SIGAS CGC-100 VOCs Online measurement system monitor the non-methane total hydrocarbon and the component of characteristic factor pollutants in fixed emitters, and connect with the monitoring equipment of environmental protection department. The on-line gas chromatography of CGC-100 use FID detector, to detect different pollutant for various factory according to local environment requirement. CGC-100 can also fulfill different customer OEM requirement to add other components or function.
Specification:
| System data | |
| Power supply | AC 220V±10%,50Hz±1Hz，8KW (Including system equipment and air condition) |
| Equipment Air | (0.4-0.6)MPa, Gas consumption 15Nm3/h, Dew pooint: -20℃, oil free, water free |
| Output signal | DCA(4-20)mA; Operation(Auto,Manual), Maintaining, Malfunction; RS485, RS232, TCP/IP |
| Environment Temp. | Indoor 15～35℃，Outdoor -20～50℃ |
| Environment Humidity | ≤85% rel. |
| Pressure | 86-106kPa |
| Measurement Items | NMHC, benzene, methyl-benzene, xylene, Temp., Pressure, Flow. |
| Sampling | Sampling Probe + high Temp. Sampling process |
| Monitoring system | on-line gas chromatography |
| Equipment Cabinet | GC, system control item, gas pipe item, power supply:220VAC, Protection level:IP55 |
| Sampling Probe | Protection level: IP65 |
| Gas Measurement | |
| GC | Detector: FID Detection Limit < 0.1mg/m3 Measurement range 0-50/100/200/1000/5000mg/Nm3 adjustable RSD ≤ 3% Linearity ≤5% F.S Indication error: related error <10% |
| Measurement cycle Hydrogen generator Nitrogen Standard gas | < 2min Hydrogen purity: 99.999%; Hydrogen flow: 20ml/min; Working pressure: 0.3Mpa; Nitrogen purity: 99.999%; Nitrogen flow: 45ml/min; Working pressure: 0-0.4Mpa; Standard gas: C3H8+CH4+N2, benzene+ methyl-benzene+xylene+N2; Standard gas flow: 30ml/min; Working pressure: 0.2Mpa; |
| Temp., Pressure,Flow | |
| Temp. Pressure Flow Installation | Measurement method: Platinum resistance; Range: 0～300℃; Accuracy: ±0.5%FS Measurement method: Pressure Sensor; Range: -5KPa～+5KPa; Accuracy: ±0.5%FS Measurement method: Pitot tube differential pressure; Range: 0～40m/s; Accuracy: ±1% Flanged mounting |
Product description:
SIGAS CGC-100 VOCs Online measurement system monitor the non-methane total hydrocarbon and the component of characteristic factor pollutants in fixed emitters, and connect with the monitoring equipment of environmental protection department. The on-line gas chromatography of CGC-100 use FID detector, to detect different pollutant for various factory according to local environment requirement. CGC-100 can also fulfill different customer OEM requirement to add other components or function.
Measurement Components:
- CH4, THC, NMHC
- BETX such as: benzene, methyl-benzene, xylene;
- Other characteristic Volatile organic compounds in emission sources (including odorous organic compounds)
SIGAS CGC-100 VOCs Online measurement system equipped with a high-end process chromatograph, allowing manual and automatic sampling and analysis, equipped with FID hydrogen flame ion detector, showing good linearity in detecting combustible hydrocarbons.
SIGAS CGC-100 VOCs Online measurement system monitor the non-methane total hydrocarbon and the component of characteristic factor pollutants in fixed emitters, and connect with the monitoring equipment of environmental protection department. The on-line gas chromatography of CGC-100 use FID detector, to detect different pollutant for various factory according to local environment requirement. CGC-100 can also fulfill different customer OEM requirement to add other components or function.
Specification:
| System data | |
| Power supply | AC 220V±10%,50Hz±1Hz，8KW (Including system equipment and air condition) |
| Equipment Air | (0.4-0.6)MPa, Gas consumption 15Nm3/h, Dew pooint: -20℃, oil free, water free |
| Output signal | DCA(4-20)mA; Operation(Auto,Manual), Maintaining, Malfunction; RS485, RS232, TCP/IP |
| Environment Temp. | Indoor 15～35℃，Outdoor -20～50℃ |
| Environment Humidity | ≤85% rel. |
| Pressure | 86-106kPa |
| Measurement Items | NMHC, benzene, methyl-benzene, xylene, Temp., Pressure, Flow. |
| Sampling | Sampling Probe + high Temp. Sampling process |
| Monitoring system | on-line gas chromatography |
| Equipment Cabinet | GC, system control item, gas pipe item, power supply:220VAC, Protection level:IP55 |
| Sampling Probe | Protection level: IP65 |
| Gas Measurement | |
| GC | Detector: FID Detection Limit < 0.1mg/m3 Measurement range 0-50/100/200/1000/5000mg/Nm3 adjustable RSD ≤ 3% Linearity ≤5% F.S Indication error: related error <10% |
| Measurement cycle Hydrogen generator Nitrogen Standard gas | < 2min Hydrogen purity: 99.999%; Hydrogen flow: 20ml/min; Working pressure: 0.3Mpa; Nitrogen purity: 99.999%; Nitrogen flow: 45ml/min; Working pressure: 0-0.4Mpa; Standard gas: C3H8+CH4+N2, benzene+ methyl-benzene+xylene+N2; Standard gas flow: 30ml/min; Working pressure: 0.2Mpa; |
| Temp., Pressure,Flow | |
| Temp. Pressure Flow Installation | Measurement method: Platinum resistance; Range: 0～300℃; Accuracy: ±0.5%FS Measurement method: Pressure Sensor; Range: -5KPa～+5KPa; Accuracy: ±0.5%FS Measurement method: Pitot tube differential pressure; Range: 0～40m/s; Accuracy: ±1% Flanged mounting |
Product description:
SIGAS CGC-100 VOCs Online measurement system monitor the non-methane total hydrocarbon and the component of characteristic factor pollutants in fixed emitters, and connect with the monitoring equipment of environmental protection department. The on-line gas chromatography of CGC-100 use FID detector, to detect different pollutant for various factory according to local environment requirement. CGC-100 can also fulfill different customer OEM requirement to add other components or function.
Measurement Components:
- CH4, THC, NMHC
- BETX such as: benzene, methyl-benzene, xylene;
- Other characteristic Volatile organic compounds in emission sources (including odorous organic compounds)
SIGAS CGC-100 VOCs Online measurement system equipped with a high-end process chromatograph, allowing manual and automatic sampling and analysis, equipped with FID hydrogen flame ion detector, showing good linearity in detecting combustible hydrocarbons.
