VDI 2267 Blatt 9-2002
Determination of suspended particulates matter in ambient air - Measurement of the mass concentration of mercury - Sampling by sorption as amalgam and determination by atomic fluorescense spectrometry (AFS) with cold vapour technique
- Standard No.
- VDI 2267 Blatt 9-2002
- Release Date
- 2002
- Published By
- Association of German Mechanical Engineers
- Latest
- VDI 2267 Blatt 9-2002
- Replace
- VDI 2267 Blatt 9-2001
- Scope
- The guideline describes a method for determining the mass concentration of total gaseous mercury (TGM) in ambient air. The method does not distinguish between elemental, inorganic or organic mercury. Because of the low mass concentrations of airborne mercury, an enrichment sampling method is used. Analytical determination is performed after thermal desorption using atomic fluorescence spectrometry (AFS).
VDI 2267 Blatt 9-2002 Referenced Document
- DIN 38402-51:1986 German standard methods for the examination of water, waste water and sludge; general information (group A); calibration of analytical methods, evaluation of analytical results and linear calibration functions used to determine the performance characteris
- VDI 2267 Blatt 8-2000 Determination of suspended particles in ambient air - Measurement of the mass concentration of mercury - Sampling by sorption as amalgam and determination by atomic absorption spectrometry (AAS) with cold vapour technique
- VDI 2449 Blatt 1-1995 Measurement methods test criteria - Determination of performance characteristics for the measurement of gaseous pollutants (immission)
VDI 2267 Blatt 9-2002 history
- 2002 VDI 2267 Blatt 9-2002 Determination of suspended particulates matter in ambient air - Measurement of the mass concentration of mercury - Sampling by sorption as amalgam and determination by atomic fluorescense spectrometry (AFS) with cold vapour technique
- 2001 VDI 2267 Blatt 9-2001 Determination of suspended particulates in ambient air - Measurement of the mass concentration of mercury - Sampling as amalgam by sorption and determination by atomic fluorescense spectrometry (AFS) with cold vapour technique.
