Nevco Engineers Pvt. Ltd.
Mercury Monitoring System

Mercury Monitoring System

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Provide Mercury Monitoring System is grounded on opsis ftir/uv doas advancement that offers best conceivable execution and speedier response for every kind of gas. The elevated resolution system is independent from hindrances from each classified gas including water. In addition, the uv assessments of hg, so2, no2 and no provide excellent performance. Integrated ejector pump is deployed to transfer gas specimen from stack in estimation cell through a heated specimen line. Single analyzer cabinet of our Mercury Monitoring System can function numerous measurement cells employing in-built optical multiplexer. Our sole system will assess every relevant gas for cem usages, for example, hg, ch4, n20, hci ad more. Furthermore, complete mercury can be estimated as an alternative deploying distinctive converter and measurement cell that transforms every mercury species into basic mercury.

Key features:

  • Hot damp extractive can be employed to assess h2s
  • Components simply measured with uv doas
  • Has zero water vapor sensitivity and extended calibration stability
  • Sample travels from unique piping to heated multiplexer

Compound

Max. Measurement Range(1m path)

Lowest measurement range according to EN15267

Min. detectable quantities (monitoring path 1 m, measurement time 30 sec.)

Zero drift(1 m path, max. per month)

Span drift(per month, better than)

Linearity error(measurement range, better than)

Max. length of fibre optic cable (when monitoring individual compounds)

Hardware requirement

System 400 BASIC

 

 

 

 

 

 

 

NO(4)

0–­2000 mg/m3

0–150 mg/m3

1 mg/m3

±2 mg/m3

±2%

±1%

20 m

AR600S

NO2

0–2000 mg/m3

0–20 mg/m3

0.5 mg/m3

±1 mg/m3

±2%

±1%

200 m

AR600S

SO2

0–5000 mg/m3

0–80 mg/m3

0.5 mg/m3

±1 mg/m3

±2%

±1%

100 m

AR600S

System 400 EXT

 

 

 

 

 

 

 

CO

0–10000 mg/m3

0–75 mg/m3

3 mg/m3

±6 mg/m3

±2%

±1%

10 m

AR650

H2O

0–100% Vol.

0–30% Vol.

0.1% Vol.

±0.2% Vol.

±2%

±1%

100 m

AR650

NO(4)

0–­2000 mg/m3

0–150 mg/m3

1 mg/m3

±2 mg/m3

±2%

±1%

20 m

AR600S

NO2

0–2000 mg/m3

0–20 mg/m3

0.5 mg/m3

±1 mg/m3

±2%

±1%

200 m

AR600S

SO2

0–5000 mg/m3

0–80 mg/m3

0.5 mg/m3

±1 mg/m3

±2%

±1%

100 m

AR600S

System 400 WASTE

 

 

 

 

 

 

 

CO

0–10000 mg/m3

0–75 mg/m3

3 mg/m3

±6 mg/m3

±2%

±1%

10 m

AR650

CO2*

0–100% Vol.

0–10% Vol.

0.1% Vol.

±0.2% Vol.

±2%

±1%

50 m

AR650

H2O

0–100% Vol.

0–30% Vol.

0.1% Vol.

±0.2% Vol.

±2%

±1%

100 m

AR650

HCl

0–5000 mg/m3

0–15 mg/m3

0.5 mg/m3

±1 mg/m3

±2%

±1%

100 m

AR650

HF*

0–1000 mg/m3

0–5 mg/m3

0.2 mg/m3

±0.4 mg/m3

±2%

±1%

200 m

AR650

N2O*

0–­10000 mg/m3

0–100 mg/m3

2 mg/m3

±4 mg/m3

±2%

±1%

20 m

AR650

NH3*

0–1000 mg/m3

0–10 mg/m3

0.5 mg/m3

±1 mg/m3

±2%

±1%

20 m

AR650

NO(4)

0–­2000 mg/m3

0–150 mg/m3

1 mg/m3

±2 mg/m3

±2%

±1%

20 m

AR600S

NO2

0–2000 mg/m3

0–20 mg/m3

0.5 mg/m3

±1 mg/m3

±2%

±1%

200 m

AR600S

SO2

0–5000 mg/m3

0–80 mg/m3

0.5 mg/m3

±1 mg/m3

±2%

±1%

100 m

AR600S