BS EN 14181:2004 - QAL2 CEMs Functional Test Report · TE's 1, 2 & 4 12th July 2013 1- ......
Transcript of BS EN 14181:2004 - QAL2 CEMs Functional Test Report · TE's 1, 2 & 4 12th July 2013 1- ......
Process Operator & Address Main Contact at Site Type of Process
Installation Name
Permit Number
Permit Reference
Date(s) of Test(s) / Sampling:
Report Date Parameters MeasuredVersion
Report By:
MCERTS Number:
MCERTS Level:
Technical Endorsements:
Report Approved By:
MCERTS Number:
Business Title:
Technical Endorsements:
Signature: ESG Job Number
ESG Laboratory Performing this Work: Your Contact at ESG: For technical enquiries contact:
East Kilbride Laboratory David Hay Andy Tiffen
2-4 Langlands Place Senior Team Leader Tel: 0161 477 3004
Kelvin South Business Park Tel: 01355 247 514 Fax: 0161 480 4642
East Kilbride Fax: 01355 249 669 Email: [email protected]
G75 0YF Email: [email protected]
Tel: 01355 246 730
MM 07 885
Mcerts Level 2 - Team Leader
TE's 1, 2, 3 & 4
LEK09311
Volatile Organic Compounds (VOCs)
Peripheral Measurements
Note - CEMS Functional testing and
associated reporting do not form part of
ESG's Mcerts accreditation.
SWI
770
BS EN 14181:2004 - QAL2 CEMs Functional Test Report
Novartis
Ringaskiddy
County Cork
Noel Aherne
Ireland
Waste Incinerator
Andy Tiffen
MM 05 640
MCERTS Level 2 - Team Leader
TE's 1, 2 & 4
12th July 2013
1
-
CEMs Functional Checks: 5th June 2013
Total Particulate Matter
Oxides of Nitrogen
Carbon Monoxide
Sulphur Dioxide
Tel: +353 21 4862374
Email: [email protected]
Cormac Dunne Hydrogen Chloride
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Title Page
Contents
CEM System Documentation & Records
Section 1 - Alignment and Cleanliness
Section 2 - Sampling Systems
Section 3 - Leak Testing
Section 4 - Zero and Span Check
Section 5 - Linearity Checks
Section 6 - Interferences
Section 7 - Zero and Span Drift (Audit)
Section 8 - Response Times
Section 9 - Service Report
2
3
4
4
4
4
5-11
12
12
12
13
Contents
Page Number
1
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Site operate a management system to cover Maintenance, Calibration and Training.
Site have a plan of the CEM system
Site have manuals for the following:
All CEMs instruments which are stored in ACFNT cabinets
Data handling systems which are stored in Site services offices
Software which are stored in Site services offices
Site have a maintenance schedule which is stored in Maximo system database
Site have a CEMs log book which is stored in Log book in CEMs room
Site have a list of essential spares
Spare parts are stocked at site
If the CEM malfunctions, site will switch to backup or call ABB engineer
Site has a permitted CEM downtime of 4 Hours
Site have a service contract witth the CEM supplier
Site keep copies of service reports
There is easy and safe access to the CEM system
Reference gases can be injected at both the analyser inlet and through the sample system
Site hold training records for site personnel that operate the CEM
The site operator has audited the CEMs provider
The site operator has not audited the monitoring organisation
Auditing records are available
The operator plans to audit soon
CEM System Documentation & Records
Quality System
Paperwork
Maintenance
Training Records
Auditing
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Cross Stack Analyser Only, (Site or Service Engineer)
Condition Notes
Internal Check of the analyser
Cleanliness of the optics
Flushing Air Supply
Obstructions in the optical path / stack
If analyser has been removed from the stack to demonstrate any of the above then check the following:
Contamination Control (internal check of optical surfaces) e.g. Could be % transmission.
Additional Notes
Visual Inspection of Sampling System (All CEMS Types).
Present Condition Notes
Sampling Probe(s)
Sampling Lines
Conditioning System
Sample Pump
Power Supply
Connections (All)
Filters
Nox converter
Additional Notes
Leak Check perfomed as per CEMs manual Result Notes
50
50
10
10
-
-0.1O2 20.9 % 20.94 86
Pollutant Span Gas units
HCl
100 mg/m3
1.1
15.89 0.2
0
mg/m3 15.97 016.1
20 mg/m3
mg/m3 779.3
SO2 100.4
0.4
Concentration
CO 100
800
mg/m3 99.7
NO
VOC
O2 (wet)
Section 3 - Leak Testing
Pass O2 reading at 0.1% for system zro
Section 4 - Zero & Span Check
Daily ELVSystem Check Response
Time T90
122
120
129
N/A
125
400
Yes
Yes
No
Yes
Yes
No N/A
Yes
Good
Clean
Checked by ABB
Operating at correct setpoint
N/A - Hot wet system
OK
Section 2 - Sampling Systems
Clean
CleanYes
Section 1 - Alignment and Cleanliness
Clean
Clean
Clean
None
Alignment of the measurement system OK
OK
Span Zero
within specified flow
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-0.49 PASS-0.078
9.29
9.27
9.28 148.44
148.28
148.60 86.25
85.88
86.0715.9
6.67
16.00
16.00
16.00
15.9
15.8
A Dc Dc rel Result
Gas conc
injected
Section 5 - Linearity
1.014
Yc (Cem
reading) a Xi-Xz Yi(Xi-Xz) (Xi-Xz)^2 B
ResidualsCalculation of Regression line (as per annex B of EN 14181:2004)
VOC
-0.001
12.00 11.8 5.21 62.49 27.12
12.00 11.8 5.19 62.25 26.91
0.36 PASS
8.00 7.8 1.24 9.90 1.53
12.00 11.8 5.21 62.49 27.12 0.058
8.00 7.8 1.23 9.82 1.51 0.085 0.53 PASS
8.00 7.8 1.23 9.82 1.51
4.00 4.0 -2.60 -10.41 6.77
4.00 4.0 -2.60 -10.41 6.77
-0.16 PASS
0.00 0.0 -6.55 0.00 42.94
4.00 4.0 -2.60 -10.41 6.77 -0.026
0.00 0.0 -6.55 0.00 42.94 -0.019 -0.12 PASS
0.00 0.0 -6.55 0.00 42.94
0.00 0.0 -6.55 0.00 42.94
0.00 0.0 -6.55 0.00 42.94
-0.12 PASS
Test Result PASS
0.00 0.0 -6.55 0.00 42.94 -0.019
y = 1.014x - 0.001R² = 0.999
0
2
4
6
8
10
12
14
16
18
0 2 4 6 8 10 12 14 16 18
Ca
l G
as
mg
/m3
CEM mg/m3
VOC linearity chart
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60.00 61.1 16.88 1012.57 284.81
60.00 61.2 16.98 1018.57 288.19
80.00 80.6 36.38 2910.10
80.00 80.7 36.48 2918.10
1323.23 0.101 0.10 PASS
1330.51
80.00 80.9 36.68 2934.10
101.30 100.6 56.38 5710.91
1345.14
1.077 1.06 PASS3178.27
Yc (Cem
reading) a Xi-Xz Yi(Xi-Xz) (Xi-Xz)^2 B
101.30 100.9 56.68 5741.30
A Dc Dc rel Result
101.30 101.1 43.04 56.88 5761.56 3234.90
3212.19
1.009 -1.600
-0.113 -0.11 PASS
60.00 61.1 16.88 1012.57 284.81
CO
Calculation of Regression line (as per annex B of EN 14181:2004) Residuals
Gas conc
injected
40.00 43.0 -1.22 -48.95 1.50
40.00 42.9 -1.32 -52.95 1.75
-1.75 PASS
20.00 22.8 -21.42 -428.48 458.98
40.00 43.0 -1.22 -48.95 1.50 -1.774
20.00 22.9 -21.32 -426.48 454.70 -1.517 -1.50 PASS
20.00 23.0 -21.22 -424.48 450.45
0.00 0.4 -43.82 0.00 1920.53
0.00 0.6 -43.62 0.00 1903.04
1.11 PASS
0.00 0.6 -43.62 0.00 1903.04
0.00 0.4 -43.82 0.00 1920.53 1.129
Test Result PASS
0.00 0.4 -43.82 0.00 1920.53 1.095 1.08 PASS
0.00 0.5 -43.72 0.00 1911.77
y = 1.009x - 1.600R² = 0.999
0
20
40
60
80
100
120
0 20 40 60 80 100 120
Ca
l G
as
mg
/m3
CEM mg/m3
CO linearity chart
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Test Result PASS
17621.93
0.00 1.2 -331.25 0.00
160.00 156.3 -176.15 -28184.38
109728.14
31029.66
-0.983
1.583
1.036 -1.480193994.11
194523.00
193817.97 0.10 PASS
320.00 310.8 -21.65 -6928.76
480.00 465.2 132.75 63718.86
468.83
640.00 622.0 289.55 185310.48
800.00 772.9 342.86 440.45 352358.10
441.05
440.25 352198.10
352838.10
83837.82
773.5
772.7
(Xi-Xz)^2 B A Dc Dc rel Result
NO
Calculation of Regression line (as per annex B of EN 14181:2004) Residuals
Gas conc
injected
Yc (Cem
reading) a Xi-Xz Yi(Xi-Xz)
288.25
287.95
130.45
129.45
-21.45
-20.25
-177.65
-176.55 -28248.38
-28424.38
-6480.76
-6864.76
62134.86
62614.86
184286.48
184478.48
-1.754
83086.69
82913.83
17016.58
16756.69
460.20
410.16
31560.37
31170.74
0.812
PASS
PASS
PASS
PASS
800.00
800.00
640.00
640.00
480.00
480.00
320.00
320.00
160.00
160.00
-0.22
0.20
-0.12
0.030.248
620.7
620.4
462.9
461.9
311.0
312.2
154.8
155.9
2.6
0.8
1.8
1.3
-329.85
-331.65
-330.65
-331.15
0.00
0.00
0.00
0.00
0.03 PASS
0.00
0.00
0.00
0.00
0.00 0.6 -331.85 0.00 110126.00 0.202
109661.90
109331.00
109993.30
108802.59
-0.108 -0.01 PASS
y = 1.035x - 1.479R² = 1
0
100
200
300
400
500
600
700
800
900
0 100 200 300 400 500 600 700 800 900
Ca
l G
as
mg
/m3
CEM mg/m3
NO linearity chart
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550
60.00 58.3 16.37 982.00 267.87
60.00 58.2 16.27
80.00 79.5 37.57 3005.33
80.00 79.3 37.37 2989.33
1411.25 -0.553 -0.55 PASS
1396.27
80.00 79.2 37.27 2981.33
100.00 98.9 56.97 5696.67
1388.80
-0.408 -0.41 PASS3245.20
100.00 99.0 57.07 5706.67
100.00 99.2 42.86 57.27 5726.67
3256.60
1.008 0.5933279.47
B A Dc Dc rel Result
SO2
Calculation of Regression line (as per annex B of EN 14181:2004) Residuals
Gas conc
injected
Yc (Cem
reading) a Xi-Xz Yi(Xi-Xz)
60.00 58.4 16.47 988.00 271.15
(Xi-Xz)^2
976.00 264.60 0.647 0.65 PASS
40.00 38.4 -3.53 -141.33 12.48
40.00 38.5 -3.43 -137.33 11.79
0.67 PASS
20.00 18.0 -23.93 -478.67 572.80
40.00 38.4 -3.53 -141.33 12.48 0.671
20.00 18.2 -23.73 -474.67 563.27 1.164 1.16 PASS
20.00 18.1 -23.83 -476.67 568.03
0.00 0.2 -41.73 0.00 1741.67
0.00 0.2 -41.73 0.00 1741.67
-0.79 PASS
0.00 0.1 -41.83 0.00 1750.03
0.00 0.2 -41.73 0.00 1741.67 -0.794
Test Result PASS
0.00 0.2 -41.73 0.00 1741.67 -0.727 -0.73 PASS
0.00 0.1 -41.83 0.00 1750.03
y = 1.007x + 0.592R² = 0.999
0
20
40
60
80
100
120
0 20 40 60 80 100 120
Ca
l G
as m
g/m
3
CEM mg/m3
SO2 linearity chart
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12.00 9.7 2.65 31.83 7.04
12.00 9.6 2.56
16.00 13.5 6.47 103.56
16.00 13.4 6.39 102.28
41.89 -0.218 -1.09 PASS
40.86
16.00 13.3 6.23 99.72
20.00 16.7 9.64 192.85
38.84
-0.238 -1.19 PASS92.98
20.00 16.7 9.67 193.45
20.00 16.8 8.57 9.82 196.45
93.55
1.201 0.14296.48
B A Dc Dc rel Result
HCl
Calculation of Regression line (as per annex B of EN 14181:2004) Residuals
Gas conc
injected
Yc (Cem
reading) a Xi-Xz Yi(Xi-Xz)
12.00 9.6 2.54 30.51 6.46
(Xi-Xz)^2
30.75 6.57 0.322 1.61 PASS
8.00 6.1 -0.90 -7.18 0.81
8.00 6.2 -0.80 -6.38 0.64
2.47 PASS
4.00 2.9 -4.08 -16.31 16.63
8.00 6.1 -0.97 -7.74 0.94 0.495
4.00 3.0 -3.98 -15.91 15.82 0.319 1.59 PASS
4.00 2.9 -4.16 -16.63 17.29
0.00 0.1 -6.90 0.00 47.58
0.00 0.2 -6.81 0.00 46.34
-1.59 PASS
0.00 0.1 -6.96 0.00 48.41
0.00 0.1 -6.91 0.00 47.72 -0.318
Test Result PASS
0.00 0.3 -6.75 0.00 45.53 -0.362 -1.81 PASS
0.00 0.2 -6.80 0.00 46.21
y = 1.201x + 0.141R² = 0.997
0
5
10
15
20
25
0 2 4 6 8 10 12 14 16 18
Ca
l G
as
mg
/m3
CEM mg/m3
HCl linearity chart
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16.72 16.6
12.54 12.4 3.37 42.31 11.38
12.54 12.4 3.38 42.43 11.45 0.158 0.76 PASS
8.36 8.4
7.61 127.30
16.72 16.6 7.59 126.97
57.97 0.069 0.33 PASS
57.67
16.72 16.6 7.57 126.63
20.90 20.9 11.95 249.83
57.36
-0.168 -0.80 PASS142.89
20.90 20.9 11.95 249.83
20.90 20.9 8.96 11.95 249.83
142.89
1.013 -0.147142.89
B A Dc Dc rel Result
O2
Calculation of Regression line (as per annex B of EN 14181:2004) Residuals
Gas conc
injected
Yc (Cem
reading) a Xi-Xz Yi(Xi-Xz)
12.54 12.4 3.38 42.43 11.45
(Xi-Xz)^2
-0.58 -4.82 0.33
8.36 8.4 -0.56 -4.65 0.31
-0.06 PASS
4.18 4.2 -4.84 -20.22 23.39
8.36 8.4 -0.60 -4.98 0.36 -0.013
4.18 4.1 -4.87 -20.34 23.68 0.136 0.65 PASS
4.18 4.1 -4.85 -20.26 23.49
0.00 0.2 -8.75 0.00 76.50
0.00 0.2 -8.75 0.00 76.50
0.2 -8.76 0.00 76.67
0.00 0.2 -8.75 0.00 76.50 -0.096 -0.46 PASS
0.00
Test Result PASS
0.00 0.2 -8.76 0.00 76.67 -0.086 -0.41 PASS
0.00 0.2 -8.76 0.00 76.67
y = 1.013x - 0.146R² = 0.999
0
5
10
15
20
25
0 5 10 15 20 25
Ca
l G
as
%
CEM %
O2 linearity chart
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Does Site Perform QAL 3 ? Frequency ? Inspected ?
Have Site Calculated Sams? Do Site use Control Charts Type
By
Shewart
CEMs measurement uncertainty budget
Yes
Yes
If there is a failure of the QAL2 or AST, ESG refer to the MCERTS testing data, and
determine whether any significant interferents are likely to be present in the stack. If
interferents are present, ESG will determine the extent to which such interferents may
introduce a bias into the measurements from the CEM.
A test shall be undertaken if the
process gases to be monitored
contain components that are known
interferences, as identified during
QAL1 and there is a failure of the
QAL2 or AST which could be due to
interferents
Monthly Yes
Section 6 - Interferences
Section 8 - Response time
see section 4 for details
Yes
Section 7 - Zero and Span drift (Audit)
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Does CEM have QAL1 certification?
Dry
15MC030015/02
Gases Used
Yes
Equipment used for functional test
20.9
200
Sigrist
wet
Certificate Number
ABB
ABB
ABB
Range
ACFNT
mg/m3
%
%
Note: For WID Processes the minimum MCERTS Certified Range must be 1.5 times the process ELV or less, for LCPD this multiplier is 2.5 times. E.g if a process has an ELV of
10mg/m3, then under WID the minimum MCERTS Certified Range of the CEMS should be 0 - 15mg/m
3 or less.
or
Instrument
Oxygen
CO
HCl
20.9
MC060081/03
ABB
Expiry Date
Serial Numbers
Calibration Dates
Techmon Gas Divider
Dec-12
MC030016/04
MC030016/04
HPC730
0.05Photometer
LEK 018
FTIR
FTIR
Zirconia
ACFNT
wet
FTIR
ACFNT
wet
wet
FTIR
Technique
MC030016/04
MC030016/04
MCERTS
Certificate
Number
75
75
15
ABB
VOC
FTIR
Model
ACFNT
ACFNT
ABB
Water
MC030016/04
MC030016/04
ABB
ABB
MultiFID mg/m3
Measurement
-
75 mg/m3
(SIRA)
Minimum
MCERTS
Certified
FTIR
wet
wet
FID
Instrument
200
MC030016/0415
15
mg/m3
200
75
SO2
Pollutant
Section 9 - Service Report
Gas
NO
%)
Dust wet
ACFNT
Stackguard
wet
Wet
mg/m3
200
NO2 mg/m3
Units
(mg/m3
ppm
wetACFNT
CEM
System
Provider
Range
mg/m3
mg/m3
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