Ambient Air Monitoring Network System

AQI (Air Quality Index) network monitoring provides general pollutant data and gives administrative support whereas source analysis demonstrates the formulation of pollutants. The combination of two approaches gives specific evidence of ambient forecast and right solution for treatment.

Our Comprehensive Ambient Air Monitoring Network System

Our solutions create full-coverage AQI networks for continuous air quality assessment and management.

FPI’s ambient air monitoring network solution consists of a data center platform, an operation guarantee system and products.

Data Center Platform

FPI ambient network management platform (ANMP) is a powerful and customizable interface for data evaluating and processing. The modularization of ANMP of data collection, data auditing, trend prediction and control, gives comprehensive and flexible accessing for both government authority and public.

Operation Guarantee System: Standard and Specification System, Working Mechanism System (e.g. data sharing among departments) and Operation Service System (operation and maintenance consulting, supervision, etc.).

Product Series:

Standard AOMS: The priority of these stations is to generate reference and representative pointwise AQI in such region. These stations and data are considered as state level standard data to be published.
Compact System: Cost-effective system, applied in key roads and villages which is critical for municipal or regularly polluted areas, used for legal enforcement.
Micro AQMS: Target to find out the pattern of pollution spatial distribution during certain period and gives macro idea on municipal management.
Dust Monitoring System: Designed with light scattering technology for continuous real-time measurement of particulate concentration along with noise and meteorological parameters, used in most construction sites.
Mobile Station: Can be selected and moved as per requirement; such flexibility enables the mobile station to perform as fixed station as well.
Micro Pulse Lidar: By detection the vertical and horizontal polarization signal, lidar monitors the change process of PM, the spatio-temporal evolution characteristics of particulate matter, to alert the air quality changes at the city (or region) boundary and locate the pollution source quickly.

The system combines fixed monitoring and mobile monitoring, near-surface monitoring and high-altitude smart monitoring to achieve the monitoring of all-round full-process, and full-element, and provide local environmental authority with targeted monitoring and precise GPS: The combination of monitoring equipment and information platform promotes the achievement of environmental quality improvement goals.

Our Solution Process: From Evaluation to Continuous Improvement

Our methodical approach drives success

Evaluation

Survey regional pollutant patterns and existing stations to identify coverage gaps for AQI networks.

Customization

Select AOMS analyzers and calibrators based on site needs, integrating meteorological and data subsystems.

Implementation

Deploy stations in 4-6 weeks with training, including multi-point calibration for O3/NO2/SO2.

Improvement

Provide 24/7 remote diagnostics, software updates, and 2-year warranty for 99% uptime.

Why Choose FPI as Your Partner?

FPI builds robust AQI networks with AOMS integration for precise regional air assessment.

Full-Coverage Deployment: AOMS-300/500 stations provide representative O3/SO2 data, filling gaps in 95% of urban/rural sites.
Dynamic Calibration: AOMS-200 multi-point system ensures <2% bias for CO/NOx, enhancing data reliability.
Efficient Transmission: Integrated DAQ subsystems enable real-time AQI forecasting, cutting response times by 30%.
Proven Regional Impact: Deployed in Xuzhou and Cambodian projects, achieving 18-20% exceedance reductions.

Additional metrics: 20+ years in ambient analytics, 95% customer satisfaction, equipped 150+ AQI networks globally, chemiluminescence for federal reference accuracy.