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eLibrary > BS EN 15267-3:2023 - TC Tracked Changes. Air quality. Assessment of air quality monitoring equipment - Performance criteria and test procedures for stationary automated measuring systems for continuous monitoring of emissions from stationary sources >

BS EN 15267-3:2023 - TC Tracked Changes. Air quality. Assessment of air quality monitoring equipment - Performance criteria and test procedures for stationary automated measuring systems for continuous monitoring of emissions from stationary sources, 2024

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BS EN 15267-3:2023 - TC Tracked Changes. Air quality. Assessment of air quality monitoring equipment - Performance criteria and test procedures for stationary automated measuring systems for continuous monitoring of emissions from stationary sources, 2024

A-30454085.pdf [Go to Page]
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1 Scope
2 Normative references
3 Terms and definitions
4 Symbols and abbreviations
5 General requirements [Go to Page]
5.1 Application of performance criteria
5.2 Ranges to be tested [Go to Page]
5.2.1 Certification range
5.2.2 Supplementary ranges
5.2.3 Lower limit of ranges
5.2.4 Expression of performance criteria with respect to ranges
5.2.5 Ranges of optical in situ AMS with variable optical length
5.3 Manufacturing consistency and changes to AMS design
5.4 Qualifications of testing laboratories
6 Common performance criteria for the laboratory test [Go to Page]
6.1 AMS for testing
6.2 Evidence of compliance of legal requirements
6.3 Security
6.4 Interfaces [Go to Page]
6.4.1 General
6.4.2 Analogue data output
6.4.3 Digital communication
6.5 Additional data outputs
6.6 Operational status signals
6.7 Prevention or compensation for optical contamination of in situ AMS
6.8 Degrees of protection provided by enclosures
6.9 Response time
6.10 Repeatability standard deviation at zero point
6.11 Repeatability standard deviation at span point
6.12 Lack of fit
6.13 Drift at zero point and at span point
6.14 Influence of ambient temperature
6.15 Influence of supply voltage variations
6.16 Influence of vibration
6.17 Influence of sample gas pressure for in situ AMS
6.18 Influence of sample gas flow for extractive AMS
6.19 Cross-sensitivity
6.20 Excursion of measurement beam of cross-stack in situ AMS
6.21 Converter efficiency for AMS measuring NOx
6.22 Converter efficiency for AMS measuring Hg
6.23 Response factors for AMS measuring TOC
7 Common performance criteria for the field test [Go to Page]
7.1 Calibration function
7.2 Response time
7.3 Lack of fit
7.4 Maintenance interval
7.5 Drift at zero point and at span point
7.6 Availability
7.7 Reproducibility
7.8 Contamination check of in situ systems
8 Specific performance criteria for measured components [Go to Page]
8.1 General
8.2 AMS measuring gaseous measured components [Go to Page]
8.2.1 Performance criteria
8.2.2 AMS measuring TOC
8.2.3 AMS measuring Hg
8.3 AMS measuring particulate matter
8.4 AMS measuring gas flow
9 General test requirements
10 Test procedures for the laboratory test [Go to Page]
10.1 AMS for testing
10.2 Evidence of compliance of legal requirements
10.3 Security
10.4 Interfaces [Go to Page]
10.4.1 General
10.4.2 Analog data output
10.4.3 Digital communication
10.5 Additional data output
10.6 Operational status signals
10.7 Prevention or compensation for optical contamination for in situ AMS
10.8 Degrees of protection provided by enclosures
10.9 Response time
10.10 Repeatability standard deviation at zero point
10.11 Repeatability standard deviation at span point
10.12 Lack of fit
10.13 Drift at zero point and at span point
10.14 Influence of ambient temperature
10.15 Influence of supply voltage variations
10.16 Influence of vibration
10.17 Influence of sample gas pressure for in situ AMS
10.18 Influence of sample gas flow for extractive AMS
10.19 Cross-sensitivity
10.20 Excursion of measurement beam of cross-stack in situ AMS
10.21 Converter efficiency for AMS measuring NOX
10.22 Converter efficiency for AMS measuring Hg
10.23 Response factors for AMS measuring TOC
11 Requirements for the field test [Go to Page]
11.1 Provisions
11.2 Field test duration
12 Common test procedures for the field test [Go to Page]
12.1 Calibration function
12.2 Response time
12.3 Lack of fit
12.4 Maintenance interval
12.5 Drift at zero point and at span point
12.6 Availability
12.7 Reproducibility
12.8 Contamination check of in situ systems
13 Specific test procedures for AMS measuring particulate matter [Go to Page]
13.1 Lack of fit
13.2 Extractive AMS
14 Measurement uncertainty
15 Test report
Annex A (informative)Selected standard reference methods, reference methods and general documents
Annex B (normative)Interferents
Annex C (normative)Test of linearity [Go to Page]
C.1 Description of the test procedure
C.2 Establishment of the regression line
C.3 Calculation of the residuals of the average concentrations
Annex D (informative)Example for the determination of the expanded uncertainty [Go to Page]
D.1 Determination of uncertainty contributions
D.2 Elements required for the uncertainty determinations
D.3 Example of an uncertainty calculation for an AMS measuring SO2
D.4 Determination of uncertainty contributions by use of sensitivity coefficients
D.5 Example of a calculation of an uncertainty contribution by use of a sensitivity coefficient
Annex E (informative)Elements of a performance test report [Go to Page]

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BS EN 15267-3:2023 - TC Tracked Changes. Air quality. Assessment of air quality monitoring equipment - Performance criteria and test procedures for stationary automated measuring systems for continuous monitoring of emissions from stationary sources, 2024

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