Ambient Air VOCs Pollution Monitoring System

Volatile organic compounds (V0Cs) are organic compounds involved in atmospheric photochemical reactions, including Non-methane hydrocarbons (alkanes, olefinalkynes, aromatic hydrocarbons, etc.), oxygen-containing organic compounds (aldehydes, ketones, alcohols, ethers, etc.), chlorine-containing organic compoundsnitrogen-containing organic compounds, sulfur-containing organic compounds, etc.

Our Comprehensive Ambient Air VOCs Pollution Monitoring System

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

FPI adopts the concept of network monitoring on VOCs pollutant treatment, integrated with multiple monitoring instruments, such as online monitoring system, mobile monitoring system, and portable analyzer to build a 360-degree monitoring network system including key source outlet monitoring, key plant monitoring, mobile monitoring, regional air quality monitoring, etc.

FPI ambient air VOCs monitoring solution can be chosen in accordance with specific needs in below:

EXPEC-2000-15 Online VOCs Analyzer adopts high-temperture heat tracing double valve column-parallel back-blowing chromatographic separationtechnology, automatically measuring and analyzing methane and total hydrocarbon content.
EXPEC-2000-210 Online VOCs Analyzer adopts chromatographic separation technolgy, mainly used to monitor the ambient air of benzene series and other characteristic factors in the air.
EXPEC-2000-610 Online Vocs Analyzer adopts GC-HSPlD technology, mainly used to monitor the volatile organic sulfide in the ambient air.EXPEC-3100 Portable VOC Leakage Detection System adopts hydrogen fame ionization detection technology for total hydrocarbon measurement, suitable for VOCs tracing, on-site emergency detection, and pipeline leak detection.
EXPEC-3200 Portable M/NMHC Detection System adopts heat tracing technology to measure compositions of al hydrocarbons, methane, non-methane, andother characteristic emission factors of exhaust gas from stationary sources and unmonitored emissions.
EXPEC-3500 GC-MS is a portable instrument that adopts gas chromatography spectrometry (Gc-MS) technolbgy for rapid quaitative and quantitative analysis on VOCs and SVOCs in the atmosphere, water, or soil.

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.

Photochemical Component Network Construction Project China National Environmental Monitoring Center
VOCs Quality Control Laboratory Construction Project of Shanghai Environmental Monitoring Center
VOCs Mobile Monitoring Service in the 7th ClSM Military World Games
2016 G20 Hangzhou Summit
2017 BRlCS National Xiamen Summit

Our Solution Process: From Evaluation to Continuous Improvement

Our methodical approach drives success

Evaluation

Assess PM composition and source contributions to identify pollution hotspots and data gaps.

Customization

Select XRF/carbon/ion/TOF-MS instruments based on regional PM profiles, integrating PMF modeling.

Implementation

Deploy homology sampling systems in 4-6 weeks, with training on LAMPAs and big data platform.

Improvement

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

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.