Online Monitoring Solution for Air Pollution in Industrial Parks

System Overview:

Landun Photoleectron, leveraging over a decade of collaborative research with the Institute of Optics and Fine Mechanics at the Chinese Academy of Sciences, has focused on the development of foundational sensor monitoring equipment and industry solutions for pollution source monitoring. In response to the actual conditions of pollution emissions in industrial parks, we have developed the "Smart Monitoring and Early Warning System for Parks." This system establishes multi-dimensional boundary monitoring and a comprehensive monitoring and early warning network. To address the current lack of a standardized evaluation system for monitoring indicators in parks and to comply with national VOC monitoring and treatment requirements, our company offers a foundational perception monitoring system that combines DOAS, FTIR, and TDLAS technologies.

System Composition:

The Smart Monitoring and Early Warning System for Parks primarily consists of three components: monitoring layer devices, data collection and transmission systems, and application systems.

By integrating DOAS, FTIR, and TDLAS technologies, the system enables data collection, transmission, storage, processing, and application. Coupled with GIS and GPS technologies, it allows for intelligent application displays, facilitating the monitoring and assessment, analysis, and tracing of pollution in industrial parks. The solution supports real-time monitoring of conventional pollutant concentrations (SO₂, NOₓ, O₃, etc.), VOCs, meteorological parameters (wind direction, wind speed, etc.), and provides data upload, analysis, and application functionalities.

Application Features:

The Smart Monitoring and Early Warning Platform (hereinafter referred to as the "Platform") is characterized by its standardization, scientific approach, unity, and rationality, ensuring effective use post-implementation. The system adopts a B/S architecture with a clear and user-friendly interface, facilitating easy operation and ensuring stable system performance, practicality, and data security. Key features include user authentication, data collection, data management, instrument status monitoring, data collection settings, monitoring and early warning, GIS applications, and emergency responses to environmental incidents.

Application Cases:

Through the Smart Monitoring and Early Warning Platform, effective assessments of pollution, environmental conditions, and trends in industrial parks can be conducted, providing data support for total control, pollution tracing, emergency responses, and the protection of public health.