Laser

Utilizing proprietary technologies of Tunable Diode Laser Absorption Spectroscopy (TDLAS), FPI delivers the LGA system to satisfy in-situ measurements with high accuracy, fast response, strong reliability and virtually maintenance free. 

FPI LGA system is applicable to almost all industrial process, especially well proven in harsh conditions in combination of high temperature, pressure, dust, corrosives and contaminants.

PM-200 Particulate Online Monitoring System is a new draw-out low concentration dust measuring instrument. The instrument adopts the draw-out dilution sampling to avoid high humidity water vapor influence on the measurement. It can use it for continuous online monitoring of particulate matter with high humidity and low concentration. Through the real-time measurement of light scattering modules and regularly by use of β-ray analysis unit calibration, the sampled fume ensures the long-term stability of the measuring results, especially suitable for measuring low concentrated dust after coal-fired power plant wet desulphurization and wet dedusting.

PM-200 Particulate Online Monitoring System is a new draw-out low concentration dust measuring instrument. The instrument adopts the draw-out dilution sampling to avoid high humidity water vapor influence on the measurement. It can use it for continuous online monitoring of particulate matter with high humidity and low concentration. Through the real-time measurement of light scattering modules and regularly by use of β-ray analysis unit calibration, the sampled fume ensures the long-term stability of the measuring results, especially suitable for measuring low concentrated dust after coal-fired power plant wet desulphurization and wet dedusting.

PM-200 Particulate Online Monitoring System is a new draw-out low concentration dust measuring instrument. The instrument adopts the draw-out dilution sampling to avoid high humidity water vapor influence on the measurement. It can use it for continuous online monitoring of particulate matter with high humidity and low concentration. Through the real-time measurement of light scattering modules and regularly by use of β-ray analysis unit calibration, the sampled fume ensures the long-term stability of the measuring results, especially suitable for measuring low concentrated dust after coal-fired power plant wet desulphurization and wet dedusting.

Utilizing proprietary technologies of Tunable Diode Laser Absorption Spectroscopy (TDLAS), FPI delivers the LGA system to satisfy in-situ measurements with high accuracy, fast response, strong reliability and virtually maintenance free. 

FPI LGA system is applicable to almost all industrial process, especially well proven in harsh conditions in combination of high temperature, pressure, dust, corrosives and contaminants.

LGA-C300 calorific value laser gas analyzer system based on TDLAS technology for continuous and accurate measuring various of combustible gas components (such as CO/CH4) in gas, through transfer gas composition to effective calorific value to measure gas caloric value and realize the online monitoring and process optimization guidance for gas calorific value.

LDM-100 monitors the gas turbidity and dust concentration in real-time and continuously in each process pipe and emission flue by measuring the ratio of optical intensity after laser transmission and original optical intensity.

Utilizing proprietary technologies of Tunable Diode Laser Absorption Spectroscopy (TDLAS), FPI delivers the LGA system to satisfy in-situ measurements with high accuracy, fast response, strong reliability and virtually maintenance free. 

FPI LGA system is applicable to almost all industrial process, especially well proven in harsh conditions in combination of high temperature, pressure, dust, corrosives and contaminants.

Utilizing proprietary technologies of Tunable Diode Laser Absorption Spectroscopy (TDLAS), FPI delivers the LGA system to satisfy in-situ measurements with high accuracy, fast response, strong reliability and virtually maintenance free. 

FPI LGA system is applicable to almost all industrial process, especially well proven in harsh conditions in combination of high temperature, pressure, dust, corrosives and contaminants.

LDM-100(D) is an in-situ dust analyzer based on the laser backscattering principle, which is mainly used to measure smoke and dust within the conventional ranges.