Agricultural Pollution with Smart Monitoring.

2025-12-19

In recent years, agricultural non-point source pollution has become a significant factor affecting my country's water environment quality and ecological security. Problems such as excessive use of pesticides and fertilizers, indiscriminate discharge of livestock and poultry waste, straw burning, and agricultural film residue not only pollute soil and water bodies but also threaten the safety of agricultural products and human health.

I. The "Hidden" Challenges of Agricultural Non-point Source Pollution

Agricultural non-point source pollution refers to the pollution of the ecological environment caused by the unreasonable use of chemical inputs such as fertilizers, pesticides, and mulch films during agricultural production, as well as the untimely or improper handling of livestock and aquaculture waste and crop straw. Under the combined influence of rainfall and topography, nutrients such as nitrogen, phosphorus, and organic matter accumulate excessively in the soil or enter receiving water bodies through surface and groundwater runoff and soil erosion.

Agricultural non-point source pollution is characterized by its dispersed nature, delayed effects, uncertainty, and dual nature, making it difficult to achieve precise monitoring and efficient control using traditional manual inspection methods. How to transform agricultural pollution from "invisible pollution" to "monitorable, predictable, and controllable" has become a core issue in current agricultural environmental governance.

II. Optosky Smart Monitoring System: Three-dimensional and Fully Covered

We have built an integrated "space-air-ground" monitoring network that covers multi-dimensional data such as water quality, soil, meteorology, crop growth, pests, and diseases, enabling full-process supervision from source to confluence.

(1) Water quality monitoring system

ATE5300 Full-Spectrum Multi-Parameter Water Quality Monitoring Station: Utilizing ultraviolet-visible spectroscopy technology, it eliminates the need for reagents and secondary pollution, enabling real-time online monitoring of multiple parameters.

ATE6100 buoy-type water quality monitoring system: suitable for open water areas such as lakes, reservoirs, and aquaculture areas, and supports remote transmission and intelligent control.

ATE6500 Integrated Water Quality Monitoring Station: Modular design, flexible configuration, widely used in key locations such as farmland drainage outlets and ecological ditches.

(2) Agricultural four-condition monitoring equipment

NY1000 Agricultural Meteorological Station: Real-time monitoring of meteorological elements such as wind speed, rainfall, temperature, and humidity.

NY1200 Soil Moisture Meter: Accurately monitors soil temperature, humidity, and electrical conductivity to guide scientific irrigation.

NY3400 Insect Monitoring Lamp: Automatically attracts, identifies, and counts insects; AI identifies insect species and provides accurate early warnings.

NY3500 Spore Trapper: Captures pathogenic spores in real time, enabling early warning of diseases.

NY3300 Pro Multispectral Agricultural Detector: Identifies crop diseases based on spectral technology, facilitating precise pesticide application.

III. Software Platform: Data-Driven Intelligent Decision Making

We have built digital platforms such as a green farming service system, a pollution inspection system, and a manure return traceability system to achieve:

(1) Precise location and dynamic monitoring of pollution sources

(2) Standardization of inspection tasks and closed-loop management of cases

(3) The entire process of transportation, returning to the field, and supervision is traceable.

(4) Multi-dimensional data chart analysis to assist decision-making

IV. Policy Support and Project Implementation

The state attaches great importance to the control of agricultural non-point source pollution, and the central government has established special funds to support projects such as the governance of the Yangtze/Yellow River basins, the resource utilization of livestock and poultry manure, and the recycling of agricultural film. Optosky has successfully implemented monitoring projects in many parts of the country.

For more information, please contact:

Email: optoskyphotonics@gmail.com

Web: Optosky.net

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