Provides ultra pure pollutant-free zero air for analytical purpose. Remote monitoring and configuration can also be be achieved through digital access.

Multi-gas calibrator utilizes mass flow controller to perform standard zero and span calibration with up to 4 gas sources.

Measures ambient O₃ concentration in ppb level by utilizing UV photometric absorption technology.

Carbon monoxide (CO) analyzer measures ambient CO concentration by employing nondispersive infrared with gas filter correlation method technology.

Sulfur dioxide (SO₂) analyzer applies UV fluorescence technology recommended by US EPA as federal reference method for trace level SO₂ measurement.

Nitrogen oxides (NO / NO₂  / NO_X) analyzer utilizes chemiluminescence technology indicated by US EPA as federal reference method for monitoring on multiple forms of nitrogen oxides.

Measures ambient particulate by using well applied beta ray attenuation technology. PM2.5 measurement can also be achieved by introducing corresponding cyclone.

By having technical collaboration with FPI’s subsidiary Synspec B.V., the GC-3000 provides world top level solution for ambient trace level HC monitoring by using FID/PID detector.

Latest X-Ray fluorescence technology monitoring up to 28 metal elements. Ng/m3 level detection. Beta ray attenuation module integrated, simultaneous monitoring of PM2.5/PM10 can be achieved.

Customizable parameters with 4G and wireless communication to FPI platform or cloud. Cost effective solution for multi-area pollution monitoring. Solar panel and meteorological sensor provides sustainable operation and weather condition data.

TSP, PM10, PM2.5 selectable.
24 hours CCTV provides online visual data.
Integrated meteorological sensor for pollutant tracing.
Sound level meter for real time noise monitoring.

Gas chromatograph with electron capture detector for trace level ambient PANs analysis, where PANs are the most representative indicator for photochemical pollution instead of NOx or VOCs.

FPI joined hands with Justus-Liebig-Universität Gießen Germany and developed online MS for analyzing chemical components in aerosol and source tracing.

The backscattering signal on aerosol and cloud is received by telescope detector. By analyzing light extinction and polarization, the spatial and temporal distribution can be evaluated.

Solid state laser drive, high pulse intensity and long distance detection.
Water cooling system makes stable performance.
More than 80 million flashing life time.

Multi-selectable reference light source.
Dual detector enhances the system performance.