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Air Quality Monitoring System Solutions

The air qualityindex or A0l is developed by Us EPA to make information avalable about air polutants and how to avoid their effects.These monitored componentsincude particulate matter (PM2.5 and PM10), 0zone (03), itrogen Dioxide (N02), sulfur Dioxide (s02, and Carbon Monoxide (C0) emissions, which are the mostcommon air pollutants with proven ill effects on human health.

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Our Comprehensive Air Quality Monitoring System

Our solutions build a 360-degree VOCs network for source tracing and air quality management.

FPl’s ambient air montoring system consists of a samping subsystem, a gas dynamic caibration subsystem, a meteorological parameters monitoring subsystem, a

standard parameters monitoring subsystem, and a data acquisition and processing subsystem.

Standard Parameter Monitoring Subsystem:

.AOMS-300 0zone Analvzer: lt measures ambient 03 concentration in ppb level by utlizing UV photometric absorption technology

A0MS-400 Carbon Monoxide Analyzer: it measures ambient C0 concentration by employing non-dispersive infrared with gas fiter corelation method

technology.

AQMS-500 Sulfur Dioxide Analyzer: lt applies UV fluorescence technology with the photomultiplier tube(PMT) to measure s02. AOMS-600 Nitrogen Oxides Analvzer: it utiizes chemiluminescence technology stipuated by Us EPA as the federal reference method for monitoring multipl

forms of nitrogen oxides.

AOMS-100 Zero Air Generator: lt provides ultra-pure, pollutant-free zero air for calibrating the ambient ar quality monitor’s zero point

AOMS-200 Multi-Point Calibrator: it utilizes two mass flow controllers to perform standard zero and span calibration with yp to 4 gas sources

BPM-200 Continuous Particuate Monitor: it ues wel-applied beta-ray attenuation technolgy to assess ambient particles. PM2.5 can also be measured by

creating a comparable cyclone.

It can automatically perform continuous sampling and analysis, requiring human intervention.

It is integrated with a data collection and transmission system, allowing for data transmission, remote control operation, automatic fault diagnosis and alert notifications.

It is designed to be comprehensive, precise, and provide reliable data collection and transmission.

Industry Pain Points & Current Status

The environmental monitoring sector faces mounting pressure from stricter global standards and public scrutiny.

Many facilities miss trace pollutants like VOCs and PM2.5, with 20-30% of emissions going unmonitored due to outdated sensors, risking fines and health hazards.

  • EPA Clean Air Act: Requires SO2 and NOx tracking, penalties up to $37,500/hour.
  • EU Industrial Emissions Directive: Mandates real-time CO2 reporting.
  • Gap: 15% of plants fail audits due to manual data gaps.
  • 2023 Beijing Smog Event: Unmonitored PM2.5 levels caused 10,000+ respiratory cases.
  • Need: Continuous air quality monitoring to protect communities.

Current trends push for real-time data analytics and IoT-enabled monitoring, yet legacy systems lag, undermining sustainability efforts.

How FPI Solves These Challenges

FPI’s Environmental Monitoring Solutions offer continuous, high-precision pollutant detection using Laser Gas Analyzers and Multi-Gas Monitors. We deliver real-time VOC and PM2.5 insights, ensuring compliance with a 98% accuracy rate. Integrated with cloud platforms, our systems reduce reporting delays by 30% and support predictive environmental management.

Our Solution Process: From Consultation to After-Sales

Our Solution Process: From Assessment to Ongoing Support

Assessment

Evaluate pollution sources via site surveys and baseline testing.

System Design

Develop custom Air Quality Monitoring Systems for specific emissions.

Deployment

Install with ATEX-certified equipment in 4-6 weeks

Support

Offer 24/7 remote diagnostics, biannual maintenance, and a 3-year warranty.

Why Choose FPI as Your Partner?

FPI advances PM source analysis with LAMPAs and PMF for precise pollution attribution.

  • Homology Sampling Precision: Unified LAMPAs system ensures accurate PM profiles, improving source tracing by 30% over off-line methods.
  • Multi-Instrument Integration: XRF/carbon/ion/TOF-MS cover 95% PM components, with PMF for 85% attribution accuracy.
  • Rapid Emergency Response: Real-time TOF-MS detects sudden sources, reducing heavy pollution duration by 25%.
  • Regulatory Guidance: Automated reports support EU IED and EPA PM2.5 NAAQS, enabling 20% emission control gains.

Additional metrics: 18+ years in PM analytics, 94% customer satisfaction, equipped 150+ source networks globally, homology tech for short-cycle analysis.

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