matimba power station units no. 1 to 6 automated emission ......10155. the data collated during the...

Matimba Power Station

Units No. 1 to 6

Automated Emission

Monitoring Systems

Annual Surveillance Tests

2016

30th December 2016

Report No. RSL229

P.O. Box 2459 Noordheuwel ext 4 Krugersdorp 1756 Vat No. 4670254459

10 Chisel Street Boltonia

Krugersdorp 1739

Tel: +27 (011) 660 9432 Tel: +27 (011) 954 6652 Fax:+27 (086) 689 4572

www.stacklabs.co.za

Eskom Matimba Power Station

Private Bag X215

Lephalale

0557

Attention: Kagiso Lebepe

Tel No: (014) 763 8219

Fax: 086 537 4477

E mail: [email protected]

Date Order No. Report No. Enquiries

30th December 2016 PO: 4600060690

RSL229 Tel: 011 954 6652

Cell: 082 458 7438

e-mail: [email protected]

Report No.: RSL229

Matimba Power Station Units No. 1 to 6 Automated Emission Monitoring Systems Annual

Surveillance Tests 2016

Sir

Herewith the finalised report for the Annual Surveillance Tests conducted on Unit No. 1 to 6 at

Matimba Power Station during September & October 2016.

We thank you for the opportunity to be of service. We trust that your requirements were interpreted

correctly. Should you however have any queries, please contact us at the above numbers, we will

gladly assist.

PH Pretorius

Stacklabs

ISO 9096, 12141 & 10155 STACKLABS ISO #:825268/:2007-05-23 © ISO 2003

mailto:[email protected]

II

Source Information

Source Location: Matimba Power Station

Private Bag X215

Lephalale

557

South Africa

Permit No. TBA

Contact: Kagiso Lebepe

Title: Senior Technician

Telephone: (014) 763 8219

Listed Activity Category: 1.1 Solid Combustion Installation

Plant: Units No. 1 to 6

Survey Date: September & October 2016

Determinant: Total Particulate Matter (TPM)

Emission Limit Value (ELV): 200 mg/Nm3 dry 10% O2

Method: ISO 9096, 12141 & 10155

Measured Concentration: Unit No. 1: 5.3 to 25.2 mg/Nm3 dry @ 10% O2

Unit No. 2: 4.5 to 37.9 mg/Nm3 dry @ 10% O2





Compliance with ELV: Unit No. 1: Yes

Unit No. 2: Yes

Unit No. 3: Yes

Unit No. 4: Yes

Unit No. 5: Yes

Unit No. 6: Yes

III

Determinant: Oxides of Nitrogen (Expressed as NO2)


Method: EN 14792 (Chemiluminescence analyser)






Unit No. 6: 523 to 549.9 mg/Nm3 dry @ 10% O2


Unit No. 2: Yes

Unit No. 3: Yes

Unit No. 4: Yes

Unit No. 5: Yes

Unit No. 6: Yes

Determinant: Sulphur Dioxide SO2


Method: EPA M6C




Unit No. 4: 3002 to 4260.7 mg/Nm3 dry @ 10% O2




Unit No. 2: Yes

Unit No. 3: Yes

Unit No. 4: No 2 of 5 > 3500 mg/Nm3 dry 10% O2

Unit No. 5: Yes

Unit No. 6: Yes

IV

Determinant: Carbon Dioxide

Emission Limit Value (ELV): 16% / 315 g/Nm3 dry @ 10% O2

Method: EPA CTM-030 (NDIR)

Measured Concentration: Unit No. 1: 184,2 to 192,3 g/Nm3 dry @ 10% O2

Unit No. 2: 191,3 to 195,7 g/Nm3 dry @ 10% O2


Unit No. 4: 188,6 to 195.3 g/Nm3 dry @ 10% O2

Unit No. 5: 188.7 to 194.2 g/Nm3 dry @ 10% O2



Unit No. 2: Yes

Unit No. 3: Yes

Unit No. 4: Yes

Unit No. 5: Yes

Unit No. 6: Yes

Determinant: Carbon Monoxide

Emission Limit Value (ELV): 100 g/Nm3 dry @ 10% O2

Method: EPA CTM-030 (NDIR)








Unit No. 2: Yes

Unit No. 3: Yes

Unit No. 4: Yes

Unit No. 5: Yes

Unit No. 6: Yes

Testing Laboratory Stacklabs

10 Chisel Street

Boltonia

Krugersdorp

1739

Contact: Mr PH Pretorius

Title: Managing Member

Telephone: (011) 954 6652

Facsimile: 086 689 4572

E Mail: [email protected]

V

WB Bronkhorst

………………… …………………... ……………………..

WJ Bronkhorst

Team Leader

P Buell

Quality Representative

PH Pretorius

Managing Member

Review and Certification

All work, activities and tasks performed for this report were carried out under my supervision. All

work was conducted in compliance with listed standards. I have reviewed the details, calculations,

results, conclusions and all written material contained within this report, and hereby certify that the

presented material is authentic and accurate.

Name: PH Pretorius

Title: Managing Member

2016/12/30

Sign:___________________________ Date:______________________

Report Title: Matimba Power Station Units No. 1 to 6 Automated Emission Monitoring Systems

Annual Surveillance Tests 2016

Report No. : RSL229

Report Date: 2016/12/30

Revision Date: No Revision

Compiled by Functional representative Authorised by

VI

Table of Contents

Section Page

Source Information............................................................................................................ II

Review and Certification...................................................................................................... III

Report Summary.................................................................................................................. V

1. Monitoring Objective........................................................................................................... 1

2. Plant Description and General Operating Procedures.......................................................... 1

3. Methods and procedures....................................................................................................... 2

4. Results.................................................................................................................................. 7

5. Discussion............................................................................................................................ 38

6. Monitor Deviations............................................................................................................ 62

7. Recommendations.............................................................................................................. 62

8. Acknowledgements............................................................................................................. 62

9. References............................................................................................................................ 62

10. Distribution.......................................................................................................................... 62

Appendix No. 1 .............................................. Particulate Emission Measurement Results 64

Appendix No. 2 ..................................................Gaseous Emission Measurement Results 83

Appendix No. 3 ..........................................................................AMS & Plant Parameters 174

Appendix No. 4 ...................................................................................Correlations Graphs 205

Appendix No. 5.................................................Water Vapour Concentration Calculation 224

Appendix No. 6............................................................................... Outlines of Procedures 226

Appendix No. 7...........................................................................AMS Calibration Reports 229

Appendix No. 8...................................................................................... Filter Mass Sheets 271

Appendix No. 9............................................................................. Calibration Certificates 291

VII

REPORT SUMMARY

In order to meet the requirements of the South African Air Quality Act No. 39 of 2004

(Reference 9.1), all Solid Fuel Combustion Installations (Category 1.1) such as Matimba Power

Station, are obligated to monitor several listed pollutants during operation. These pollutants

include particulate matter, Sulphur Dioxide and Oxides of Nitrogen. The Act further implies

that all emission programs are required to meet international standards such as EN 14181

(Reference 9.2) and EN 15259 (Reference 9.3). To this end, and in keeping with the ESKOM

Standard for Emission Monitoring and reporting 240-56242363 (Reference 9.4), ESKOM

scheduled a series of emission measurements on Units No. 1 to 6 at Matimba Power Station.

The emission measurements were scheduled to be conducted in parallel with the permanently

installed Automated Measuring System or AMS on these Units. The data collated during the

parallel measurements on the particulate emissions AMS was to be used in determining an

AMS calibration function, calibration range and operational variability as required by ISO

10155. The data collated during the parallel measurements on the gaseous emissions AMS was

to be used to determining the continued validity of their current QAL2 calibration functions, as

specified in EN 14181.

Most Automated Measuring Systems or AMS require calibration to known quantity in order to

ensure accurate measurements. It is however not sufficient to use simulated reference material

alone to determine a calibration function for a gaseous emission AMS as the reference material

cannot replicate the complex and dynamic gas matrix present in an open operational system. It

is therefore necessary to determine a calibration function for each individual plant from the

actual conditions present using a parallel Standard Reference Method or SRM such as is

described in EN 14181 and ISO 10155. Such procedures must be conducted over a range of

operating conditions representative of a plant’s general conditions and typically consist of a

series of 5 to 15 individual measurements.

Stacklabs, an environmental testing laboratory, was contracted to complete the required Annual

Surveillance Tests and to determine the calibration functions as described in the EN 14181 and

ISO 10155. All the required site measurements were carried out during the period from 20th of

September to the 28th of October 2016. All the relevant results and calibration functions have

been presented in this report and may be summarised as presented in the following pages:

VIII

Results Summary

Unit No. 1 Particulate Emission Monitor Correlation Equations

Matimba Power Station Unit No. 1

2016 Correlations

Issued Date Function Correlation *MME Monitor

Output yyyy/mm/dd

mg/Nm3(d) @ 10% O2

Coefficient mg/Nm

3(d)

@ 10% O2

Range

No. = m * (mA or %CH) + c OD

1 2016/11/30 22.5775 * mA + (-89.9877) 0.98 25.2 0 to 1.7

2 2016/11/30 3.9843 * mA + (-15.6149) 0.98 25.2 0 to 0.3

1 2016/11/30 3.6124 * %ch + (0.3222) 0.98 25.2 0 to 1.7

2 2016/11/30 0.6375 * %ch + (0.3222) 0.98 25.2 0 to 0.3

Unit No. 1 Air flow to gas flow correlation


2016 Correlations

Issued Date Function Correlation *MMGF Monitor

Output yyyy/mm/dd

Nm3/s (d) @ 10% O2

Coefficient Nm

3/s (d)

@ 10% O2 Range

No. = m * kg/s Air Flow + c

n/a 2016/11/30 1.2286 * %ch + (-13.9967) 0.99 871.5 n/a

*MMGF: Maximum Measured Gas Flow during correlation period



2016 Correlations


Output yyyy/mm/dd

mg/Nm3(d) @ 10% O2

Coefficient mg/Nm

3(d)

@ 10% O2

Range


1 2016/11/30 8.7002 * mA + (-35.3078) 0.98 37.9 0 to 0.6

2 2016/11/30 4.3501 * mA + (-17.9074) 0.98 37.9 0 to 0.3

1 2016/11/30 1.392 * %ch + (-0.5071) 0.98 37.9 0 to 0.6

2 2016/11/30 0.696 * %ch + (-0.5071) 0.98 37.9 0 to 0.3



2016 Correlations


Output yyyy/mm/dd

Nm3/s (d) @ 10% O2

Coefficient Nm

3/s (d)

@ 10% O2 Range


n/a 2016/11/30 1.2123 * kg/s + (-13.1364) 0.997 930.1 n/a


IX



2016 Correlations


Output yyyy/mm/dd

mg/Nm3(d) @ 10% O2

Coefficient mg/Nm

3(d)

@ 10% O2

Range


1 2016/11/30 11.4798 * mA + (-42.9432) 0.99 77.0 0 to 1.9

2 2016/11/30 2.2592 * mA + (-7.4331) 0.94 16.7 0 to 0.3

1 2016/11/30 1.8368 * %ch + (2.9758) 0.99 77.0 0 to 1.9

2 2016/11/30 0.3615 * %ch + (1.6038) 0.94 16.7 0 to 0.3



2016 Correlations


Output yyyy/mm/dd

Nm3/s (d) @ 10% O2

Coefficient Nm

3/s (d)

@ 10% O2 Range


n/a 2016/11/30 1.2652 * %ch + (-16.6871) 0.99 901.0 n/a




2016 Correlations


Output yyyy/mm/dd

mg/Nm3(d) @ 10% O2

Coefficient mg/Nm

3(d)

@ 10% O2

Range


1 2016/11/30 12.4214 * mA + (-49.8715) 0.98 7.7 0 to 1.1

2 2016/11/30 3.3877 * mA + (-13.7364) 0.98 7.7 0 to 0.3

1 2016/11/30 1.9874 * %ch + (-0.1857) 0.98 7.7 0 to 1.1

2 2016/11/30 0.542 * %ch + (-0.1857) 0.98 7.7 0 to 0.3



2016 Correlations


Output yyyy/mm/dd

Nm3/s (d) @ 10% O2

Coefficient Nm

3/s (d)

@ 10% O2 Range


n/a 2016/11/30 1.0934 * %ch + (-13.7071) 0.996 858.8 n/a


X



2016 Correlations


Output yyyy/mm/dd

mg/Nm3(d) @ 10% O2

Coefficient mg/Nm

3(d)

@ 10% O2

Range


1 2016/11/30 11.3135 * mA + (-45.3029) 0.95 7.5 0 to 1.5

2 2016/11/30 2.2627 * mA + (-9.0995) 0.95 7.5 0 to 0.3

1 2016/11/30 1.8102 * %ch + (-0.0487) 0.95 7.5 0 to 1.5

2 2016/11/30 0.362 * %ch + (-0.0487) 0.95 7.5 0 to 0.3



2016 Correlations


Output yyyy/mm/dd

Nm3/s (d) @ 10% O2

Coefficient Nm

3/s (d)

@ 10% O2 Range


n/a 2016/11/30 1.0667 * %ch + (-10.8037) 0.996 861.6 n/a




2016 Correlations


Output yyyy/mm/dd

mg/Nm3(d) @ 10% O2

Coefficient mg/Nm

3(d)

@ 10% O2

Range


1 2016/11/30 12.7354 * mA + (-50.8084) 0.95 4.2 0 to 1.0

2 2016/11/30 3.8206 * mA + (-15.1494) 0.95 4.2 0 to 0.3

1 2016/11/30 2.0377 * %ch + (0.133) 0.95 4.2 0 to 1.0

2 2016/11/30 0.6113 * %ch + (0.133) 0.95 4.2 0 to 0.3



2016 Correlations


Output yyyy/mm/dd

Nm3/s (d) @ 10% O2

Coefficient Nm

3/s (d)

@ 10% O2 Range


n/a 2016/11/30 1.2738 * %ch + (-15.9227) 0.994 911.6 n/a


XI

Unit No. 1 Gaseous Emissions AMS Annual Surveillance Test Results

NOx SO2 CO2

(SRM) Average mg/Nm3 (dry) @ 10 O2 523 3163 189080

(SRM) Max mg/Nm3 (dry) @ 10 O2 545 3315 192286

(SRM) Min mg/Nm3 (dry) @ 10 O2 477 2799 184160

ELV mg/Nm3 (dry) @ 10 O2 1100 3500 315632

Compliance With ELV Yes Yes Yes

Previous QAL2 Correlation Function (NB Dry or Wet) Method B) Method B) Method B)

Previous QAL2 Correlation Function b or Slope 1.1120 1.0538 1.0774

Previous QAL2 Correlation Function a or Inter 0.0000 0.0000 0.0000

AST Standard Deviation sD 15.3 15.3 1778.1

AST Q0kv*0.9761 154.8 154.8 44426.8

AST Test of Variability AMS Passes AMS Passes AMS Passes

Difference Di-Dbar 29.0 29.0 -4360.5

t0.95(N-1)sD/√N+σo 126.9 126.9 33902.7


CO O2 (%)

(SRM) Average mg/Nm3 (dry) @ 10 O2 4.4 8.7

(SRM) Max mg/Nm3 (dry) @ 10 O2 5.5 10.3

(SRM) Min mg/Nm3 (dry) @ 10 O2 4.0 7.4

ELV mg/Nm3 (dry) @ 10 O2 100 21

Compliance With ELV Yes Yes

Previous QAL2 Correlation Function (NB Dry or Wet) Method A) Method B)

Previous QAL2 Correlation Function b or Slope 1.1043 0.9689

Previous QAL2 Correlation Function a or Inter 2.0725 0.0000

AST Standard Deviation sD 1.8 0.1

AST Q0kv*0.9761 14.0 1.5

AST Test of Variability AMS Passes AMS Passes

Difference Di-Dbar -2.9 0.8

t0.95(N-1)sD/√N+σo 11.9 1.2


XII


NOx SO2 CO2


(SRM) Max mg/Nm3 (dry) @ 10 O2 502 3078 195691

(SRM) Min mg/Nm3 (dry) @ 10 O2 467 2882 191249

ELV mg/Nm3 (dry) @ 10 O2 1100 3500 315632


Previous QAL2 Correlation Function (NB Dry or Wet) Method B) Method A) Method B)




AST Q0kv*0.9761 154.8 154.2 44426.8


Difference Di-Dbar -70.3 483.2 -54046.2

t0.95(N-1)sD/√N+σo 106.5 96.2 37016.6


CO O2 (%)


(SRM) Max mg/Nm3 (dry) @ 10 O2 3.2 7.7

(SRM) Min mg/Nm3 (dry) @ 10 O2 1.9 6.4

ELV mg/Nm3 (dry) @ 10 O2 100 21


Previous QAL2 Correlation Function (NB Dry or Wet) Method B) Method B)




AST Q0kv*0.9761 14.1 1.5


Difference Di-Dbar 0.0 -2.3

t0.95(N-1)sD/√N+σo 8.8 1.2


XIII


NOx SO2 CO2


(SRM) Max mg/Nm3 (dry) @ 10 O2 525 3156 190069

(SRM) Min mg/Nm3 (dry) @ 10 O2 479 2880 184945

ELV mg/Nm3 (dry) @ 10 O2 1100 3500 315632






AST Q0kv*0.9761 154.8 154.2 44426.8



t0.95(N-1)sD/√N+σo 110.3 103.7 33921.0


CO O2 (%)


(SRM) Max mg/Nm3 (dry) @ 10 O2 4.8 9.6

(SRM) Min mg/Nm3 (dry) @ 10 O2 3.0 8.3

ELV mg/Nm3 (dry) @ 10 O2 100 21






AST Q0kv*0.9761 14.1 1.5

AST Test of Variability AMS did not

Pass AMS Passes


t0.95(N-1)sD/√N+σo 44.9 1.1


XIV


NOx SO2 CO2


(SRM) Max mg/Nm3 (dry) @ 10 O2 615 4261 195305

(SRM) Min mg/Nm3 (dry) @ 10 O2 544 3002 188582

ELV mg/Nm3 (dry) @ 10 O2 1100 3500 315632

Compliance With ELV Yes No Yes





AST Q0kv*0.9761 154.8 154.2 44426.8



t0.95(N-1)sD/√N+σo 115.6 138.6 35159.7


CO O2 (%)


(SRM) Max mg/Nm3 (dry) @ 10 O2 2.8 8.6

(SRM) Min mg/Nm3 (dry) @ 10 O2 2.0 6.4

ELV mg/Nm3 (dry) @ 10 O2 100 21






AST Q0kv*0.9761 14.1 1.5



t0.95(N-1)sD/√N+σo 11.4 1.3


XV


NOx SO2 CO2


(SRM) Max mg/Nm3 (dry) @ 10 O2 533 3063 194231

(SRM) Min mg/Nm3 (dry) @ 10 O2 496 2494 188724

ELV mg/Nm3 (dry) @ 10 O2 1100 3500 315632






AST Q0kv*0.9761 154.8 154.2 44426.8


Difference Di-Dbar 2.0 521.5 1812.9

t0.95(N-1)sD/√N+σo 119.1 126.6 34519.9


CO O2 (%)


(SRM) Max mg/Nm3 (dry) @ 10 O2 3.3 9.5

(SRM) Min mg/Nm3 (dry) @ 10 O2 1.5 7.4

ELV mg/Nm3 (dry) @ 10 O2 100 21






AST Q0kv*0.9761 14.1 1.5



t0.95(N-1)sD/√N+σo 23.3 1.2


XVI


NOx SO2 CO2


(SRM) Max mg/Nm3 (dry) @ 10 O2 550 3448 193718

(SRM) Min mg/Nm3 (dry) @ 10 O2 523 3046 189459

ELV mg/Nm3 (dry) @ 10 O2 1100 3500 315632




Previous QAL2 Correlation Function a or Inter 0.0000 -0.9497 0.0000


AST Q0kv*0.9761 154.8 154.2 44426.8


Difference Di-Dbar -120.7 534.9 9467.4

t0.95(N-1)sD/√N+σo 120.7 124.0 34740.8


CO O2 (%)


(SRM) Max mg/Nm3 (dry) @ 10 O2 3.7 8.4

(SRM) Min mg/Nm3 (dry) @ 10 O2 2.4 6.7

ELV mg/Nm3 (dry) @ 10 O2 100 21






AST Q0kv*0.9761 14.1 1.5



t0.95(N-1)sD/√N+σo 11.4 1.1


XVII

Report Recommendations

It is recommended that:

The particulate emissions from Units No. 1 to 6 reported to the authorities are determined with

the correlation function presented in Figures No. 1 to 12 of this report.

The gaseous emissions from Units No. 1 to 6 reported to the authorities are determined with the

functions presented in Reports No.:

o LEV1409M-Report-R2591-hbSIA ESKOM Matimba Unit1 – V5






Annual Surveillance Tests again be conducted on all the Automated Monitoring Systems at

Matimba Power Station during the third quarter of 2017.

# Matimba Power Station Units No 1 to 6 Correlation Aug & Sep 2014 Report No. RSL229 Page 1 of 294

1. Monitoring Objective

The primary objective of the emission survey presented in this report is to quantify the

concentrations of listed emissions, released into the atmosphere during the operations of Units

No. 1 to 6 at Matimba Power Station.

The requirement for conducting the emission survey is to demonstrate compliance with the

requirements of the National Environmental Management: Air Quality Act (39/2004), Listed

Activities and Associated Minimum Emission Standards in terms of Section 21, Category 1.1.

The substances applicable under Category 1.1 areTotal Particulate matter, Oxides of Nitrogen

& Sulphur Dioxide which have been capped at 200, 1100 and 3500 mg/Nm3 dry @ 10% O2

respectively. Also to demonstrate compliance with the requirements of the ESKOM Standard

for Emissions Monitoring and Reporting, 240-56242363. Here the substances applicable under

Section 3.8 are Oxides of Nitrogen, Sulphur Dioxide, and Carbon Dioxide which have been

capped at 1100 and 3500, & 315632 mg/Nm3 dry @ 10% O2 respectively.

2. Plant Description & General Operating Procedure

The pulverised fuel steam generating boilers on which the emission survey was conducted were

originally designed for a maximum steam flow equivalent to 697MW. These boilers were each

equipped with two parallel electrostatic precipitators with a design capacity of 1070 Am3/s gas

flow and a performance collecting efficiency of greater than 99.93%. The electrostatic

precipitators were later retro-fitted with sulphur trioxide flue gas conditioning.

Electrostatic Precipitator Design Data for Unit under Test (original Design)

Description @ 97 % MCR

Number of ESPs in use 2

Gas Volume Flow Rate Worst Coal 1070 m3/s

Gas Temperature 129°C

Inlet Dust Burden 28 g/Nm3

Outlet Dust Burden n/a mg/Nm3

Carbon in Dust 1.6%

Sulphur in Coal 1.25%

Pressure Drop 0.13Kpa

Temperature Drop 4.2°C

Treatment Time 14.3S

Migration Velocity 45.4MM/S

Gas Velocity at Electrode 1.3M/S

During the survey period, particulate emissions, pressure, temperature and moisture

measurements were conducted through purpose built ports situated on the various units’ stacks

at a level of approximately 160m above ground level (Level 6). Averages of the particulate

emission, pressure, temperature and moisture measurements were determined from conducting

traverses through 20 sectors, distributed along two diameters set at 90° to one another within

the stack gas flow profiles. All gaseous sampling was conducted statically, at the best available

sampling points, previously determined for each flue as follows:

Unit No. 1 Right of Centre Port (A) depth at Point 4 or 1.595m from Stack inner wall

Unit No. 2 Left of Centre Port (D) depth at Point 5 or 2.348m from Stack inner wall

Unit No. 3 Left of Centre Port (D) depth Point 3 or 1.045m from Stack inner wall

Unit No. 4 Left of Centre Port (D) depth Point 3 or 1.045m from Stack inner wall

Unit No. 5 Centre Port (B) depth Point 3 or 1.045m from Stack inner wall

Unit No. 6 Right of Centre Port (A) depth Point 3 or 1.045m from Stack inner wall


These best available sampling points are all situated at 4 Levels of each stack and were

identified in the following reports:







For a diagrammatic representation of the test positions, see the following sketch. Particulate

Measurements were conducted along Traverse A to D.

2.1. The operating regime followed during the correlation periods included all significant activities

that arise during normal production as well as some fault conditions. The correlation included

measurements at the following Boiler Loads:

Measurement

No. Unit No. 1 Unit No. 2 Unit No. 3 Unit No. 4 Unit No. 5 Unit No. 6

Load (MW) Load (MW) Load (MW) Load (MW) Load (MW) Load (MW)

1 651 643 677 671 650 674

2 622 608 674 671 666 673

3 632 676 673 671 656 673

4 676 676 678 675 674 669

5 675 675 676 674 674 671

6 673 671 675 674 658 672

7 545 553 544 551 552 540

8 545 546 545 551 552 545

9 545 545 416 552 552 545

10 425 414 416 450 443 417

11 426 414 474 449 443 418

12 462 414 450 443 589

For additional information of the plant parameters please see Appendix No. 2.


3. Methods & Procedures

3.1. Particulate Emissions

The method selected for the determination of the particulate emission concentration on Unit

No. 1 to 6 was in compliance with ISO 12141 Stationary source emissions - Determination of

concentration of particulate matter (dust) at low concentrations – Manual gravimetric method.

This general method can be briefly described as follows:

A sharp-edged nozzle is positioned in the duct facing into the moving gas stream and a sample

flow of the gas is extracted isokinetically for a measured period of time. To allow for non-

uniformity of the distribution of particulate concentration in the duct, samples are taken at a

pre-selected number of stated positions in the duct cross-section. The particulate matter

entrapped in the gas sample is separated by a filter medium, then dried and weighed. The

particulate concentration is calculated from the weighed particulate mass and the gas sample

volume. The particulate mass flow rate is calculated from the particulate concentration and

the duct gas volumetric flow rate. The particulate mass flow rate can also be calculated from

the weighed particulate matter, the sample time, the area of the sample plane and the nozzle

opening.

The degree to which this sample represents the total gas flow depends on

Homogeneity of the gas velocity within the sampling plane;

A sufficient number of sampling points in the sampling plane;

Isokinetic withdrawal of the plane

As stated above, the gas has to be sampled at more than one sampling point in the sampling

plane, dependant on the sampling plane area. This plane is normally divided into equal areas,

at the centres of which gas is withdrawn. To determine the particle concentration in the plane,

the nozzle is moved from one sampling point to the other, extracting gas isokinetically at each

point. Sampling periods should be equal for each sampling point, resulting in a composite

sample. If equal sampling areas cannot be chosen, the sampling period shall be proportional

to the sampling area. The sample is extracted through a sampling train, which principally

consists of:

A sampling probe tube with entry nozzle;

A particle separator;

A gas metering system, in-stack or external;

A suction system

The particle separator and / or the gas metering system may be located either in the duct, or

placed outside the duct.

It is necessary to avoid condensation of vapour in the sampling train during gas sampling,

because it will interfere with particle separation, particulate condition and flow measurements.

To this end, the probe tube, the particle separator and the gas flow-measuring device may be

heated above the relevant dew point where necessary. The water vapour may intentionally be

removed downstream of the particle separator, to make use of a dry gas meter for the

measurement of sampled gas volume.

For isokinetic sampling, the gas velocity at the sampling point in the duct has to be measured,

and the corresponding sample gas flow has to be calculated and adjusted.


Normally a Pitot static tube is used for the measurement of duct gas velocity. If the sample gas

flow-measuring device is used within the duct, the relationship between the measured pressure

drop and the pitot static tube differential pressure is simple, facilitating the adjustment to

isokinetic conditions. If the gas meter device is situated outside the duct, the calculation of the

isokinetic sample gas flow rate is more complicated. The calculation may also include the duct

gas density under standard conditions (which may be derived from the dry gas composition and

the moisture content), the temperature, static pressure of the gas in the duct, the gas meter

device, and the water vapour content of the duct gas, if the sample gas flow is measured after

water removal.

After sampling, the collected particulate matter is completely recovered, dried and weighed and

the concentrations are determined.

All Stacklabs isokinetic sampling is carried out employing procedures and equipment that

comply with the requirements of ISO 9096 12141 1992 (Reference 1). All Stacklabs sampling

equipment is calibrated by SANAS accredited laboratories.

Matimba personnel were responsible for the setting of the plant prior to the test period.

The broad outlines of filter weighing, pre-test preparations, sampling system integrity checks

and sampling procedures are discussed in Appendix No 3.

3.2. Oxides of Nitrogen (NOx reported as NO2) & Sulphur Dioxide

The methods selected for the determination of the Sulphur Dioxide and Oxides of Nitrogen

were EN 14792 and EPA Methods 6C respectively; EN 14792 Determination of mass

concentration of nitrogen oxides (NOx) Reference Method Chemiluminescence, also portions

From EPA 7E—Determination of Nitrogen Oxides Emissions from Stationary Sources

(Instrumental Analyser Procedure); EPA 6C—Determination of Sulphur Dioxide Emissions

from Stationary Sources (Instrumental Analyser Procedure).

These two procedures are essentially the same, with the exception of the two differing analytes

and the detection principles.

A heated stainless-steel nozzle and sampling Probe (M&C PSP 4000-H) was positioned in the

duct with the nozzle facing into the moving gas stream and a sample flow of the gas was

extracted non-isokinetically. The gas was passed through a heated ceramic filter which

separated and entrapped any particulate matter suspended in the gas. The sample gas was

then passed through a heated Teflon tube to a gas conditioning unit (M&C PSS-5) which

removed the moisture in the sample gas and reduced the gas temperature to approximately

4°C. The sample gas then continued through a Teflon tube into a manifold equipped with a

flow controller to a sample analyser where the SO2 and NOx volume concentrations were

determined utilising NDIR (pneumatic) & Chemilluminescence (cross flow modulation)

principles. The sample analyser used was a Horiba PG250 with the following specifications:


The response time on site with the M&C PSP 400-H probe and M&C PSS-5 gas cooler was

measured as 1 minute and 32 seconds for 98% concentration.

3.3. Oxygen (O2), Carbon Monoxide (CO) & Carbon Dioxide (CO2)

The methods selected for the determination of Carbon Dioxide (CO2) & Oxygen (O2) were EN

EPA CTM-030, Instrumental method with NDIR and EPA CTM – 030 with a Zirconia cell

respectively. The sampling system and procedure for the Carbon Dioxide & Oxygen was

essentially the same as that which has been described above for the Sulphur Dioxide and

Oxides of Nitrogen pollutants.


3.4. Stack Gas Temperature, Pressure and Moisture concentrations

The methods used for determining the SRM peripheral parameters, gas Temperatures, Pressures

and Moisture Content were in compliance with EPA Methods 2 & 4 and ISO 12141 –

(Determination of concentration of particulate matter (dust) at low concentrations – Manual

gravimetric method).

This general method for the moisture concentration can be briefly described as follows:

A sharp-edged nozzle is positioned in the duct facing into the moving gas stream and a sample

flow of the gas is extracted for a measured period of time. The moisture in the gas stream is

cooled and condensed in a gas cooler equipped with a silica gel trap. The volume of gas

sampled is totalised by a gas volume meter. The increase in moisture condensate, collected in

the gas cooler, is determined gravimetrically and the moisture concentration is calculated as

follows:

Vwsg(std) = (Wf – Wi) /ρ

Where:

Wf = Final weight of silica gel & impinger (g)

Wi = Initial weight of silica gel & impinger (g)

ρ = Density of water vapour at NTP (0.804 kg/m3)

Vwsg(std) = Volume of water vapour collected in silica gel (g) at NTP

Vwsg(std)

Bws = -------------------------

Vwsg(std) + Vm(std)

Where:

Bws = Proportion of water by volume %v/v

Vm(std) = Dry gas volume measured by dry gas meter (Nm3 dry)

3.5. Plant Operation

ESKOM personnel were responsible for operating the plant prior to and during the

measurement period. The broad outlines of operating procedure have been discussed in Section

No. 2 above and the detailed plant parameters have been presented in Appendix No 3.


4. Results

4.1. Unit No. 1

4.1.1. Unit No. 1 Particulate Emissions

The following table presents the results of the particulate emission monitor’s indications from

Outputs No. 1 & 2 as well as the measured particulate emissions in mg/Nm3 (dry) @ 10% O2.

The measurements listed below were all included in the final correlations for Unit No. 1.

Monitor Output

Output No. 1

Monitor Output

Output No.2

2016

Correlation

Measured Dust Mass

Test No. mA mA mg/Nm3 (dry) @ 10% O2

1 5.0 9.6 23.1

2 5.0 9.5 18.9

3 5.1 10.1 25.2

4 4.6 7.4 16.5

5 4.7 7.8 16.4

6 4.5 7.0 16.6

7 4.6 7.2 12.2

8 4.8 8.3 17.1

9 4.7 7.9 15.4

10 4.3 5.6 6.9

11 4.3 5.5 5.3

12 4.3 5.5 5.3

All particulate emissions reported as mg/Nm3 Dry corrected to 10% O2.

The final correlation includes three zero points as described in ISO 10155.



2016 Correlations


Output yyyy/mm/dd

mg/Nm3(d) @ 10% O2

Coefficient mg/Nm

3(d) @

10% O2

Range


1 2016/11/30 22.5775 * mA + (-89.9877) 0.98 25.2 0 to 1.7

2 2016/11/30 3.9843 * mA + (-15.6149) 0.98 25.2 0 to 0.3

1 2016/11/30 3.6124 * %ch + (0.3222) 0.98 25.2 0 to 1.7

2 2016/11/30 0.6375 * %ch + (0.3222) 0.98 25.2 0 to 0.3


4.1.2. Unit No. 1 Air Flow to Gas Flow




The following table presents the results of the plant recorded total Air Flow indication (k/s) as

well as the measured Gas Flow results (Nm3 (dry) @ 10% O2).

Recorded Total Air Flow

Measured Gas Flow

Test No. kg/s Nm3 (dry) @ 10% O2

1 689.3 869.2

2 677.9 837.1

3 686.2 871.5

4 684.4 864.9

5 656.0 862.8

6 712.2 841.9

7 633.1 720.8

8 620.9 723.0

9 604.9 725.0

10 502.0 546.0

11 496.2 553.6

12 531.3 582.0

Gas Flow reported as Nm3/ s Dry corrected to 10% O2

Unit No. 1 Air flow to gas flow correlation Equation


2016 Correlations


Output yyyy/mm/dd

Nm3/s (d) @ 10% O2

Coefficient Nm

3/s (d) @

10% O2 Range


n/a 2016/11/30 1.2286 * %ch + (-13.9967) 0.99 871.5 n/a




4.1.3. Unit No. 1 Gaseous Emissions

The following table presents the results of the gaseous emission Automated Monitoring

Systems Annual Surveillance Test.

NOx SO2 CO2


(SRM) Max mg/Nm3 (dry) @ 10 O2 545 3315 192286

(SRM) Min mg/Nm3 (dry) @ 10 O2 477 2799 184160

ELV mg/Nm3 (dry) @ 10 O2 1100 3500 315632


Previous QAL2 Correlation Function (NB Dry or Wet) Method B) Method B) Method B)




AST Q0kv*0.9761 154.8 154.8 44426.8



t0.95(N-1)sD/√N+σo 126.9 126.9 33902.7


CO O2 (%)


(SRM) Max mg/Nm3 (dry) @ 10 O2 5.5 10.3

(SRM) Min mg/Nm3 (dry) @ 10 O2 4.0 7.4

ELV mg/Nm3 (dry) @ 10 O2 100 21


Previous QAL2 Correlation Function (NB Dry or Wet) Method A) Method B)




AST Q0kv*0.9761 14.0 1.5



t0.95(N-1)sD/√N+σo 11.9 1.2



The following Tables present the results of 5 Measurements for each Determinant, showing

the Measured Standard Reference Method results, the AMS reported result and the AMS

corrected result.

NOx

AST Data

SRM Value (yi)

corrected to AMS

condition (Wet Dry)

AMS Signal (xi) as

measured

SRM Value (yi)

corrected to STP Dry

(yi,s)

AMS ŷi,s

Test No. ppm (Wet) ppm (Wet) mg/Nm3 10%O2 mg/Nm

3 10%O2

4 279.3 241.2 476.7 447.0

5 291.5 260.8 513.5 505.0

6 304.2 260.0 537.8 505.3

10 255.1 217.4 541.4 518.2

12 265.5 216.2 544.7 493.9

Max 304 261 544.7 518

Min 255 216 476.7 447

Average 279 239 522.8 494

SO2

AST Data

SRM Value (yi)

corrected to AMS

condition (Wet Dry)

AMS Signal (xi) as

measured

SRM Value (yi)


(yi,s)

AMS ŷi,s


3 10%O2

4 1353.6 1231.3 3219.0 3012.4

5 1317.8 1202.9 3234.2 3075.5

6 1317.6 1190.8 3245.6 3055.2

10 946.4 868.5 2799.1 2733.8

12 1159.6 1074.1 3315.4 3240.0

Max 1354 1231 3315.4 3240

Min 946 869 2799.1 2734

Average 1219 1114 3162.6 3023

CO2

AST Data

SRM Value (yi)

corrected to AMS

condition (Wet Dry)

AMS Signal (xi) as

measured

SRM Value (yi)


(yi,s)

AMS ŷi,s


3 10%O2

4 117223.6 113382.5 192286.4 195617.4

5 113054.3 109056.7 191385.3 196621.9

6 112421.8 108950.6 191009.9 197125.8

10 90269.1 83760.5 184159.9 185923.0

12 94605.1 90215.8 186559.2 191915.1

Max 117223.6 113382.5 192286.4 197125.8

Min 90269.1 83760.5 184159.9 185923.0

Average 105514.8 101073.2 189080.1 193440.6


CO

AST Data

SRM Value (yi)

corrected to AMS

condition (Wet Dry)

AMS Signal (xi) as

measured

SRM Value (yi)


(yi,s)

AMS ŷi,s


3 10%O2

4 5.3 6.2 5.5 9.1

5 4.0 5.5 4.3 8.6

6 4.1 5.6 4.4 8.8

10 3.2 2.3 4.1 6.1

12 3.2 1.2 4.0 4.2

Max 5.3 6.2 5.5 9.1

Min 3.2 1.2 4.0 4.2

Average 3.9 4.2 4.4 7.4

O2

AST Data

SRM Value (yi)

corrected to AMS

condition (Wet Dry)

AMS Signal (xi) as

measured

SRM Value (yi)


(yi,s)

AMS ŷi,s

Test No. % (Wet) % (Wet) % (Wet) % (Wet)

4 7.1 6.4 7.4 6.5

5 7.5 7.0 7.9 7.1

6 7.6 7.0 8.0 7.2

10 9.8 9.6 10.3 9.7

12 9.5 9.1 9.9 9.2

Max 9.8 9.6 10.3 9.7

Min 7.1 6.4 7.4 6.5

Average 8.3 7.8 8.7 7.9


4.2. Unit No. 2





Monitor Output

Output No. 1

Monitor Output

Output No.2

2016

Correlation

Measured Dust Mass


1 6.5 8.9 21.7

2 6.1 8.2 16.4

3 6.4 8.7 20.0

4 6.3 8.6 16.4

5 6.7 9.3 19.6

6 7.2 10.5 28.3

7 7.9 11.8 37.9

8 6.6 9.2 19.6

9 6.3 8.7 20.1

10 4.8 5.6 7.1

11 4.8 5.6 4.5

12 4.7 5.5 9.2





2016 Correlations


Output yyyy/mm/dd

mg/Nm3(d) @ 10% O2

Coefficient mg/Nm

3(d) @

10% O2

Range


1 2016/11/30 8.7002 * mA + (-35.3078) 0.98 37.9 0 to 0.6

2 2016/11/30 4.3501 * mA + (-17.9074) 0.98 37.9 0 to 0.3

1 2016/11/30 1.392 * %ch + (-0.5071) 0.98 37.9 0 to 0.6

2 2016/11/30 0.696 * %ch + (-0.5071) 0.98 37.9 0 to 0.3









Measured Gas Flow


1 720.8 845.4

2 699.2 849.3

3 740.0 909.4

4 737.1 895.1

5 743.9 911.7

6 745.3 930.1

7 627.2 753.4

8 628.2 739.6

9 626.7 721.5

10 507.7 575.6

11 511.5 568.5

12 512.3 559.3




2016 Correlations


Output yyyy/mm/dd

Nm3/s (d) @ 10% O2

Coefficient Nm

3/s (d) @

10% O2 Range


n/a 2016/11/30 1.2123 * kg/s + (-13.1364) 0.997 930.1 n/a





The following table presents the results of the gaseous emission Automate Monitoring Systems

Annual Surveillance Test.

NOx SO2 CO2


(SRM) Max mg/Nm3 (dry) @ 10 O2 502 3078 195691

(SRM) Min mg/Nm3 (dry) @ 10 O2 467 2882 191249

ELV mg/Nm3 (dry) @ 10 O2 1100 3500 315632






AST Q0kv*0.9761 154.8 154.2 44426.8



t0.95(N-1)sD/√N+σo 106.5 96.2 37016.6


CO O2 (%)


(SRM) Max mg/Nm3 (dry) @ 10 O2 3.2 7.7

(SRM) Min mg/Nm3 (dry) @ 10 O2 1.9 6.4

ELV mg/Nm3 (dry) @ 10 O2 100 21






AST Q0kv*0.9761 14.1 1.5



t0.95(N-1)sD/√N+σo 8.8 1.2





corrected result.

NOx

AST Data

SRM Value (yi)

corrected to AMS

condition (Wet Dry)

AMS Signal (xi) as

measured

SRM Value (yi)


(yi,s)

AMS ŷi,s


3 10%O2

1 303.2 234.8 487.6 517.2

3 308.4 257.5 501.6 581.8

5 298.9 252.0 480.1 555.6

7 272.5 226.3 467.2 543.7

9 276.8 230.8 479.6 569.1

Max 308 257 501.6 582

Min 273 226 467.2 517

Average 292 240 483.2 553

SO2

AST Data

SRM Value (yi)

corrected to AMS

condition (Wet Dry)

AMS Signal (xi) as

measured

SRM Value (yi)


(yi,s)

AMS ŷi,s


3 10%O2

1 1373.5 1209.2 3077.7 3350.0

3 1272.0 1136.6 2882.4 3232.7

5 1290.1 1155.6 2888.0 3206.3

7 1231.9 1083.0 2942.8 3275.6

9 1213.6 1069.1 2929.4 3319.4

Max 1374 1209 3077.7 3350

Min 1214 1069 2882.4 3206

Average 1276 1131 2944.1 3277

CO2

AST Data

SRM Value (yi)

corrected to AMS

condition (Wet Dry)

AMS Signal (xi) as

measured

SRM Value (yi)


(yi,s)

AMS ŷi,s


3 10%O2

1 126614.9 128409.4 195690.5 244133.7

3 124540.6 126909.0 194665.6 247554.9

5 126695.3 129221.3 195627.8 245939.7

7 116152.9 120963.8 191390.8 250804.2

9 114869.2 117668.1 191249.3 250422.4

Max 126695.3 129221.3 195690.5 250804.2

Min 114869.2 117668.1 191249.3 244133.7

Average 121774.6 124634.3 193724.8 247771.0


CO

AST Data

SRM Value (yi)

corrected to AMS

condition (Wet Dry)

AMS Signal (xi) as

measured

SRM Value (yi)


(yi,s)

AMS ŷi,s


3 10%O2

1 1.9 3.8 1.9 1.5

3 2.7 3.8 2.7 1.6

5 2.7 4.7 2.7 1.9

7 3.1 7.8 3.2 3.5

9 2.9 10.7 3.0 4.9

Max 3.1 10.7 3.2 4.9

Min 1.9 3.8 1.9 1.5

Average 2.7 6.1 2.7 2.7

O2

AST Data

SRM Value (yi)

corrected to AMS

condition (Wet Dry)

AMS Signal (xi) as

measured

SRM Value (yi)


(yi,s)

AMS ŷi,s


1 6.1 7.9 6.5 8.7

3 6.3 8.1 6.7 8.9

5 6.0 7.8 6.4 8.6

7 7.0 8.9 7.5 9.7

9 7.3 9.2 7.7 10.1

Max 7.3 9.2 7.7 10.1

Min 6.0 7.8 6.4 8.6

Average 6.5 8.4 6.9 9.2


4.3. Unit No. 3





Monitor Output

Output No. 1

Monitor Output

Output No.2

2016

Correlation

Measured Dust Mass


1 4.7 14.9 14.9

2 4.7 12.5 12.5

3 4.9 12.3 12.3

4 4.8 10.5 10.5

5 4.9 13.9 13.9

6 5.0 16.7 16.7

7 7.5 Over Range 42.7

8 10.5 Over Range 77.0

9 4.3 6.0 8.5

10 4.3 6.1 9.0

11 4.4 6.4 9.3





2016 Correlations


Output yyyy/mm/dd

mg/Nm3(d) @ 10% O2

Coefficient mg/Nm

3(d) @

10% O2

Range


1 2016/11/30 11.4798 * mA + (-42.9432) 0.99 77.0 0 to 1.9

2 2016/11/30 2.2592 * mA + (-7.4331) 0.94 16.7 0 to 0.3

1 2016/11/30 1.8368 * %ch + (2.9758) 0.99 77.0 0 to 1.9

2 2016/11/30 0.3615 * %ch + (1.6038) 0.94 16.7 0 to 0.3









Measured Gas Flow


1 693.0 872.7

2 695.5 881.7

3 697.2 901.0

4 669.4 884.4

5 673.6 864.2

6 691.7 870.4

7 613.8 737.4

8 603.5 725.4

9 484.3 536.4

10 486.9 530.6

11 538.7 625.9


*Data was not made available from Station



2016 Correlations


Output yyyy/mm/dd

Nm3/s (d) @ 10% O2

Coefficient Nm

3/s (d) @

10% O2 Range


n/a 2016/11/30 1.2652 * %ch + (-16.6871) 0.99 901.0 n/a







NOx SO2 CO2


(SRM) Max mg/Nm3 (dry) @ 10 O2 525 3156 190069

(SRM) Min mg/Nm3 (dry) @ 10 O2 479 2880 184945

ELV mg/Nm3 (dry) @ 10 O2 1100 3500 315632






AST Q0kv*0.9761 154.8 154.2 44426.8



t0.95(N-1)sD/√N+σo 110.3 103.7 33921.0


CO O2 (%)


(SRM) Max mg/Nm3 (dry) @ 10 O2 4.8 9.6

(SRM) Min mg/Nm3 (dry) @ 10 O2 3.0 8.3

ELV mg/Nm3 (dry) @ 10 O2 100 21






AST Q0kv*0.9761 14.1 1.5


Pass AMS Passes


t0.95(N-1)sD/√N+σo 44.9 1.1





corrected result.

NOx

AST Data

SRM Value (yi)

corrected to AMS

condition (Wet Dry)

AMS Signal (xi) as

measured

SRM Value (yi)


(yi,s)

AMS ŷi,s


3 10%O2

7 286.7 230.6 525.2 431.5

8 282.3 263.2 511.0 489.3

9 242.5 221.7 480.5 447.4

10 239.2 211.3 478.7 429.7

11 259.9 230.3 488.6 442.7

Max 287 263 525.2 489

Min 239 211 478.7 430

Average 262 231 496.8 448

SO2

AST Data

SRM Value (yi)

corrected to AMS

condition (Wet Dry)

AMS Signal (xi) as

measured

SRM Value (yi)


(yi,s)

AMS ŷi,s


3 10%O2

7 1236.3 1148.4 3155.7 2898.3

8 1142.2 1049.0 2880.4 2630.6

9 1087.0 1003.7 3001.8 2731.3

10 1088.1 1023.0 3034.9 2805.9

11 1198.3 1106.7 3138.8 2869.1

Max 1236 1148 3155.7 2898

Min 1087 1004 2880.4 2631

Average 1150 1066 3042.3 2787

CO2

AST Data

SRM Value (yi)

corrected to AMS

condition (Wet Dry)

AMS Signal (xi) as

measured

SRM Value (yi)


(yi,s)

AMS ŷi,s


3 10%O2

7 107733.5 110671.0 189679.6 209427.4

8 109268.9 112156.4 190069.3 210892.7

9 97716.4 101729.5 186128.5 207567.3

10 96134.8 101459.2 184944.8 208663.3

11 104191.7 106649.2 188240.5 207304.7

Max 109268.9 112156.4 190069.3 210892.7

Min 96134.8 101459.2 184944.8 207304.7

Average 103009.0 106533.1 187812.6 208771.1


CO

AST Data

SRM Value (yi)

corrected to AMS

condition (Wet Dry)

AMS Signal (xi) as

measured

SRM Value (yi)


(yi,s)

AMS ŷi,s


3 10%O2

7 2.7 0.7 3.1 11.3

8 2.7 2.9 3.0 46.9

9 3.8 6.8 4.6 118.6

10 4.0 3.1 4.8 55.4

11 3.9 2.4 4.4 39.8

Max 4.0 6.8 4.8 118.6

Min 2.7 0.7 3.0 11.3

Average 3.4 3.2 4.0 54.4

O2

AST Data

SRM Value (yi)

corrected to AMS

condition (Wet Dry)

AMS Signal (xi) as

measured

SRM Value (yi)


(yi,s)

AMS ŷi,s


7 7.9 7.4 8.4 8.0

8 7.8 7.3 8.3 7.9

9 9.0 8.4 9.5 9.0

10 9.1 8.5 9.6 9.1

11 8.3 7.8 8.8 8.4

Max 9.1 8.5 9.6 9.1

Min 7.8 7.3 8.3 7.9

Average 8.4 7.9 8.9 8.5


4.4. Unit No. 4





Monitor Output

Output No. 1

Monitor Output

Output No.2

2016

Correlation

Measured Dust Mass


1 4.6 6.3 7.7

2 4.6 6.1 7.5

3 4.6 6.1 7.5

4 4.6 6.1 7.7

5 4.6 6.0 6.6

6 4.6 6.1 7.7

7 4.6 6.1 7.0

8 4.6 6.0 7.0

9 4.5 5.9 5.6

10 4.5 5.8 5.2

11 4.5 5.7 4.4

12 4.5 5.7 4.6





2016 Correlations


Output yyyy/mm/dd

mg/Nm3(d) @ 10% O2

Coefficient mg/Nm

3(d) @

10% O2

Range


1 2016/11/30 12.4214 * mA + (-49.8715) 0.98 7.7 0 to 1.1

2 2016/11/30 3.3877 * mA + (-13.7364) 0.98 7.7 0 to 0.3

1 2016/11/30 1.9874 * %ch + (-0.1857) 0.98 7.7 0 to 1.1

2 2016/11/30 0.542 * %ch + (-0.1857) 0.98 7.7 0 to 0.3









Measured Gas Flow


1 757.6 845.7

2 760.0 852.2

3 765.7 852.2

4 769.3 852.5

5 776.6 858.8

6 778.9 854.9

7 670.3 692.4

8 670.1 696.2

9 663.9 690.1

10 574.1 575.8

11 579.4 575.8

12 579.3 572.0




2016 Correlations


Output yyyy/mm/dd

Nm3/s (d) @ 10% O2

Coefficient Nm

3/s (d) @

10% O2 Range


n/a 2016/11/30 1.0934 * %ch + (-13.7071) 0.996 858.8 n/a







NOx SO2 CO2


(SRM) Max mg/Nm3 (dry) @ 10 O2 615 4261 195305

(SRM) Min mg/Nm3 (dry) @ 10 O2 544 3002 188582

ELV mg/Nm3 (dry) @ 10 O2 1100 3500 315632

Compliance With ELV Yes No Yes





AST Q0kv*0.9761 154.8 154.2 44426.8



t0.95(N-1)sD/√N+σo 115.6 138.6 35159.7


CO O2 (%)


(SRM) Max mg/Nm3 (dry) @ 10 O2 2.8 8.6

(SRM) Min mg/Nm3 (dry) @ 10 O2 2.0 6.4

ELV mg/Nm3 (dry) @ 10 O2 100 21






AST Q0kv*0.9761 14.1 1.5



t0.95(N-1)sD/√N+σo 11.4 1.3





corrected result.

NOx

AST Data

SRM Value (yi)

corrected to AMS

condition (Wet Dry)

AMS Signal (xi) as

measured

SRM Value (yi)


(yi,s)

AMS ŷi,s


3 10%O2

3 341.0 332.0 543.9 699.3

8 346.4 345.3 599.6 762.5

9 340.7 341.1 585.3 747.9

11 333.9 332.0 615.2 773.8

12 330.0 328.2 603.1 759.1

Max 346 345 615.2 774

Min 330 328 543.9 699

Average 338 336 589.4 748

SO2

AST Data

SRM Value (yi)

corrected to AMS

condition (Wet Dry)

AMS Signal (xi) as

measured

SRM Value (yi)


(yi,s)

AMS ŷi,s


3 10%O2

3 1350.7 1290.6 3002.0 3171.9

8 1332.7 1334.2 3213.7 3433.7

9 1323.0 1324.0 3167.0 3384.5

11 1659.5 1631.7 4260.7 4404.6

12 1580.4 1560.3 4024.3 4184.3

Max 1659 1632 4260.7 4405

Min 1323 1291 3002.0 3172

Average 1449 1428 3533.6 3716

CO2

AST Data

SRM Value (yi)

corrected to AMS

condition (Wet Dry)

AMS Signal (xi) as

measured

SRM Value (yi)


(yi,s)

AMS ŷi,s


3 10%O2

3 127395.9 121277.3 195304.8 214762.2

8 115160.3 111157.6 191551.8 206375.9

9 115900.3 111590.5 191368.1 205720.5

11 106579.0 102163.9 188746.3 200203.5

12 107371.5 103373.1 188582.3 200986.5

Max 127395.9 121277.3 195304.8 214762.2

Min 106579.0 102163.9 188582.3 200203.5

Average 114481.4 109912.5 191110.7 205609.7


CO

AST Data

SRM Value (yi)

corrected to AMS

condition (Wet Dry)

AMS Signal (xi) as

measured

SRM Value (yi)


(yi,s)

AMS ŷi,s


3 10%O2

3 2.9 18.9 2.8 6.4

8 1.9 7.5 2.0 2.6

9 1.9 7.2 2.0 2.5

11 2.0 9.4 2.3 3.5

12 2.0 9.0 2.2 3.3

Max 2.9 18.9 2.8 6.4

Min 1.9 7.2 2.0 2.5

Average 2.1 10.4 2.3 3.7

O2

AST Data

SRM Value (yi)

corrected to AMS

condition (Wet Dry)

AMS Signal (xi) as

measured

SRM Value (yi)


(yi,s)

AMS ŷi,s


3 6.1 5.8 6.4 6.2

8 7.3 6.6 7.7 7.0

9 7.2 6.5 7.6 6.9

11 8.2 7.4 8.6 7.8

12 8.1 7.3 8.5 7.7

Max 8.2 7.4 8.6 7.8

Min 6.1 5.8 6.4 6.2

Average 7.4 6.7 7.7 7.1


4.5. Unit No. 5





Monitor Output

Output No. 1

Monitor Output

Output No.2

2016

Correlation

Measured Dust Mass


1 4.5 6.4 3.8

2 4.5 6.6 4.6

3 4.5 6.7 5.0

4 4.6 6.8 5.8

5 4.6 6.8 6.8

6 4.6 7.0 6.6

7 4.5 6.6 6.6

8 4.5 6.5 5.3

9 4.5 6.4 5.6

10 4.6 6.8 7.3

11 4.5 6.6 7.5

12 4.5 6.6 6.2





2016 Correlations


Output yyyy/mm/dd

mg/Nm3(d) @ 10% O2

Coefficient mg/Nm

3(d) @

10% O2

Range


1 2016/11/30 11.3135 * mA + (-45.3029) 0.95 7.5 0 to 1.5

2 2016/11/30 2.2627 * mA + (-9.0995) 0.95 7.5 0 to 0.3

1 2016/11/30 1.8102 * %ch + (-0.0487) 0.95 7.5 0 to 1.5

2 2016/11/30 0.362 * %ch + (-0.0487) 0.95 7.5 0 to 0.3









Measured Gas Flow


1 765.7 789.3

2 776.9 802.1

3 768.8 821.9

4 783.6 857.4

5 780.5 859.6

6 778.7 861.6

7 668.6 721.5

8 666.0 716.3

9 654.9 636.1

10 571.5 572.2

11 571.5 562.1

12 573.1 555.0




2016 Correlations


Output yyyy/mm/dd

Nm3/s (d) @ 10% O2

Coefficient Nm

3/s (d) @

10% O2 Range


n/a 2016/11/30 1.0667 * %ch + (-10.8037) 0.996 861.6 n/a







NOx SO2 CO2


(SRM) Max mg/Nm3 (dry) @ 10 O2 533 3063 194231

(SRM) Min mg/Nm3 (dry) @ 10 O2 496 2494 188724

ELV mg/Nm3 (dry) @ 10 O2 1100 3500 315632






AST Q0kv*0.9761 154.8 154.2 44426.8



t0.95(N-1)sD/√N+σo 119.1 126.6 34519.9


CO O2 (%)


(SRM) Max mg/Nm3 (dry) @ 10 O2 3.3 9.5

(SRM) Min mg/Nm3 (dry) @ 10 O2 1.5 7.4

ELV mg/Nm3 (dry) @ 10 O2 100 21






AST Q0kv*0.9761 14.1 1.5



t0.95(N-1)sD/√N+σo 23.3 1.2





corrected result.

NOx

AST Data

SRM Value (yi)

corrected to AMS

condition (Wet Dry)

AMS Signal (xi) as

measured

SRM Value (yi)


(yi,s)

AMS ŷi,s


3 10%O2

3 304.2 321.5 522.5 526.6

5 313.1 329.8 533.1 535.5

6 312.8 330.8 532.6 535.5

9 278.3 291.0 496.2 487.6

12 265.2 283.1 523.3 512.3

Max 313 331 533.1 536

Min 265 283 496.2 488

Average 295 311 521.5 520

SO2

AST Data

SRM Value (yi)

corrected to AMS

condition (Wet Dry)

AMS Signal (xi) as

measured

SRM Value (yi)


(yi,s)

AMS ŷi,s


3 10%O2

3 1042.1 1022.5 2493.8 2519.1

5 1219.6 1206.5 2893.2 2944.1

6 1250.5 1232.6 2967.2 2998.2

9 1232.9 1211.4 3062.9 3050.6

12 1111.6 1114.2 3056.4 3031.6

Max 1250 1233 3062.9 3051

Min 1042 1023 2493.8 2519

Average 1171 1157 2894.7 2909

CO2

AST Data

SRM Value (yi)

corrected to AMS

condition (Wet Dry)

AMS Signal (xi) as

measured

SRM Value (yi)


(yi,s)

AMS ŷi,s


3 10%O2

3 116853.6 98194.4 192890.8 189474.9

5 118704.6 102085.8 194231.4 195255.0

6 118288.7 101857.2 193601.2 194202.3

9 112230.4 95828.8 192318.4 189148.5

12 99511.1 86595.0 188724.3 184620.8

Max 118704.6 102085.8 194231.4 195255.0

Min 99511.1 86595.0 188724.3 184620.8

Average 113117.7 96912.2 192353.2 190540.3


CO

AST Data

SRM Value (yi)

corrected to AMS

condition (Wet Dry)

AMS Signal (xi) as

measured

SRM Value (yi)


(yi,s)

AMS ŷi,s


3 10%O2

3 1.5 16.8 1.5 60.6

5 2.9 13.6 3.0 48.5

6 2.8 16.7 2.9 59.5

9 2.2 11.4 2.3 42.1

12 2.8 7.2 3.3 28.5

Max 2.9 16.8 3.3 60.6

Min 1.5 7.2 1.5 28.5

Average 2.4 13.2 2.6 47.9

O2

AST Data

SRM Value (yi)

corrected to AMS

condition (Wet Dry)

AMS Signal (xi) as

measured

SRM Value (yi)


(yi,s)

AMS ŷi,s


3 7.2 6.5 7.6 7.4

5 7.1 6.4 7.4 7.3

6 7.1 6.3 7.4 7.2

9 7.8 6.9 8.1 7.9

12 9.2 8.1 9.5 9.1

Max 9.2 8.1 9.5 9.1

Min 7.1 6.3 7.4 7.2

Average 7.7 6.8 8.0 7.8


4.6. Unit No. 6





Monitor Output

Output No. 1

Monitor Output

Output No.2

2016

Correlation

Measured Dust Mass


1 4.2 4.6 2.4

2 4.2 4.6 2.6

3 4.2 4.8 2.6

4 4.2 4.5 2.4

5 4.2 4.5 2.5

6 4.2 4.6 1.7

7 4.1 4.5 2.9

8 4.1 4.3 1.4

9 4.1 4.2 1.1

10 4.1 4.3 1.0

11 4.1 4.3 1.3

12 4.3 5.1 4.2





2016 Correlations


Output yyyy/mm/dd

mg/Nm3(d) @ 10% O2

Coefficient mg/Nm

3(d) @

10% O2

Range


1 2016/11/30 12.7354 * mA + (-50.8084) 0.95 4.2 0 to 0.1

2 2016/11/30 3.8206 * mA + (-15.1494) 0.95 4.2 0 to 0.3

1 2016/11/30 2.0377 * %ch + (0.133) 0.95 4.2 0 to 0.1

2 2016/11/30 0.6113 * %ch + (0.133) 0.95 4.2 0 to 0.3









Measured Gas Flow


1 675.1 858.7

2 682.8 867.1

3 693.2 894.6

4 681.1 889.8

5 686.5 892.4

6 689.4 911.6

7 582.6 721.8

8 580.5 695.6

9 581.1 702.4

10 513.1 560.6

11 501.4 553.0

12 649.0 787.4




2016 Correlations


Output yyyy/mm/dd

Nm3/s (d) @ 10% O2

Coefficient Nm

3/s (d) @

10% O2 Range


n/a 2016/11/30 1.2738 * %ch + (-15.9227) 0.994 911.6 n/a







NOx SO2 CO2


(SRM) Max mg/Nm3 (dry) @ 10 O2 550 3448 193718

(SRM) Min mg/Nm3 (dry) @ 10 O2 523 3046 189459

ELV mg/Nm3 (dry) @ 10 O2 1100 3500 315632




Previous QAL2 Correlation Function a or Inter 0.0000 -0.9497 0.0000


AST Q0kv*0.9761 154.8 154.2 44426.8



t0.95(N-1)sD/√N+σo 120.7 124.0 34740.8


CO O2 (%)


(SRM) Max mg/Nm3 (dry) @ 10 O2 3.7 8.4

(SRM) Min mg/Nm3 (dry) @ 10 O2 2.4 6.7

ELV mg/Nm3 (dry) @ 10 O2 100 21






AST Q0kv*0.9761 14.1 1.5



t0.95(N-1)sD/√N+σo 11.4 1.1





corrected result.

NOx

AST Data

SRM Value (yi)

corrected to AMS

condition (Wet Dry)

AMS Signal (xi) as

measured

SRM Value (yi)


(yi,s)

AMS ŷi,s


3 10%O2

2 316.6 361.8 524.7 656.5

3 335.1 365.7 546.0 653.7

5 323.7 365.7 530.8 655.2

6 322.4 359.0 523.0 641.4

8 302.6 344.4 549.9 671.1

Max 335 366 549.9 671

Min 303 344 523.0 641

Average 320 359 534.9 656

SO2

AST Data

SRM Value (yi)

corrected to AMS

condition (Wet Dry)

AMS Signal (xi) as

measured

SRM Value (yi)


(yi,s)

AMS ŷi,s


3 10%O2

2 1357.5 1253.7 3135.0 2915.0

3 1390.3 1257.3 3157.0 2880.2

5 1336.6 1197.1 3054.0 2748.1

6 1347.7 1193.3 3046.3 2732.4

8 1361.7 1227.8 3447.7 3066.0

Max 1390 1257 3447.7 3066

Min 1337 1193 3046.3 2732

Average 1359 1226 3168.0 2868

CO2

AST Data

SRM Value (yi)

corrected to AMS

condition (Wet Dry)

AMS Signal (xi) as

measured

SRM Value (yi)


(yi,s)

AMS ŷi,s


3 10%O2

2 119320.9 114255.2 190072.1 183033.5

3 120965.4 116130.8 189458.6 183286.4

5 122470.1 115042.5 193018.4 181964.5

6 124249.0 115764.2 193718.1 182633.9

8 109518.4 104197.0 191265.8 179277.6

Max 124249.0 116130.8 193718.1 183286.4

Min 109518.4 104197.0 189458.6 179277.6

Average 119304.8 113077.9 191506.6 182039.2


CO

AST Data

SRM Value (yi)

corrected to AMS

condition (Wet Dry)

AMS Signal (xi) as

measured

SRM Value (yi)


(yi,s)

AMS ŷi,s


3 10%O2

2 3.6 1.0 3.6 0.7

3 3.7 0.5 3.7 0.4

5 3.3 0.3 3.3 0.2

6 3.3 0.2 3.2 0.2

8 2.2 2.9 2.4 2.1

Max 3.7 2.9 3.7 2.1

Min 2.2 0.2 2.4 0.2

Average 3.2 1.0 3.2 0.7

O2

AST Data

SRM Value (yi)

corrected to AMS

condition (Wet Dry)

AMS Signal (xi) as

measured

SRM Value (yi)


(yi,s)

AMS ŷi,s


2 6.4 6.1 6.9 7.2

3 6.3 5.9 6.7 6.9

5 6.4 5.9 6.8 7.0

6 6.3 5.9 6.7 6.9

8 8.0 7.3 8.4 8.5

Max 8.0 7.3 8.4 8.5

Min 6.3 5.9 6.7 6.9

Average 6.7 6.2 7.1 7.3


The detailed results of the emission survey for Units No 1 to 6 have been presented in the

following Tables:

Tables No. 1 to 18: Detailed Measurement Results Particulate Emissions Appendix No. 1

SRM Detailed Measurement Results Gaseouse Emissions Appendix No. 2

Tables No. 19 to 48: AMS Plant Parameters Appendix No. 3

Figures 1 to 12: Particulate Emission Monitor Correlation Graphs Appendix No. 4

Figure 13 to 18: Air Flow to Gas Flow Correlation Graph Appendix No. 4

Appendix No. 8 Filter Mass Sheets

The following abbreviations were used in the text, tables and figures:

MCR Maximum Continuous Rating

°C Degrees Celsius

% v/v Percentage on a Volume-by-Volume basis

Am3 Actual Cubic Metres

Nm3 Normal Cubic Metres

g/s Grams per second

mg/s Milligrams per second

Fo Fields out

ESP Electrostatic Precipitator

FFP Fabric Filter Plant

ext. Extinction

mg/Nm3 (d) @ 10% O2 Milligrams per Normal cubic meters dry corrected to 10% Oxygen

• ‘Actual’ refers to the measured temperature and pressure conditions of the gases in the duct

• ‘Normal’ refers to the actual conditions being normalised to 0 °C and 101,325 kPa.


5. Discussion

5.1. Unit No. 1 Total Particulate Matter (TPM) Monitor Correlation

The correlation on Unit No 1 was completed from the 17th to the 26

th of October 2016. A total

of 12 measurements were conducted. The following trends indicate the AMS monitor output

signals captured during the correlation period.

The measured particulate emission concentrations ranged from 5.3 to 25.2 mg/Nm3 Dry @ 10%

O2, well below the negotiated cap value of 100 mg/Nm3 Dry @ 10% O2. The corresponding

particulate emission monitor signals, recorded from Output No. 1 (0 to 1.7 OD), ranged from

4.3 to 5.1 mA over an operating range of 425 to 676.1 MW. The resulting co-ordinates

produced a correlation coefficient of 0.98, well within the standards tolerance of 0.95 to 1.00.

A correlation derived for a monitor setting of 0 to 0.94 optical density (OD) has also been

presented in the following figure. This correlation is included in order to provide an alternative

monitor setting that includes an extrapolated operating range that is as close as possible to the

negotiated limit concentration value of 200 mg/Nm3 Dry @ 10% O2.


5.2. Unit No. 1 Airflow to Gas Flow Correlation

The Total Air Flow to Gas Volume Flow Rates correlation was also determined during this

period. The measured gas volume flow rates, which ranged from 546.0 to 871.5 Nm3/s Dry @

10% O2, were correlated against the plants corresponding Total Air flow Rates to produce a

correlation with a coefficient of 0.99. No measurements were excluded from the final Total Air

Flow to Gas Flow correlation. The following Air Flow trend was captured during the

correlation period.

Note: No measurements were conducted during the unit shutdown shown above.

The resulting Air to Gas Flow Correlation for Unit No. 1 is presented here below and in

Appendix No. 4.


5.3. Unit No. 1 AMS Annual Surveillance Test (AST)

The following figures present the AMS trends captured during the AST period.


The evaluation of the AST data as described in ISO 14181 Section No. 8 produces a pass for all

of the AMS instruments.

NOx SO2 CO2


AST Q0kv*0.9761 154.8 154.8 44426.8



t0.95(N-1)sD/√N+σo 126.9 126.9 33902.7


CO O2 (%)


AST Q0kv*0.9761 14.0 1.5



t0.95(N-1)sD/√N+σo 11.9 1.2




The correlation on Unit No 2 was completed from the 12TH

to the 28th of October 2016. A total

of 12 measurements were conducted of which all 12 measurements were included in the final

correlation. The following trends indicate the particulate emission monitor output signals

captured during the correlation period.

The measurements produced TPM concentrations that ranged from 4.5 to 37.9 mg/Nm3 Dry @

10% O2, which were all below the negotiated cap value of 200 mg/Nm3 Dry @ 10% O2. The

corresponding particulate emission monitor signals, recorded from Output No. 1, ranged from

4.7 to 7.9 mA over an operating range of 414 to 679 MW. The resulting co-ordinates produced

a correlation coefficient of 0.98, well within the standards tolerance of 0.95 to 1.00.

A correlation derived for a monitor setting of 0 to 0.9 optical density (OD) has also been

presented below. This correlation has been included in order to provide an alternative monitor

setting that includes an extrapolated operating range slightly above the negotiated limit

concentration value of 200 mg/Nm3 Dry @ 10% O2. This selected monitor setting produces a

correlation with a range of 0 to 208.3 mg/Nm3 Dry @ 10% O2.








correlation period.


Appendix No. 4.


Aparant step changes in the data above result from data gaps, from non correlation sampling periods.



NOx SO2 CO2


AST Q0kv*0.9761 154.8 154.2 44426.8



t0.95(N-1)sD/√N+σo 106.5 96.2 37016.6


CO O2 (%)


AST Q0kv*0.9761 14.1 1.5



t0.95(N-1)sD/√N+σo 8.8 1.2





th of October 2016. A total

of 11 measurements were conducted of which all 11 were included in the TPM correlations.

The following trends indicate the particulate emission monitor output signals captured during

the correlation period.

The trend above includes step changes that resulted from a change in the optical density setting

of the monitor. These settings were altered from 1.9 to 0.3 for the duration of the correlation

measurements and then again returned to 1.9 at the end of each day’s measurement period. The

11 measurements produced TPM concentrations that ranged from 8.5 to 77.0 mg/Nm3 Dry @

10% O2, all below the negotiated cap value of 200 mg/Nm3 Dry @ 10% O2. The corresponding

particulate emission monitor signals, recorded from Output No. 1, ranged from 4.3 to 10.5 mA

over an operating range of 415.5 to 677.6 MW. The resulting co-ordinates produced a

correlation coefficient of 0.99, within the standards tolerance of 0.95 to 1.00.

A correlation derived for a monitor setting of 0 to 2 optical density (OD) has also been

presented below. This correlation has been included in order to provide an alternative monitor

setting that includes an extrapolated operating range slightly below the negotiated limit

concentration value of 200 mg/Nm3 Dry @ 10% O2. This selected monitor setting produces a

correlation with a range of 0 to 196.3 mg/Nm3 Dry @ 10% O2.




period. The measured gas volume flow rates, which ranged from 530.6 to 901.0. Nm3/s Dry @


correlation with a coefficient of 0.99. The following Air Flow trend was captured during the

correlation period.


Appendix No. 4.


The evaluation of the AST data as described in ISO 14181 Section No. 8 produces a pass for 4

of the 5 AMS instruments. The CO AMS did not pass the variability tests with the AMS

indicating concentrations of 11.3 & 118.6 mg/Nm3 Dry @ 10% O2 whereas the SRM values are

3.0 & 4.8 mg/Nm3 Dry @ 10% O2.

NOx SO2 CO2


AST Q0kv*0.9761 154.8 154.2 44426.8



t0.95(N-1)sD/√N+σo 110.3 103.7 33921.0


CO O2 (%)


AST Q0kv*0.9761 14.1 1.5


Pass AMS Passes


t0.95(N-1)sD/√N+σo 44.9 1.1




The correlation on Unit No 4 was completed from the 3rd

to 6th of October 2016. A total of 12

measurements were conducted of which all 12 measurements were included in the final

correlation. The following trends indicate the particulate emission monitor output signals


The 12 measurements produced TPM concentrations that ranged from 4.4 to 7.7 mg/Nm3 Dry

@ 10% O2, which were all below the negotiated cap value of 200 mg/Nm3 Dry @ 10% O2. The


4.5 to 4.6 mA over an operating range of 449 to 675 MW. The resulting co-ordinates produced

a correlation coefficient of 0.98, well within the standards tolerance of 0.95 to 1.00.

The current correlation derived for output No. 1 setting of 0 to 1.1 optical density provides for a

correlation that is only slightly lower than the negotiated limit concentration value of 200

mg/Nm3 Dry @ 10% O2. This correlation produces a range of 0 to 198.6 mg/Nm

3 Dry @ 10%

O2 as presented in the following figure.



The Total Air Flow to Gas Volume Flow Rates correlation, for Unit No. 4 was derived from the

gas volume flow rates, which ranged from 572.0 to 858.8.Nm3/s Dry @ 10% O2. This data

produced a correlation with a coefficient of 0.99. No measurements were excluded from the

final Total Air Flow to Gas Flow correlation. The following Air Flow trend was captured

during the correlation period.


Appendix No. 4.


Apparent step changes in the data above result from data gaps, from non correlation sampling periods.



NOx SO2 CO2


AST Q0kv*0.9761 154.8 154.2 44426.8



t0.95(N-1)sD/√N+σo 115.6 138.6 35159.7


CO O2 (%)


AST Q0kv*0.9761 14.1 1.5



t0.95(N-1)sD/√N+σo 11.4 1.3





th of September 2016. A

total of 12 measurements were conducted. The following trends indicate the particulate

emission monitor output signals captured during the correlation period.

The measured particulate emission concentrations ranged from 3.8 to 7.5 mg/Nm3 Dry @ 10%

O2, well below the negotiated cap value of 200 mg/Nm3 Dry @ 10% O2. The corresponding

particulate emission monitor signals, recorded from Output No. 1, ranged from 4.5 to 4.6 mA

over an operating range of 443.3 to 674.1 MW. The resulting co-ordinates produced a

correlation coefficient of 0.99, well within the standards tolerance of 0.95 to 1.00.

A correlation derived for a monitor setting of 0 to 1.66 optical density (OD) has been presented

below. This correlation has been included in order to provide an alternative monitor setting that

includes an extrapolated operating range that is as close as possible to the negotiated limit

concentration value of 200 mg/Nm3 Dry @ 10% O2.








correlation period.


Appendix No. 4.





NOx SO2 CO2


AST Q0kv*0.9761 154.8 154.2 44426.8



t0.95(N-1)sD/√N+σo 119.1 126.6 34519.9


CO O2 (%)


AST Q0kv*0.9761 14.1 1.5



t0.95(N-1)sD/√N+σo 23.3 1.2





rd of September 2016. A

total of 12 measurements were conducted of which all 12 were included in the TPM

correlations. The following trends indicate the particulate emission monitor output signals


The 12 measurements produced TPM concentrations that ranged from 1.0 to 4.2 mg/Nm3 Dry

@ 10% O2, all below the negotiated cap value of 200 mg/Nm3 Dry @ 10% O2. The


4.1 to 4.3 mA over an operating range of 417.3 to 674.0 MW. The resulting co-ordinates

produced a correlation coefficient of 0.95, on the standard’s tolerance of 0.95 to 1.00.

The current correlation derived for output No. 1 setting of 0 to 1.0 optical density provide for a

correlation that is only slightly lower than the negotiated limit concentration value of 200

mg/Nm3 Dry @ 10% O2. This correlation produces a range of 0 to 203.9 mg/Nm

3 Dry @ 10%

O2 as presented in the following figure.




period. The measured gas volume flow rates, which ranged from 553.0 to 911.6. Nm3/s Dry @


correlation with a coefficient of 0.99. The following Air Flow trend was captured during the

correlation period.


Appendix No. 4.



The evaluation of the AST data as described in ISO 14181 Section No. 8 produced a pass for all

the AMS instruments on Unit No. 6.

NOx SO2 CO2


AST Q0kv*0.9761 154.8 154.2 44426.8



t0.95(N-1)sD/√N+σo 120.7 124.0 34740.8


CO O2 (%)


AST Q0kv*0.9761 14.1 1.5



t0.95(N-1)sD/√N+σo 11.4 1.1



6. Monitoring Deviations

6.1. There were no significant deviations from either the ISO 10155, 12141 or the ESKOM

Standard for Emission Monitoring and Reporting (420-56242363), with regards to the

measurements during the correlation of Unit No 1 to 6.

7. Recommendations

It is recommended that:

7.1. The particulate emissions from Units No. 1 to 6 reported to the authorities are determined with

the correlation function presented in Figures No. 1 to 12 of this report.

7.2. The gaseous emissions from Units No. 1 to 6 reported to the authorities are determined with the

function presented in Reports No.:

LEV1409M-Report-R2591-hbSIA ESKOM Matimba Unit1 – V5






This is recommended, as the Annual Surveillance Test results for Unit No. 1 to 6 support the

continued validity of the calibration functions derived in 2014.

7.3. Annual Surveillance Tests again be conducted on all the Automated Monitoring Systems at

Matimba Power Station during the third quarter of 2017.

7.4. New compliant particulate emission monitor correlations are conducted on Unit No. 1 to 6 during

the third quarter of 2018.

8. Acknowledgement

The author expresses sincere appreciation for the co-operation and assistance of the Matimba

personnel during the correlation.

9. References

9.1. South African Air Quality Act No. 39 of 2004

9.2. ISO 9096 Stationary source emission – Manual Determination of mass concentration of

particulate matter.

9.3. ISO 12141 Stationary source emission – Determination of concentration of particulate matter

(dust) at low concentrations – Manual gravimetric method.

9.4. ISO 10155 Stationary source emissions – Automated monitoring of mass concentrations of

particles – Performance characteristics, test methods and specifications

9.5. 420-56242363 ESKOM Standard for Emission Monitoring and Reporting


10. Distribution

10.1. Kagiso Lebepe Eskom Matimba Power Station

10.2. Tshifhiwa Ndanganeni Eskom Matimba Power Station

10.3. Johan Van Der Walt Eskom Matimba Power Station

10.4. Phathutshedzo Ralupfumo Eskom Matimba Power Station

10.5. Ebrahim Patel Eskom Enterprises Park


Appendix No. 1

Detailed Results

For

Particulate Emission Measurements


Unit No. 1

Table No. 1

Measurements No. 1 to 4

Customer Matimba Matimba Matimba Matimba

Unit No. 1 1 1 1

Location Stack Stack Stack Stack

Measurement No. 1 2 3 4

Date yyyy/mm/dd 2016/10/17 2016/10/17 2016/10/17 2016/10/19

Start Time hh:mm:ss 05:36:00 07:19:00 09:04:00 05:33:00

End Time hh:mm:ss 06:54:00 08:34:00 10:20:00 06:53:00

Load MW 651 622 632 676

Operator WJB WJB WJB WJB

Monitor Type

Serial No.

Range No. 1 OD 1.70 1.70 1.70 1.70

Range No. 2 OD 0.30 0.30 0.30 0.30

Average Range No. 1 mA 5.0 5.0 5.1 4.6


Ambient Temperature °C 33.7 34.2 35.8 26.5

Gas Temperature °C 136 136 134 134

Barometric pressure kPa (g) 88.2 88.4 88.6 88.7

Duct pressure Pa -104.0 -143.0 -141.0 -131.5

Duct pressure kPa (abs) 88.1 88.2 88.4 88.5

Moisture %v/v 6.2 6.1 5.4 5.2

Oxygen % 7.3 7.9 7.6 7.4

Nozzle diameter mm 7.8 7.8 7.8 7.8

Sample Time min 60 60 60 60

Thimbles used GK 01 GK 03 GK 04 GK 07

Total Dust Mass g 0.07884 0.06192 0.08603 0.05748

Velocity m/s 30.2 30.4 30.5 29.6

Gas Volume Flow Am3/s 1280.4 1291.6 1293.7 1255.8

Gas Volume Flow Nm3/s 743.7 751.1 758.2 736.9

Gas Volume Flow Dry Am3/s (d) 1201.4 1212.4 1223.3 1190.1

Gas Volume Flow Dry Nm3/s (d) 697.8 705.0 717.0 698.4

Gas Volume Flow Dry @ 10% O2 Nm3/s 869.2 837.1 871.5 864.9

Dust Concentration Corrected for Ref O2 mg/Am3 (wet) 12.6 10.3 13.9 9.2

Dust Concentration Corrected for Ref O2 mg/Nm3 (wet) 21.6 17.7 23.8 15.6

Dust Concentration Corrected for Ref O2 mg/Am3 (dry) 13.4 11.0 14.7 9.7

Dust Concentration Corrected for Ref O2 mg/Nm3 (dry) 23.1 18.9 25.2 16.5

Outlet Dust Flowrate g/s 20.0 15.8 21.9 14.2

Stack Diameter m 7.35 7.4 7.4 7.4

Duct Area m2 42.4 42.4 42.4 42.4

Moisture Concentration mg/Nm3 (dry) 52.8 52.5 46.2 44.3

Isokineticity % 97.0 96.7 96.8 99.6

Particulate

190742-23

Dust Concentration [mg/Nm3] is the measured dust concentration Normalised to gas conditions at 0°C and 101,325 kPa.


Unit No. 1

Table No. 2



Unit No. 1 1 1 1



Date yyyy/mm/dd 2016/10/19 2016/10/19 2016/10/20 2016/10/21


End Time hh:mm:ss 08:37:00 10:18:00 01:07:00 02:47:00

Load MW 675 673 545 545


Monitor Type

Serial No.

Range No. 1 OD 1.70 1.70 1.70 1.70

Range No. 2 OD 0.30 0.30 0.30 0.30






Duct pressure Pa -139.0 -139.0 -114.5 -146.0


Moisture %v/v 5.1 5.1 5.0 5.1

Oxygen % 7.9 8.0 9.3 9.2



Thimbles used GK 08 GK 09 GK 13 GK 14

Total Dust Mass g 0.05719 0.05427 0.03414 0.04853

Velocity m/s 30.5 30.0 28.2 28.2












Duct Area m2 42.4 42.4 42.4 42.4


Isokineticity % 99.6 96.0 96.0 96.7

Particulate

190742-23



Unit No. 1

Table No. 3



Unit No. 1 1 1 1



Date yyyy/mm/dd 2016/10/21 2016/10/25 2016/10/26 2016/10/26


End Time hh:mm:ss 04:22:00 01:29:00 03:13:00 05:01:00

Load MW 545 425 426 462


Monitor Type

Serial No.

Range No. 1 OD 1.70 1.70 1.70 1.70

Range No. 2 OD 0.30 0.30 0.30 0.30






Duct pressure Pa -143.0 -145.0 -143.5 -151.0


Moisture %v/v 5.3 4.7 4.8 4.6

Oxygen % 9.0 10.2 10.2 9.8



Thimbles used GK 15 GG 13 GG 14 GG 15

Total Dust Mass g 0.04488 0.01450 0.01165 0.01218

Velocity m/s 27.9 23.0 23.1 23.3












Duct Area m2 42.4 42.4 42.4 42.4


Isokineticity % 99.4 95.1 97.5 97.8

Particulate

190742-23



Unit No. 2

Table No. 4



Unit No. 2 2 2 2



Date yyyy/mm/dd 2016/10/12 2016/10/12 2016/10/13 2016/10/13


End Time hh:mm:ss 07:35:00 10:15:00 06:39:00 08:18:00

Load MW 643 608 676 676


Monitor Type

Serial No.

Range No. 1 OD 0.60 0.60 0.60 0.60

Range No. 2 OD 0.30 0.30 0.30 0.30






Duct pressure Pa -149.5 -146.0 -156.0 -146.5


Moisture %v/v 5.6 5.5 5.9 5.9

Oxygen % 6.4 6.7 6.6 6.6



Thimbles used GH 07 GH 08 GH 09 GH 10

Total Dust Mass g 0.07819 0.05496 0.07326 0.05940

Velocity m/s 27.6 28.2 30.1 29.5












Duct Area m2 42.4 42.4 42.4 42.4


Isokineticity % 104.8 97.2 99.0 100.0

Particulate

163811-94



Unit No. 2

Table No. 5



Unit No. 6 2 2 2



Date yyyy/mm/dd 2016/10/13 2016/10/13 2016/10/13 2016/10/14


End Time hh:mm:ss 09:56:00 11:36:00 23:49:00 01:08:00

Load MW 675 671 553 546

Operator WJB WJB wjb WJB

Monitor Type

Serial No.

Range No. 1 OD 0.60 0.60 0.60 0.60

Range No. 2 OD 0.30 0.30 0.30 0.30






Duct pressure Pa -132.5 -110.0 -105.5 -107.0


Moisture %v/v 6.3 5.7 5.8 5.4

Oxygen % 6.3 6.2 7.3 7.4




Total Dust Mass g 0.07228 0.10559 0.11409 0.05768

Velocity m/s 29.7 29.7 26.1 25.5












Duct Area m2 42.4 42.4 42.4 42.4


Isokineticity % 99.5 98.8 98.4 98.2

Particulate

163811-94



Unit No. 2

Table No. 6



Unit No. 2 2 2 2



Date yyyy/mm/dd 2016/10/14 2016/10/27 2016/10/28 2016/10/28


End Time hh:mm:ss 03:02:00 01:15:00 03:09:00 04:50:00

Load MW 545 414 414 414


Monitor Type

Serial No.

Range No. 1 OD 0.60 0.60 0.60 0.60

Range No. 2 OD 0.30 0.30 0.30 0.30






Duct pressure Pa -111.5 -121.0 -112.5 -118.5


Moisture %v/v 5.3 5.2 5.2 5.8

Oxygen % 7.6 8.5 8.7 8.9



Thimbles used GH 15 GL 01 GL 02 GL 03

Total Dust Mass g 0.05737 0.01657 0.01017 0.02028

Velocity m/s 25.2 21.0 21.0 21.0












Duct Area m2 42.4 42.4 42.4 42.4


Isokineticity % 97.5 99.3 98.7 97.4

Particulate

163811-94



Unit No. 3

Table No. 7



Unit No. 3 3 3 3



Date yyyy/mm/dd 2016/10/10 2016/10/10 2016/10/10 2016/10/11

Start Time hh:mm:ss 08H55 10H39 12H19 06H29

End Time hh:mm:ss 10H12 12H36 13H33 07H24

Load MW 677 674 673 678


Monitor Type

Serial No.

Range No. 1 OD 1.90 1.90 1.90 1.90

Range No. 2 OD 0.30 0.30 0.30 0.30






Duct pressure Pa -147.5 -130.0 -121.0 -100.0


Moisture %v/v 5.6 5.7 5.9 5.8

Oxygen % 7.2 7.0 6.8 6.8




Total Dust Mass g 0.05108 0.04374 0.04419 0.03686

Velocity m/s 29.3 29.4 29.8 29.0












Duct Area m2 42.4 42.4 42.4 42.4


Isokineticity % 96.9 97.8 98.2 97.5

Particulate

165753-94



Unit No. 3

Table No. 8



Unit No. 3 3 3 3



Date yyyy/mm/dd 2016/10/11 2016/10/11 2016/10/18 2016/10/18

Start Time hh:mm:ss 08H17 09H56 00H54 02H38

End Time hh:mm:ss 09H30 11H13 12H36 03H50

Load MW 676 675 544 545


Monitor Type

Serial No.

Range No. 1 OD 1.90 1.90 1.90 1.90

Range No. 2 OD 0.30 0.30 0.30 0.30






Duct pressure Pa -98.0 -127.0 -132.5 -144.5


Moisture %v/v 5.3 5.5 5.6 5.6

Oxygen % 6.8 6.9 8.2 8.3



Thimbles used GH 05 GH 06 GK 05 GK 06

Total Dust Mass g 0.04799 0.05709 0.12405 0.22300

Velocity m/s 28.3 28.7 26.7 26.6












Duct Area m2 42.4 42.4 42.4 42.4


Isokineticity % 98.3 96.9 97.1 98.3

Particulate

165753-94



Unit No. 3

Table No. 9


Customer Matimba Matimba Matimba

Unit No. 3 3 3

Location Stack Stack Stack

Measurement No. 9 10 11

Date yyyy/mm/dd 2016/10/20 2016/10/20 2016/10/20

Start Time hh:mm:ss 00H34 02H21 03H53

End Time hh:mm:ss 01H49 03H33 05H08

Load MW 416 416 474

Operator WJB WJB WJB

Monitor Type

Serial No.

Range No. 1 OD 1.90 1.90 1.90

Range No. 2 OD 0.30 0.30 0.30

Average Range No. 1 mA 4.3 4.3 4.4

Average Range No. 2 mA 6.0 6.1 6.4

Ambient Temperature °C 27.9 27.7 27.7

Gas Temperature °C 126 125 124

Barometric pressure kPa (g) 88.5 88.4 88.5

Duct pressure Pa -145.0 -170.5 -152.0

Duct pressure kPa (abs) 88.3 88.2 88.3

Moisture %v/v 5.0 5.3 5.3

Oxygen % 9.5 9.6 8.9

Nozzle diameter mm 7.8 7.8 7.8

Sample Time min 60 60 60

Thimbles used GK 10 GK 11 GK 12

Total Dust Mass g 0.01788 0.01866 0.02277

Velocity m/s 21.4 21.4 23.6

Gas Volume Flow Am3/s 906.0 907.8 1002.1

Gas Volume Flow Nm3/s 540.9 542.3 600.7

Gas Volume Flow Dry Am3/s (d) 860.8 860.0 948.7

Gas Volume Flow Dry Nm3/s (d) 514.0 513.8 568.7

Gas Volume Flow Dry @ 10% O2 Nm3/s 536.4 530.6 625.9

Dust Concentration Corrected for Ref O2 mg/Am3 (wet) 4.8 5.1 5.3

Dust Concentration Corrected for Ref O2 mg/Nm3 (wet) 8.1 8.5 8.8

Dust Concentration Corrected for Ref O2 mg/Am3 (dry) 5.1 5.4 5.6

Dust Concentration Corrected for Ref O2 mg/Nm3 (dry) 8.5 9.0 9.3

Outlet Dust Flowrate g/s 4.6 4.8 5.8

Stack Diameter m 7.3 7.3 7.3

Duct Area m2 42.4 42.4 42.4

Moisture Concentration mg/Nm3 (dry) 42.1 44.7 45.2

Isokineticity % 96.8 96.7 96.1

Particulate

165753-94



Unit No. 4

Table No. 10



Unit No. 4 4 4 4



Date yyyy/mm/dd 2016/10/03 2016/10/03 2016/10/03 2016/10/04


End Time hh:mm:ss 07:48:00 09:29:00 11:11:00 07:46:00

Load MW 671 671 671 675


Monitor Type

Serial No.

Range No. 1 OD 1.10 1.10 1.10 1.10

Range No. 2 OD 0.30 0.30 0.30 0.30






Duct pressure Pa -151.0 -157.0 -155.0 -160.0


Moisture %v/v 5.5 5.3 5.4 5.2

Oxygen % 6.6 6.6 6.6 6.6



Thimbles used GG 01 GG 02 GG 03 GG 04

Total Dust Mass g 0.02565 0.02514 0.02578 0.02654

Velocity m/s 27.3 27.5 27.5 27.4












Duct Area m2 42.4 42.4 42.4 42.4


Isokineticity % 97.2 96.8 99.6 99.2

Particulate

163809-94



Unit No. 4

Table No. 11



Unit No. 4 4 4 4



Date yyyy/mm/dd 2016/10/04 2016/10/04 2016/10/04 2016/10/05


End Time hh:mm:ss 09:25:00 11:05:00 01:03:00 02:44:00

Load MW 674 674 551 551


Monitor Type

Serial No.

Range No. 1 OD 1.10 1.10 1.10 1.10

Range No. 2 OD 0.30 0.30 0.30 0.30






Duct pressure Pa -150.5 -134.5 -145.5 -147.5


Moisture %v/v 5.2 5.0 4.3 5.0

Oxygen % 6.7 6.7 7.8 7.9




Total Dust Mass g 0.02249 0.02586 0.01891 0.01883

Velocity m/s 27.7 27.6 24.0 24.6












Duct Area m2 42.4 42.4 42.4 42.4


Isokineticity % 97.7 96.9 95.5 95.0

Particulate

163809-94



Unit No. 4

Table No. 12



Unit No. 4 4 4 4



Date yyyy/mm/dd 2016/10/05 2016/10/05 2016/10/06 2016/10/06


End Time hh:mm:ss 04:32:00 00:38:00 02:28:00 04:14:00

Load MW 552 450 449 450


Monitor Type

Serial No.

Range No. 1 OD 1.10 1.10 1.10 1.10

Range No. 2 OD 0.30 0.30 0.30 0.30






Duct pressure Pa -152.5 -128.5 -135.5 -119.5


Moisture %v/v 4.9 4.1 4.2 4.5

Oxygen % 7.8 8.8 8.8 8.8




Total Dust Mass g 0.01536 0.01161 0.00985 0.01025

Velocity m/s 24.2 21.7 21.7 21.6












Duct Area m2 42.4 42.4 42.4 42.4


Isokineticity % 97.2 95.9 95.2 95.2

Particulate

163809-94



Unit No. 5

Table No. 13



Unit No. 5 5 5 5



Date yyyy/mm/dd 2016/09/26 2016/09/26 2016/09/26 2016/09/27


End Time hh:mm:ss 09:11:00 11:04:00 12:50:00 07:55:00

Load MW 650 666 656 674


Monitor Type

Serial No.

Range No. 1 OD 1.50 1.50 1.50 1.50

Range No. 2 OD 0.30 0.30 0.30 0.30






Duct pressure Pa -136.5 -100.5 -126.5 -131.0


Moisture %v/v 3.4 3.6 4.1 3.4

Oxygen % 7.9 7.8 7.9 7.6



Thimbles used GF 4 GF 5 GF 6 GF 7

Total Dust Mass g 0.01985 0.01488 0.01646 0.01997

Velocity m/s 27.7 27.9 29.1 29.7












Duct Area m2 42.4 42.4 42.4 42.4


Isokineticity % 96.1 96.3 96.5 96.2

Particulate

163264-94



Unit No. 5

Table No. 14



Unit No. 5 5 5 5



Date yyyy/mm/dd 2016/09/27 2016/09/27 2016/09/27 2016/09/28


End Time hh:mm:ss 09:45:00 11:29:00 00:12:00 02:00:00

Load MW 674 658 552 552


Monitor Type

Serial No.

Range No. 1 OD 1.50 1.50 1.50 1.50

Range No. 2 OD 0.30 0.30 0.30 0.30






Duct pressure Pa -118.0 -120.5 -137.0 -159.5


Moisture %v/v 3.4 3.7 5.0 5.6

Oxygen % 7.7 7.7 8.3 8.2




Total Dust Mass g 0.02318 0.02239 0.01894 0.01551

Velocity m/s 29.9 30.0 26.7 26.6












Duct Area m2 42.4 42.4 42.4 42.4


Isokineticity % 96.0 94.5 96.6 98.6

Particulate

163264-94



Unit No. 5

Table No. 15



Unit No. 5 5 5 5



Date yyyy/mm/dd 2016/09/28 2016/09/28 2016/09/29 2016/09/29


End Time hh:mm:ss 03:41:00 23:58:00 01:42:00 03:22:00

Load MW 552 443 443 443


Monitor Type

Serial No.

Range No. 1 OD 1.50 1.50 1.50 1.50

Range No. 2 OD 0.30 0.30 0.30 0.30






Duct pressure Pa -147.5 -113.0 -125.8 -128.5


Moisture %v/v 4.3 4.4 3.9 4.1

Oxygen % 9.6 9.6 9.6 9.8




Total Dust Mass g 0.01442 0.01646 0.01673 0.01373

Velocity m/s 26.2 23.3 22.6 22.5












Duct Area m2 42.4 42.4 42.4 42.4


Isokineticity % 97.0 94.9 95.3 96.9

Particulate

163264-94



Unit No. 6

Table No. 16



Unit No. 6 6 6 6



Date yyyy/mm/dd 2016/09/20 2016/09/20 2016/09/20 2016/09/21


End Time hh:mm:ss 07:53:00 09:58:00 12:11:00 06:11:00

Load MW 674 673 673 669

Operator SS Diutlwileng SS Diutlwileng SS Diutlwileng SS Diutlwileng

Monitor Type

Serial No.

Range No. 1 OD 1.00 1.00 1.00 1.00

Range No. 2 OD 1.00 0.30 0.30 0.30






Duct pressure Pa -164.5 -149.0 -150.8 -126.3


Moisture %v/v 6.1 6.8 6.1 5.9

Oxygen % 7.3 7.1 6.9 6.9



Thimbles used GE10 GE11 GE12 GE12

Total Dust Mass g 0.00604 0.00649 0.00867 0.00802

Velocity m/s 28.8 28.9 29.2 29.1












Duct Area m2 42.4 42.4 42.4 42.4


Isokineticity % 103.0 95.1 98.2 99.2

Particulate

165752-94



Unit No. 6

Table No. 17



Unit No. 6 6 6 6



Date yyyy/mm/dd 2016/09/21 2016/09/21 2016/09/21 2016/09/22

Start Time hh:mm:ss 06:41:00 08:14:00 22H52 01H17

End Time hh:mm:ss 07:53:00 09:24:00 00H43 03H15

Load MW 671 672 540 545

Operator SS Diutlwileng SS Diutlwileng SS Diutlwileng WJB

Monitor Type

Serial No.

Range No. 1 OD 1.00 1.00 1.00 1.00

Range No. 2 OD 0.30 0.30 0.30 0.30






Duct pressure Pa -129.8 -134.3 -114.0 -127.0


Moisture %v/v 6.1 5.5 4.2 4.3

Oxygen % 6.9 6.8 8.3 8.5



Thimbles used GE14 GE15 GC13 GD14

Total Dust Mass g 0.00811 0.00593 0.01089 0.00513

Velocity m/s 29.4 29.6 25.8 25.2












Duct Area m2 42.4 42.4 42.4 42.4


Isokineticity % 98.8 100.2 95.2 100.1

Particulate

165752-94



Unit No. 6

Table No. 18



Unit No. 6 6 6 6



Date yyyy/mm/dd 2016/09/22 2016/09/23 2016/09/23 2016/09/23

Start Time hh:mm:ss 03H39 00H19 02H29 04:54:00

End Time hh:mm:ss 04H48 02H09 04H21 06:05:00

Load MW 545 417 418 589

Operator SS Diutlwileng WJB SS Diutlwileng SS Diutlwileng

Monitor Type

Serial No.

Range No. 1 OD 1.00 1.00 1.00 1.00

Range No. 2 OD 0.30 0.30 0.30 0.30






Duct pressure Pa -136.5 -106.5 -115.0 -122.5


Moisture %v/v 4.3 3.6 4.3 4.3

Oxygen % 8.5 9.8 9.7 8.1



Thimbles used GD15 GF1 GF2 GF3

Total Dust Mass g 0.00281 0.00282 0.00344 0.00957

Velocity m/s 25.6 22.4 21.9 27.3












Duct Area m2 42.4 42.4 42.4 42.4


Isokineticity % 95.3 102.9 98.4 102.6

Particulate

165752-94



Appendix No. 2

Detailed Results

For

Gaseous Emission Measurements


Unit No. 1 Annual Surveillance Test Results

Nitric Oxide NOx @ 10% O2 mg/Nm3 (dry) 477 545 523

Sulphur Dioxide SO2 @ 10% O2 mg/Nm3 (dry) 2799 3315 3163

Carbon Dioxide CO2 @ 10% O2 mg/Nm3 (dry) 184160 192286 189080

Carbon Monoxide CO @ 10% O2 mg/Nm3 (dry) 4.0 5.5 4.4

Oxygen % 7.4 10.3 8.7

Velocity m/s 23.0 30.5 27.3

Gas Temperature °C 122.9 133.5 129.0


Moisture % 4.6 5.2 4.9

Previous QAL2 Correlation Equations Method A Method B

Correlation Function Function a b a b Units AMS Scale

Oxides of Nitrogen (NOx as NO2) ŷi = a + b * xi 0.0000 0.0000 0.0000 1.1120 ppm (Act) (Wet) 1500.00

Sulphur Dioxide ŷi = a + b * xi 0.0000 0.0000 0.0000 1.0538 ppm (Act) (Wet) 2000.00

Carbon Dioxide ŷi = a + b * xi 0.0000 0.0000 0.0000 1.0774 ppm (Act) (Wet) 200000.00

Carbon Monoxide ŷi = a + b * xi 2.0725 1.1043 0.0000 0.0000 ppm (Act) (Wet) 1500.00

Oxygen ŷi = a + b * xi 0.0000 0.0000 0.0000 0.9689 % v/v (Wet) 25.00


Unit No. 1 Annual Surveillance Test Results Continued

Nit

ric

Ox

ide

NO

x @

10

% O

2

Su

lph

ur

Dio

xid

e S

O2

@ 1

0%

O2

Car

bo

n D

iox

ide

CO

2 @

10

% O

2

Car

bo

n M

ono

xid

e C

O @

10

% O

2

Ox

yg

en

%

(SRM) Average mg/Nm3 (dry) @ 10 O2 523 3163 189080 4.4 8.7

(SRM) Max mg/Nm3 (dry) @ 10 O2 545 3315 192286 5.5 10.3

(SRM) Min mg/Nm3 (dry) @ 10 O2 477 2799 184160 4.0 7.4

ELV mg/Nm3 (dry) @ 10 O2 1100 3500 315632 100 21

Compliance With ELV Yes Yes Yes Yes Yes

Previous QAL2 Correlation Function (NB Dry or Wet) Method B) Method B) Method B) Method A) Method B)

Previous QAL2 Correlation Function b or Slope 1.1120 1.0538 1.0774 1.1043 0.9689

Previous QAL2 Correlation Function a or Inter 0.0000 0.0000 0.0000 2.0725 0.0000

Previous QAL2 Calibration Range mg/Nm3 599.2 3646.9 211515.0 6.1 11.3

AST Standard Deviation sD 15.3 15.3 1778.1 1.8 0.1

AST Q0kv*0.9761 154.8 154.8 44426.8 14.0 1.5

AST Test of Variability AMS Passes AMS Passes AMS Passes AMS Passes AMS Passes

Difference Di-Dbar 29.0 29.0 -4360.5 -2.9 0.8

t0.95(N-1)sD/√N+σo 126.9 126.9 33902.7 11.9 1.2



Unit No. 1 Annual Surveillance Test Results Continued NOX

AST Data

AMS Signal (xi) as

measured

SRM Value (yi)

corrected to STP

Dry (yi,s)

AMS ŷi,s Difference AMS to

RMS

Test No. ppm (Wet) mg/Nm3 10%O2 mg/Nm

3 10%O2 %

4 241.2 476.7 447.0 6.2

5 260.8 513.5 505.0 1.7

6 260.0 537.8 505.3 6.1

10 217.4 541.4 518.2 4.3

12 216.2 544.7 493.9 9.3

Max 261 544.7 518 9

Min 216 476.7 447 2

Average 239 522.8 494 6

SO2

AST Data

AMS Signal (xi) as

measured

SRM Value (yi)

corrected to STP

Dry (yi,s)


RMS


3 10%O2 %

4 1231.3 3219.0 3012.4 6.4

5 1202.9 3234.2 3075.5 4.9

6 1190.8 3245.6 3055.2 5.9

10 868.5 2799.1 2733.8 2.3

12 1074.1 3315.4 3240.0 2.3

Max 1231 3315.4 3240 6

Min 869 2799.1 2734 2

Average 1114 3162.6 3023 4


Unit No. 1 Annual Surveillance Test Results Continued CO2

AST Data

AMS Signal (xi) as

measured

SRM Value (yi)

corrected to STP

Dry (yi,s)


RMS

Test No. ppm (Wet) mg/Nm3 10%O2 mg/Nm3 10%O2 %

4 113382.5 192286.4 195617.4 -1.7

5 109056.7 191385.3 196621.9 -2.7

6 108950.6 191009.9 197125.8 -3.2

10 83760.5 184159.9 185923.0 -1.0

12 90215.8 186559.2 191915.1 -2.9

Max 113382.5 192286.4 197125.8 -1

Min 83760.5 184159.9 185923.0 -3

Average 101073.2 189080.1 193440.6 -2

CO

AST Data

AMS Signal (xi) as

measured

SRM Value (yi)

corrected to STP

Dry (yi,s)


RMS


4 6.2 5.5 9.1 -65.9

5 5.5 4.3 8.6 -101.9

6 5.6 4.4 8.8 -101.6

10 2.3 4.1 6.1 -47.9

12 1.2 4.0 4.2 -4.6

Max 6.2 5.5 9.1 -5

Min 1.2 4.0 4.2 -102

Average 4.2 4.4 7.4 -64



O2

AST Data

AMS Signal (xi) as

measured

SRM Value (yi)

corrected to STP

Dry (yi,s)


RMS

Test No. % (Wet) % (Dry) % (Dry) %

4 6.4 7.4 6.5 12.6

5 7.0 7.9 7.1 9.9

6 7.0 8.0 7.2 10.1

10 9.6 10.3 9.7 6.0

12 9.1 9.9 9.2 7.1

Max 9.6 10.3 9.7 12.6

Min 6.4 7.4 6.5 6.0

Average 7.8 8.7 7.9 9.1



Nox Correlation

8.4 Calculation of Variability For AST

Di = yi,s - ŷi,s

yi,s SRM values

ŷi,s AMS Calibrated Values

ŷi,s M A) ŷi,s M B)

Sample Number (i) AMS Signal (xi) as measured mg/Nm

3 Dry @ 10% O2 M

A)

mg/Nm3 Dry @

10% O2 M B)

SRM Value at

Standard Cond (yi,s) mg/Nm

3 Dry

@ 10% O2

4 241 0 447 477

5 261 0 505 513

6 260 0 505 538

10 217 0 518 541

12 216 0 494 545

Sum 1195.7 0.0 2469.3 2614.1

Max 260.8 0.0 518.2 544.7

Min 216.2 0.0 447.0 476.7

Average ẋ & ẏ & Ḋ 239.1 0.0 493.9 522.8

Difference (mg) -29.0

DiffStandard Deviation sD 28.55 15.32 Difference (%) -5.5

Uncertainty Q0 112.2 112.2 mg/Nm

The uncertainty laid down by the authorities is 20%

of the ELV as a 95% confidence interval. 20 %

The AMS passes the variability test when Standard Deviation sD < or = to Standard Deviation

SD < or = to

154.24 154.83 see pg 19 EN 14181


Test of Variability AMS Passes AMS Passes

1 1

The Calibration of the AMS is accepted if

Difference Di-Dbar 522.8 29.0

is less than or equal to < or = to < or = to

t0.95(N-1)sD/√N+σo 247.2 234.6

Test of Variability AMS did not Pass AMS Passes

0 1



SO2 Correlation


Di = yi,s - ŷi,s

yi,s SRM values




3 Dry @ 10% O2 M

A)

mg/Nm3 Dry @

10% O2 M B)

SRM Value at


3 Dry

@ 10% O2

4 1231 0 3012 3219

5 1203 0 3075 3234

6 1191 0 3055 3246

10 869 0 2734 2799

12 1074 0 3240 3315

Sum 5567.7 0.0 15117.0 15813.2

Max 1231.3 0.0 3240.0 3315.4

Min 868.5 0.0 2733.8 2799.1

Average ẋ & ẏ & Ḋ 1113.5 0.0 3023.4 3162.6






The AMS passes the variability test when Standard Deviation sD < or = to Standard Deviation sD <

or = to

490.77 492.64 see pg 19 EN 14181



1 1




t0.95(N-1)sD/√N+σo 554.1 419.4


0 1



CO2 Correlation


Di = yi,s - ŷi,s

yi,s SRM values




3 Dry @ 10% O2 M

A)

mg/Nm3 Dry @

10% O2 M B)

SRM Value at


3 Dry

@ 10% O2

4 113382 0 195617 192286

5 109057 0 196622 191385

6 108951 0 197126 191010

10 83761 0 185923 184160

12 90216 0 191915 186559

Sum 505366.1 0.0 967203.1 945400.7

Max 113382.5 0.0 197125.8 192286.4

Min 83760.5 0.0 185923.0 184159.9

Average ẋ & ẏ & Ḋ 101073.2 0.0 193440.6 189080.1

Difference (mg) 4360.5

DiffStandard Deviation sD 3531.35 1778.07 Difference (%) 2.3





or = to

44257.73 44426.81 see pg 19 EN 14181



1 1




t0.95(N-1)sD/√N+σo 35574.3 33902.7


0 1



CO Correlation


Di = yi,s - ŷi,s

yi,s SRM values




3 Dry @ 10% O2 M

A)

mg/Nm3 Dry @

10% O2 M B)

SRM Value at


3 Dry

@ 10% O2

4 6 9 0 5

5 5 9 0 4

6 6 9 0 4

10 2 6 0 4

12 1 4 0 4

Sum 20.8 36.8 0.0 22.2

Max 6.2 9.1 0.0 5.5

Min 1.2 4.2 0.0 4.0

Average ẋ & ẏ & Ḋ 4.2 7.4 0.0 4.4

Difference (mg) 2.9






or = to

14.02 14.08 see pg 19 EN 14181



1 1




t0.95(N-1)sD/√N+σo 11.9 10.8


1 1



O2 Correlation


Di = yi,s - ŷi,s

yi,s SRM values




3 Dry @ 10% O2 M

A)

mg/Nm3 Dry @

10% O2 M B)

SRM Value at


3 Dry

@ 10% O2

4 6.4 0.0 6.5 7.4

5 7.0 0.0 7.1 7.9

6 7.0 0.0 7.2 8.0

10 9.6 0.0 9.7 10.3

12 9.1 0.0 9.2 9.9

Sum 39.1 0.0 39.7 43.6

Max 9.6 0.0 9.7 10.3

Min 6.4 0.0 6.5 7.4

Average ẋ & ẏ & Ḋ 7.8 0.0 7.9 8.7







or = to

1.47 1.48 see pg 19 EN 14181



1 1




t0.95(N-1)sD/√N+σo 2.3 1.2


0 1







Oxygen % 6.4 7.7 6.9

Velocity m/s 25.2 30.1 27.7

Gas Temperature °C 133.9 141 138.2


Moisture % 5.3 6.3 5.8










Nit

ric

Ox

ide

NO

x @

10

% O

2

Su

lph

ur

Dio

xid

e S

O2

@ 1

0%

O2

Car

bo

n D

iox

ide

CO

2 @

10

% O

2

Car

bo

n M

ono

xid

e C

O @

10

% O

2

Ox

yg

en

%


(SRM) Max mg/Nm3 (dry) @ 10 O2 502 3078 195691 3.2 7.7

(SRM) Min mg/Nm3 (dry) @ 10 O2 467 2882 191249 1.9 6.4

ELV mg/Nm3 (dry) @ 10 O2 1100 3500 315632 100 21


Previous QAL2 Correlation Function (NB Dry or Wet) Method B) Method A) Method B) Method B) Method B)





AST Q0kv*0.9761 154.8 154.2 44426.8 14.1 1.5


Difference Di-Dbar -70.3 483.2 -54046.2 0.0 -2.3

t0.95(N-1)sD/√N+σo 106.5 96.2 37016.6 8.8 1.2




AST Data

AMS Signal (xi) as

measured

SRM Value (yi)

corrected to STP

Dry (yi,s)


RMS


3 10%O2 %

1 234.8 487.6 517.2 -6.1

3 257.5 501.6 581.8 -16.0

5 252.0 480.1 555.6 -15.7

7 226.3 467.2 543.7 -16.4

9 230.8 479.6 569.1 -18.7

Max 257 501.6 582 -6

Min 226 467.2 517 -19

Average 240 483.2 553 -15

SO2

AST Data

AMS Signal (xi) as

measured

SRM Value (yi)

corrected to STP

Dry (yi,s)


RMS


3 10%O2 %

1 1209.2 3077.7 3350.0 -8.8

3 1136.6 2882.4 3232.7 -12.2

5 1155.6 2888.0 3206.3 -11.0

7 1083.0 2942.8 3275.6 -11.3

9 1069.1 2929.4 3319.4 -13.3

Max 1209 3077.7 3350 -9

Min 1069 2882.4 3206 -13

Average 1131 2944.1 3277 -11



AST Data

AMS Signal (xi) as

measured

SRM Value (yi)

corrected to STP

Dry (yi,s)


RMS


1 128409.4 195690.5 244133.7 -24.8

3 126909.0 194665.6 247554.9 -27.2

5 129221.3 195627.8 245939.7 -25.7

7 120963.8 191390.8 250804.2 -31.0

9 117668.1 191249.3 250422.4 -30.9

Max 129221.3 195690.5 250804.2 -25

Min 117668.1 191249.3 244133.7 -31

Average 124634.3 193724.8 247771.0 -28

CO

AST Data

AMS Signal (xi) as

measured

SRM Value (yi)

corrected to STP

Dry (yi,s)


RMS


1 3.8 1.9 1.5 16.5

3 3.8 2.7 1.6 40.6

5 4.7 2.7 1.9 28.6

7 7.8 3.2 3.5 -9.2

9 10.7 3.0 4.9 -63.9

Max 10.7 3.2 4.9 41

Min 3.8 1.9 1.5 -64

Average 6.1 2.7 2.7 3



O2

AST Data

AMS Signal (xi) as

measured

SRM Value (yi)

corrected to STP

Dry (yi,s)


RMS


1 7.9 6.5 8.7 -33.5

3 8.1 6.7 8.9 -34.3

5 7.8 6.4 8.6 -34.2

7 8.9 7.5 9.7 -30.5

9 9.2 7.7 10.1 -31.8

Max 9.2 7.7 10.1 -31

Min 7.8 6.4 8.6 -34

Average 8.4 6.9 9.2 -33



Nox Correlation


Di = yi,s - ŷi,s

yi,s SRM values




3 Dry @ 10% O2 M

A)

mg/Nm3 Dry @

10% O2 M B)

SRM Value at


3 Dry

@ 10% O2

1 235 0 517 488

3 257 0 582 502

5 252 0 556 480

7 226 0 544 467

9 231 0 569 480

Sum 1201.4 0.0 2767.5 2416.1

Max 257.5 0.0 581.8 501.6

Min 226.3 0.0 517.2 467.2

Average ẋ & ẏ & Ḋ 240.3 0.0 553.5 483.2







or = to

154.24 154.83 see pg 19 EN 14181



1 1




t0.95(N-1)sD/√N+σo 96.2 106.5


0 1



SO2 Correlation


Di = yi,s - ŷi,s

yi,s SRM values




3 Dry @ 10% O2 M

A)

mg/Nm3 Dry @

10% O2 M B)

SRM Value at

Standard Cond (yi,s)

mg/Nm3 Dry @ 10%

O2

1 1209 3350 0 3078

3 1137 3233 0 2882

5 1156 3206 0 2888

7 1083 3276 0 2943

9 1069 3319 0 2929

Sum 5653.6 16384.1 0.0 14720.3

Max 1209.2 3350.0 0.0 3077.7

Min 1069.1 3206.3 0.0 2882.4

Average ẋ & ẏ & Ḋ 1130.7 3276.8 0.0 2944.1







or = to

490.77 492.64 see pg 19 EN 14181



1 1



is less than or equal to < or = to < or = to t0.95(N-1)sD/√N+σo 309.0 343.3

Test of Variability AMS Passes AMS did not Pass

1 0



CO2 Correlation


Di = yi,s - ŷi,s

yi,s SRM values




3 Dry @ 10% O2 M

A)

mg/Nm3 Dry @

10% O2 M B)

SRM Value at


mg/Nm3 Dry @ 10%

O2

1 128409 0 244134 195690

3 126909 0 247555 194666

5 129221 0 245940 195628

7 120964 0 250804 191391

9 117668 0 250422 191249

Sum 623171.5 0.0 1238855.0 968624.0

Max 129221.3 0.0 250804.2 195690.5

Min 117668.1 0.0 244133.7 191249.3

Average ẋ & ẏ & Ḋ 124634.3 0.0 247771.0 193724.8







or = to

44257.73 44426.81 see pg 19 EN 14181



1 1




t0.95(N-1)sD/√N+σo 34336.5 37016.6


0 1



CO Correlation


Di = yi,s - ŷi,s

yi,s SRM values




3 Dry @ 10% O2 M

A)

mg/Nm3 Dry @

10% O2 M B)

SRM Value at


3 Dry

@ 10% O2

1 4 0 2 2

3 4 0 2 3

5 5 0 2 3

7 8 0 4 3

9 11 0 5 3

Sum 30.7 0.0 13.5 13.5

Max 10.7 0.0 4.9 3.2

Min 3.8 0.0 1.5 1.9

Average ẋ & ẏ & Ḋ 6.1 0.0 2.7 2.7


DiffStandard Deviation sD 0.52 1.19 Difference (%) -100





or = to

14.02 14.08 see pg 19 EN 14181



1 1




t0.95(N-1)sD/√N+σo 8.1 8.8


1 1



O2 Correlation


Di = yi,s - ŷi,s

yi,s SRM values




3 Dry @ 10% O2 M

A)

mg/Nm3 Dry @

10% O2 M B)

SRM Value at


3 Dry

@ 10% O2

1 7.9 0.0 8.7 6.5

3 8.1 0.0 8.9 6.7

5 7.8 0.0 8.6 6.4

7 8.9 0.0 9.7 7.5

9 9.2 0.0 10.1 7.7

Sum 42.0 0.0 46.1 34.7

Max 9.2 0.0 10.1 7.7

Min 7.8 0.0 8.6 6.4

Average ẋ & ẏ & Ḋ 8.4 0.0 9.2 6.9

Difference (mg) 2.3






or = to

1.47 1.48 see pg 19 EN 14181



1 1




t0.95(N-1)sD/√N+σo 1.6 1.2


0 1







Oxygen % 8.3 9.6 8.9

Velocity m/s 21.4 26.7 23.9



Moisture % 5.0 5.6 5.4










Nit

ric

Ox

ide

NO

x @

10

% O

2

Su

lph

ur

Dio

xid

e S

O2

@ 1

0%

O2

Car

bo

n D

iox

ide

CO

2 @

10

% O

2

Car

bo

n M

ono

xid

e C

O @

10

% O

2

Ox

yg

en

%


(SRM) Max mg/Nm3 (dry) @ 10 O2 525 3156 190069 4.8 9.6

(SRM) Min mg/Nm3 (dry) @ 10 O2 479 2880 184945 3.0 8.3

ELV mg/Nm3 (dry) @ 10 O2 1100 3500 315632 100 21







AST Q0kv*0.9761 154.8 154.2 44426.8 14.1 1.5

AST Test of Variability AMS Passes AMS Passes AMS Passes AMS did not

Pass AMS Passes

Difference Di-Dbar 48.7 496.8 -20958.5 -50.4 0.4

t0.95(N-1)sD/√N+σo 110.3 103.7 33921.0 44.9 1.1




AST Data

AMS Signal (xi) as

measured

SRM Value (yi)

corrected to STP

Dry (yi,s)


RMS


3 10%O2 %

7 230.6 525.2 431.5 17.8

8 263.2 511.0 489.3 4.2

9 221.7 480.5 447.4 6.9

10 211.3 478.7 429.7 10.2

11 230.3 488.6 442.7 9.4

Max 263 525.2 489 18

Min 211 478.7 430 4

Average 231 496.8 448 10

SO2

AST Data

AMS Signal (xi) as

measured

SRM Value (yi)

corrected to STP

Dry (yi,s)


RMS


3 10%O2 %

7 1148.4 3155.7 2887.6 8.5

8 1049.0 2880.4 2620.9 9.0

9 1003.7 3001.8 2721.2 9.3

10 1023.0 3034.9 2795.6 7.9

11 1106.7 3138.8 2858.5 8.9

Max 1148 3155.7 2888 9

Min 1004 2880.4 2621 8

Average 1066 3042.3 2777 9



AST Data

AMS Signal (xi) as

measured

SRM Value (yi)

corrected to STP

Dry (yi,s)


RMS


7 110671.0 189679.6 209427.4 -10.4

8 112156.4 190069.3 210892.7 -11.0

9 101729.5 186128.5 207567.3 -11.5

10 101459.2 184944.8 208663.3 -12.8

11 106649.2 188240.5 207304.7 -10.1

Max 112156.4 190069.3 210892.7 -10

Min 101459.2 184944.8 207304.7 -13

Average 106533.1 187812.6 208771.1 -11

CO

AST Data

AMS Signal (xi) as

measured

SRM Value (yi)

corrected to STP

Dry (yi,s)


RMS


7 0.7 3.1 11.3 -270.8

8 2.9 3.0 46.9 -1469.9

9 6.8 4.6 118.6 -2469.2

10 3.1 4.8 55.4 -1049.7

11 2.4 4.4 39.8 -796.0

Max 6.8 4.8 118.6 -271

Min 0.7 3.0 11.3 -2469

Average 3.2 4.0 54.4 -1211



O2

AST Data

AMS Signal (xi) as

measured

SRM Value (yi)

corrected to STP

Dry (yi,s)


RMS


7 7.4 8.4 8.0 5.2

8 7.3 8.3 7.9 4.6

9 8.4 9.5 9.0 4.9

10 8.5 9.6 9.1 5.1

11 7.8 8.8 8.4 4.8

Max 8.5 9.6 9.1 5

Min 7.3 8.3 7.9 5

Average 7.9 8.9 8.5 5



Nox Correlation


Di = yi,s - ŷi,s

yi,s SRM values




3 Dry @ 10% O2 M

A)

mg/Nm3 Dry @

10% O2 M B)

SRM Value at


3 Dry

@ 10% O2

7 231 0 431 525

8 263 0 489 511

9 222 0 447 481

10 211 0 430 479

11 230 0 443 489

Sum 1157.1 0.0 2240.6 2484.0

Max 263.2 0.0 489.3 525.2

Min 211.3 0.0 429.7 478.7

Average ẋ & ẏ & Ḋ 231.4 0.0 448.1 496.8







or = to

154.24 154.83 see pg 19 EN 14181



1 1





0 1



SO2 Correlation


Di = yi,s - ŷi,s

yi,s SRM values




3 Dry @ 10% O2 M

A)

mg/Nm3 Dry @

10% O2 M B)

SRM Value at


mg/Nm3 Dry @ 10%

O2

7 1148 0 2898 3156

8 1049 0 2631 2880

9 1004 0 2731 3002

10 1023 0 2806 3035

11 1107 0 2869 3139

Sum 5330.9 0.0 13935.2 15211.5

Max 1148.4 0.0 2898.3 3155.7

Min 1003.7 0.0 2630.6 2880.4

Average ẋ & ẏ & Ḋ 1066.2 0.0 2787.0 3042.3







or = to

490.77 492.64 see pg 19 EN 14181



1 1





1 1



CO2 Correlation


Di = yi,s - ŷi,s

yi,s SRM values




3 Dry @ 10% O2 M

A)

mg/Nm3 Dry @

10% O2 M B)

SRM Value at


mg/Nm3 Dry @ 10%

O2

7 110671 0 209427 189680

8 112156 0 210893 190069

9 101729 0 207567 186129

10 101459 0 208663 184945

11 106649 0 207305 188241

Sum 532665.3 0.0 1043855.4 939062.8

Max 112156.4 0.0 210892.7 190069.3

Min 101459.2 0.0 207304.7 184944.8

Average ẋ & ẏ & Ḋ 106533.1 0.0 208771.1 187812.6







or = to

44257.73 44426.81 see pg 19 EN 14181



1 1




t0.95(N-1)sD/√N+σo 34329.8 33921.0


0 1



CO Correlation


Di = yi,s - ŷi,s

yi,s SRM values




3 Dry @ 10% O2 M

A)

mg/Nm3 Dry @

10% O2 M B)

SRM Value at


3 Dry

@ 10% O2

7 1 0 11 3

8 3 0 47 3

9 7 0 119 5

10 3 0 55 5

11 2 0 40 4

Sum 15.9 0.0 272.0 19.9

Max 6.8 0.0 118.6 4.8

Min 0.7 0.0 11.3 3.0

Average ẋ & ẏ & Ḋ 3.2 0.0 54.4 4.0







or = to

14.02 14.08 see pg 19 EN 14181



1 0




t0.95(N-1)sD/√N+σo 8.5 44.9


1 1



O2 Correlation


Di = yi,s - ŷi,s

yi,s SRM values




3 Dry @ 10% O2 M

A)

mg/Nm3 Dry @

10% O2 M B)

SRM Value at


3 Dry

@ 10% O2

7 7.4 0.0 8.0 8.4

8 7.3 0.0 7.9 8.3

9 8.4 0.0 9.0 9.5

10 8.5 0.0 9.1 9.6

11 7.8 0.0 8.4 8.8

Sum 39.5 0.0 42.4 44.6

Max 8.5 0.0 9.1 9.6

Min 7.3 0.0 7.9 8.3

Average ẋ & ẏ & Ḋ 7.9 0.0 8.5 8.9







or = to

1.47 1.48 see pg 19 EN 14181



1 1




t0.95(N-1)sD/√N+σo 1.7 1.1


0 1







Oxygen % 6.4 8.6 7.7

Velocity m/s 21.6 27.5 23.9



Moisture % 4.2 5.4 4.8










Nit

ric

Ox

ide

NO

x @

10

% O

2

Su

lph

ur

Dio

xid

e S

O2

@ 1

0%

O2

Car

bo

n D

iox

ide

CO

2 @

10

% O

2

Car

bo

n M

ono

xid

e C

O @

10

% O

2

Ox

yg

en

%


(SRM) Max mg/Nm3 (dry) @ 10 O2 615 4261 195305 2.8 8.6

(SRM) Min mg/Nm3 (dry) @ 10 O2 544 3002 188582 2.0 6.4

ELV mg/Nm3 (dry) @ 10 O2 1100 3500 315632 100 21

Compliance With ELV Yes No Yes Yes Yes






AST Q0kv*0.9761 154.8 154.2 44426.8 14.1 1.5


Difference Di-Dbar -159.1 589.4 -14499.0 -1.4 0.6

t0.95(N-1)sD/√N+σo 115.6 138.6 35159.7 11.4 1.3




AST Data

AMS Signal (xi) as

measured

SRM Value (yi)

corrected to STP

Dry (yi,s)


RMS


3 10%O2 %

3 332.0 543.9 699.3 -28.6

8 345.3 599.6 762.5 -27.2

9 341.1 585.3 747.9 -27.8

11 332.0 615.2 773.8 -25.8

12 328.2 603.1 759.1 -25.9

Max 345 615.2 774 -26

Min 328 543.9 699 -29

Average 336 589.4 748 -27

SO2

AST Data

AMS Signal (xi) as

measured

SRM Value (yi)

corrected to STP

Dry (yi,s)


RMS


3 10%O2 %

3 1290.6 3002.0 3171.9 -5.7

8 1334.2 3213.7 3433.7 -6.8

9 1324.0 3167.0 3384.5 -6.9

11 1631.7 4260.7 4404.6 -3.4

12 1560.3 4024.3 4184.3 -4.0

Max 1632 4260.7 4405 -3

Min 1291 3002.0 3172 -7

Average 1428 3533.6 3716 -5



AST Data

AMS Signal (xi) as

measured

SRM Value (yi)

corrected to STP

Dry (yi,s)


RMS


3 121277.3 195304.8 214762.2 -10.0

8 111157.6 191551.8 206375.9 -7.7

9 111590.5 191368.1 205720.5 -7.5

11 102163.9 188746.3 200203.5 -6.1

12 103373.1 188582.3 200986.5 -6.6

Max 121277.3 195304.8 214762.2 -6

Min 102163.9 188582.3 200203.5 -10

Average 109912.5 191110.7 205609.7 -8

CO

AST Data

AMS Signal (xi) as

measured

SRM Value (yi)

corrected to STP

Dry (yi,s)


RMS


3 18.9 2.8 6.4 -125.4

8 7.5 2.0 2.6 -30.1

9 7.2 2.0 2.5 -26.7

11 9.4 2.3 3.5 -54.8

12 9.0 2.2 3.3 -51.8

Max 18.9 2.8 6.4 -27

Min 7.2 2.0 2.5 -125

Average 10.4 2.3 3.7 -58



O2

AST Data

AMS Signal (xi) as

measured

SRM Value (yi)

corrected to STP

Dry (yi,s)


RMS


3 5.8 6.4 6.2 3.4

8 6.6 7.7 7.0 8.7

9 6.5 7.6 6.9 8.9

11 7.4 8.6 7.8 8.9

12 7.3 8.5 7.7 8.9

Max 7.4 8.6 7.8 9

Min 5.8 6.4 6.2 3

Average 6.7 7.7 7.1 8




Di = yi,s - ŷi,s

yi,s SRM values




3 Dry @ 10% O2 M

A)

mg/Nm3 Dry @

10% O2 M B)

SRM Value at


3 Dry

@ 10% O2

3 332 0 699 544

8 345 0 762 600

9 341 0 748 585

11 332 0 774 615

12 328 0 759 603

Sum 1678.6 0.0 3742.5 2947.1

Max 345.3 0.0 773.8 615.2

Min 328.2 0.0 699.3 543.9

Average ẋ & ẏ & Ḋ 335.7 0.0 748.5 589.4







or = to

154.24 154.83 see pg 19 EN 14181



1 1





0 1



SO2 Correlation


Di = yi,s - ŷi,s

yi,s SRM values




3 Dry @ 10% O2 M

A)

mg/Nm3 Dry @

10% O2 M B)

SRM Value at


mg/Nm3 Dry @ 10%

O2

3 1291 3172 0 3002

8 1334 3434 0 3214

9 1324 3384 0 3167

11 1632 4405 0 4261

12 1560 4184 0 4024

Sum 7140.7 18579.0 0.0 17667.8

Max 1631.7 4404.6 0.0 4260.7

Min 1290.6 3171.9 0.0 3002.0

Average ẋ & ẏ & Ḋ 1428.1 3715.8 0.0 3533.6







or = to

490.77 492.64 see pg 19 EN 14181



1 0





1 0



CO2 Correlation


Di = yi,s - ŷi,s

yi,s SRM values




3 Dry @ 10% O2 M

A)

mg/Nm3 Dry @

10% O2 M B)

SRM Value at


mg/Nm3 Dry @ 10%

O2

3 121277 0 214762 195305

8 111158 0 206376 191552

9 111591 0 205721 191368

11 102164 0 200204 188746

12 103373 0 200986 188582

Sum 549562.4 0.0 1028048.6 955553.3

Max 121277.3 0.0 214762.2 195304.8

Min 102163.9 0.0 200203.5 188582.3

Average ẋ & ẏ & Ḋ 109912.5 0.0 205609.7 191110.7







or = to

44257.73 44426.81 see pg 19 EN 14181



1 1




t0.95(N-1)sD/√N+σo 34811.3 35159.7


0 1



CO Correlation


Di = yi,s - ŷi,s

yi,s SRM values




3 Dry @ 10% O2 M

A)

mg/Nm3 Dry @

10% O2 M B)

SRM Value at


3 Dry

@ 10% O2

3 19 0 6 3

8 7 0 3 2

9 7 0 3 2

11 9 0 4 2

12 9 0 3 2

Sum 52.0 0.0 18.3 11.3

Max 18.9 0.0 6.4 2.8

Min 7.2 0.0 2.5 2.0

Average ẋ & ẏ & Ḋ 10.4 0.0 3.7 2.3

Difference (mg) 1.4






or = to

14.02 14.08 see pg 19 EN 14181



1 1




t0.95(N-1)sD/√N+σo 10.5 11.4


1 1



O2 Correlation


Di = yi,s - ŷi,s

yi,s SRM values




3 Dry @ 10% O2 M

A)

mg/Nm3 Dry @

10% O2 M B)

SRM Value at


3 Dry

@ 10% O2

3 5.8 0.0 6.2 6.4

8 6.6 0.0 7.0 7.7

9 6.5 0.0 6.9 7.6

11 7.4 0.0 7.8 8.6

12 7.3 0.0 7.7 8.5

Sum 33.6 0.0 35.6 38.7

Max 7.4 0.0 7.8 8.6

Min 5.8 0.0 6.2 6.4

Average ẋ & ẏ & Ḋ 6.7 0.0 7.1 7.7







or = to

1.47 1.48 see pg 19 EN 14181



1 1





0 1







Oxygen % 7.4 9.5 8.0

Velocity m/s 22.5 30.0 27.6



Moisture % 3.3 5.0 4.5










Nit

ric

Ox

ide

NO

x @

10

% O

2

Su

lph

ur

Dio

xid

e S

O2

@ 1

0%

O2

Car

bo

n D

iox

ide

CO

2 @

10

% O

2

Car

bo

n M

ono

xid

e C

O @

10

% O

2

Ox

yg

en

%


(SRM) Max mg/Nm3 (dry) @ 10 O2 533 3063 194231 3.3 9.5

(SRM) Min mg/Nm3 (dry) @ 10 O2 496 2494 188724 1.5 7.4

ELV mg/Nm3 (dry) @ 10 O2 1100 3500 315632 100 21







AST Q0kv*0.9761 154.8 154.2 44426.8 14.1 1.5


Difference Di-Dbar 2.0 521.5 1812.9 -45.2 0.2

t0.95(N-1)sD/√N+σo 119.1 126.6 34519.9 23.3 1.2




AST Data

AMS Signal (xi) as

measured

SRM Value (yi)

corrected to STP

Dry (yi,s)


RMS


3 10%O2 %

3 321.5 522.5 526.6 -0.8

5 329.8 533.1 535.5 -0.5

6 330.8 532.6 535.5 -0.5

9 291.0 496.2 487.6 1.7

12 283.1 523.3 512.3 2.1

Max 331 533.1 536 2

Min 283 496.2 488 -1

Average 311 521.5 520 0

SO2

AST Data

AMS Signal (xi) as

measured

SRM Value (yi)

corrected to STP

Dry (yi,s)


RMS


3 10%O2 %

3 1022.5 2493.8 2519.1 -1.0

5 1206.5 2893.2 2944.1 -1.8

6 1232.6 2967.2 2998.2 -1.0

9 1211.4 3062.9 3050.6 0.4

12 1114.2 3056.4 3031.6 0.8

Max 1233 3062.9 3051 1

Min 1023 2493.8 2519 -2

Average 1157 2894.7 2909 -1



AST Data

AMS Signal (xi) as

measured

SRM Value (yi)

corrected to STP

Dry (yi,s)


RMS


3 98194.4 192890.8 189474.9 1.8

5 102085.8 194231.4 195255.0 -0.5

6 101857.2 193601.2 194202.3 -0.3

9 95828.8 192318.4 189148.5 1.6

12 86595.0 188724.3 184620.8 2.2

Max 102085.8 194231.4 195255.0 2

Min 86595.0 188724.3 184620.8 -1

Average 96912.2 192353.2 190540.3 1

CO

AST Data

AMS Signal (xi) as

measured

SRM Value (yi)

corrected to STP

Dry (yi,s)


RMS


3 16.8 1.5 60.6 -3814.8

5 13.6 3.0 48.5 -1491.2

6 16.7 2.9 59.5 -1929.4

9 11.4 2.3 42.1 -1699.4

12 7.2 3.3 28.5 -761.7

Max 16.8 3.3 60.6 -762

Min 7.2 1.5 28.5 -3815

Average 13.2 2.6 47.9 -1939



O2

AST Data

AMS Signal (xi) as

measured

SRM Value (yi)

corrected to STP

Dry (yi,s)


RMS


3 6.5 7.6 7.4 1.6

5 6.4 7.4 7.3 1.9

6 6.3 7.4 7.2 2.5

9 6.9 8.1 7.9 3.0

12 8.1 9.5 9.1 3.9

Max 8.1 9.5 9.1 4

Min 6.3 7.4 7.2 2

Average 6.8 8.0 7.8 3




Di = yi,s - ŷi,s

yi,s SRM values




3 Dry @ 10% O2 M

A)

mg/Nm3 Dry @

10% O2 M B)

SRM Value at


3 Dry

@ 10% O2

3 321 0 527 523

5 330 0 536 533

6 331 0 535 533

9 291 0 488 496

12 283 0 512 523

Sum 1556.2 0.0 2597.5 2607.6

Max 330.8 0.0 535.5 533.1

Min 283.1 0.0 487.6 496.2

Average ẋ & ẏ & Ḋ 311.2 0.0 519.5 521.5







or = to

154.24 154.83 see pg 19 EN 14181



1 1





0 1



SO2 Correlation


Di = yi,s - ŷi,s

yi,s SRM values




3 Dry @ 10% O2 M

A)

mg/Nm3 Dry @

10% O2 M B)

SRM Value at


mg/Nm3 Dry @ 10%

O2

3 1023 2519 0 2494

5 1206 2944 0 2893

6 1233 2998 0 2967

9 1211 3051 0 3063

12 1114 3032 0 3056

Sum 5787.1 14543.6 0.0 14473.5

Max 1232.6 3050.6 0.0 3062.9

Min 1022.5 2519.1 0.0 2493.8

Average ẋ & ẏ & Ḋ 1157.4 2908.7 0.0 2894.7







or = to

490.77 492.64 see pg 19 EN 14181



1 1





1 0



CO2 Correlation


Di = yi,s - ŷi,s

yi,s SRM values




3 Dry @ 10% O2 M

A)

mg/Nm3 Dry @

10% O2 M B)

SRM Value at


mg/Nm3 Dry @ 10%

O2

3 98194 0 189475 192891

5 102086 0 195255 194231

6 101857 0 194202 193601

9 95829 0 189149 192318

12 86595 0 184621 188724

Sum 484561.2 0.0 952701.5 961766.0

Max 102085.8 0.0 195255.0 194231.4

Min 86595.0 0.0 184620.8 188724.3

Average ẋ & ẏ & Ḋ 96912.2 0.0 190540.3 192353.2







or = to

44257.73 44426.81 see pg 19 EN 14181



1 1




t0.95(N-1)sD/√N+σo 34260.3 34519.9


0 1



CO Correlation


Di = yi,s - ŷi,s

yi,s SRM values




3 Dry @ 10% O2 M

A)

mg/Nm3 Dry @

10% O2 M B)

SRM Value at


3 Dry

@ 10% O2

3 17 0 61 2

5 14 0 49 3

6 17 0 59 3

9 11 0 42 2

12 7 0 29 3

Sum 65.8 0.0 239.3 13.2

Max 16.8 0.0 60.6 3.3

Min 7.2 0.0 28.5 1.5

Average ẋ & ẏ & Ḋ 13.2 0.0 47.9 2.6


DiffStandard Deviation sD 0.70 13.70 Difference (%) 1715





or = to

14.02 14.08 see pg 19 EN 14181



1 1




t0.95(N-1)sD/√N+σo 10.9 23.3


1 1



O2 Correlation


Di = yi,s - ŷi,s

yi,s SRM values




3 Dry @ 10% O2 M

A)

mg/Nm3 Dry @

10% O2 M B)

SRM Value at


3 Dry

@ 10% O2

3 6.5 0.0 7.4 7.6

5 6.4 0.0 7.3 7.4

6 6.3 0.0 7.2 7.4

9 6.9 0.0 7.9 8.1

12 8.1 0.0 9.1 9.5

Sum 34.2 0.0 39.0 40.0

Max 8.1 0.0 9.1 9.5

Min 6.3 0.0 7.2 7.4

Average ẋ & ẏ & Ḋ 6.8 0.0 7.8 8.0







or = to

1.47 1.48 see pg 19 EN 14181



1 1





0 1







Oxygen % 6.7 8.4 7.1

Velocity m/s 25.2 29.6 28.5



Moisture % 4.3 6.8 5.8




Sulphur Dioxide ŷi = a + b * xi -0.9497 1.0192 0.0000 0.0000 ppm (Act) (Wet) 1500.00






Nit

ric

Ox

ide

NO

x @

10

% O

2

Su

lph

ur

Dio

xid

e S

O2

@ 1

0%

O2

Car

bo

n D

iox

ide

CO

2 @

10

% O

2

Car

bo

n M

ono

xid

e C

O @

10

% O

2

Ox

yg

en

%


(SRM) Max mg/Nm3 (dry) @ 10 O2 550 3448 193718 3.7 8.4

(SRM) Min mg/Nm3 (dry) @ 10 O2 523 3046 189459 2.4 6.7

ELV mg/Nm3 (dry) @ 10 O2 1100 3500 315632 100 21




Previous QAL2 Correlation Function a or Inter 0.0000 -0.9497 0.0000 0.0000 0.0000



AST Q0kv*0.9761 154.8 154.2 44426.8 14.1 1.5


Difference Di-Dbar -120.7 534.9 9467.4 2.5 -0.2

t0.95(N-1)sD/√N+σo 120.7 124.0 34740.8 11.4 1.1




AST Data

AMS Signal (xi) as

measured

SRM Value (yi)

corrected to STP

Dry (yi,s)


RMS


3 10%O2 %

2 361.8 524.7 656.5 -25.1

3 365.7 546.0 653.7 -19.7

5 365.7 530.8 655.2 -23.4

6 359.0 523.0 641.4 -22.6

8 344.4 549.9 671.1 -22.0

Max 366 549.9 671 -20

Min 344 523.0 641 -25

Average 359 534.9 656 -23

SO2

AST Data

AMS Signal (xi) as

measured

SRM Value (yi)

corrected to STP

Dry (yi,s)


RMS


3 10%O2 %

2 1253.7 3135.0 2915.0 7.0

3 1257.3 3157.0 2880.2 8.8

5 1197.1 3054.0 2748.1 10.0

6 1193.3 3046.3 2732.4 10.3

8 1227.8 3447.7 3066.0 11.1

Max 1257 3447.7 3066 11

Min 1193 3046.3 2732 7

Average 1226 3168.0 2868 9



AST Data

AMS Signal (xi) as

measured

SRM Value (yi)

corrected to STP

Dry (yi,s)


RMS


2 114255.2 190072.1 183033.5 3.7

3 116130.8 189458.6 183286.4 3.3

5 115042.5 193018.4 181964.5 5.7

6 115764.2 193718.1 182633.9 5.7

8 104197.0 191265.8 179277.6 6.3

Max 116130.8 193718.1 183286.4 6

Min 104197.0 189458.6 179277.6 3

Average 113077.9 191506.6 182039.2 5

CO

AST Data

AMS Signal (xi) as

measured

SRM Value (yi)

corrected to STP

Dry (yi,s)


RMS


2 1.0 3.6 0.7 81.1

3 0.5 3.7 0.4 90.0

5 0.3 3.3 0.2 94.0

6 0.2 3.2 0.2 94.9

8 2.9 2.4 2.1 10.3

Max 2.9 3.7 2.1 95

Min 0.2 2.4 0.2 10

Average 1.0 3.2 0.7 74



O2

AST Data

AMS Signal (xi) as

measured

SRM Value (yi)

corrected to STP

Dry (yi,s)


RMS


2 6.1 6.9 7.2 -4.5

3 5.9 6.7 6.9 -3.8

5 5.9 6.8 7.0 -3.3

6 5.9 6.7 6.9 -4.0

8 7.3 8.4 8.5 -1.5

Max 7.3 8.4 8.5 -1

Min 5.9 6.7 6.9 -5

Average 6.2 7.1 7.3 -3




Di = yi,s - ŷi,s

yi,s SRM values




3 Dry @ 10% O2 M

A)

mg/Nm3 Dry @

10% O2 M B)

SRM Value at


3 Dry

@ 10% O2

2 362 0 657 525

3 366 0 654 546

5 366 0 655 531

6 359 0 641 523

8 344 0 671 550

Sum 1796.6 0.0 3277.9 2674.4

Max 365.7 0.0 671.1 549.9

Min 344.4 0.0 641.4 523.0

Average ẋ & ẏ & Ḋ 359.3 0.0 655.6 534.9


Standard Deviation sD 12.35 8.84 Difference (%) 22.6





or = to

154.24 154.83 see pg 19 EN 14181



1 1





0 1



SO2 Correlation


Di = yi,s - ŷi,s

yi,s SRM values




3 Dry @ 10% O2 M

A)

mg/Nm3 Dry @

10% O2 M B)

SRM Value at


mg/Nm3 Dry @ 10%

O2

2 1254 2915 0 3135

3 1257 2880 0 3157

5 1197 2748 0 3054

6 1193 2732 0 3046

8 1228 3066 0 3448

Sum 6129.2 14341.7 0.0 15840.1

Max 1257.3 3066.0 0.0 3447.7

Min 1193.3 2732.4 0.0 3046.3

Average ẋ & ẏ & Ḋ 1225.8 2868.3 0.0 3168.0







or = to

490.77 492.64 see pg 19 EN 14181



1 1





1 0



CO2 Correlation


Di = yi,s - ŷi,s

yi,s SRM values




3 Dry @ 10% O2 M

A)

mg/Nm3 Dry @

10% O2 M B)

SRM Value at


mg/Nm3 Dry @ 10%

O2

2 114255 0 183033 190072

3 116131 0 183286 189459

5 115042 0 181965 193018

6 115764 0 182634 193718

8 104197 0 179278 191266

Sum 565389.7 0.0 910195.9 957533.0

Max 116130.8 0.0 183286.4 193718.1

Min 104197.0 0.0 179277.6 189458.6

Average ẋ & ẏ & Ḋ 113077.9 0.0 182039.2 191506.6







or = to

44257.73 44426.81 see pg 19 EN 14181



1 1




t0.95(N-1)sD/√N+σo 33958.1 34740.8


0 1



CO Correlation


Di = yi,s - ŷi,s

yi,s SRM values




3 Dry @ 10% O2 M

A)

mg/Nm3 Dry @

10% O2 M B)

SRM Value at


3 Dry

@ 10% O2

2 1 0 1 4

3 1 0 0 4

5 0 0 0 3

6 0 0 0 3

8 3 0 2 2

Sum 4.9 0.0 3.6 16.2

Max 2.9 0.0 2.1 3.7

Min 0.2 0.0 0.2 2.4

Average ẋ & ẏ & Ḋ 1.0 0.0 0.7 3.2







or = to

14.02 14.08 see pg 19 EN 14181



1 1




t0.95(N-1)sD/√N+σo 10.7 11.4


1 1



O2 Correlation


Di = yi,s - ŷi,s

yi,s SRM values




3 Dry @ 10% O2 M

A)

mg/Nm3 Dry @

10% O2 M B)

SRM Value at


3 Dry

@ 10% O2

2 6.1 0.0 7.2 6.9

3 5.9 0.0 6.9 6.7

5 5.9 0.0 7.0 6.8

6 5.9 0.0 6.9 6.7

8 7.3 0.0 8.5 8.4

Sum 31.1 0.0 36.5 35.3

Max 7.3 0.0 8.5 8.4

Min 5.9 0.0 6.9 6.7

Average ẋ & ẏ & Ḋ 6.2 0.0 7.3 7.1

Difference (mg) 0.2






or = to

1.47 1.48 see pg 19 EN 14181



1 1





0 1


Appendix No. 3

AMS

&

Plant Parameters


Unit No. 1

Table No. 19

Plant parameters

00:00:53 40 MKA80 FE901 XQ01 40 LBA80 CF901 XQ01 40 LAB90 CF001 XQ01 40 LAB90 CF002 XQ01 40 LAB90 CF003 XQ01 40 HFE17 EP 600 REWE 40 HNA25 CQ011A XQ0140 HNA25 CQ011B XQ0140 HNA15 CQ011A XQ0140 HNA15 CQ011B XQ01

00:01:00

Time

difference

between

SRM &

AMS AM

S O

xy

gen

%

AM

S C

arb

on

Mo

no

xid

e p

pm

AM

S C

arb

on

Dio

xid

e p

pm

AM

S N

itri

c O

xid

e p

pm

AM

S N

itro

gen

Dio

xid

e p

pm

Ox

ides

of

Nit

rog

en

AM

S S

ulp

hu

r D

iox

ide p

pm

AM

S G

as

Tem

pera

ture

°C

AM

S G

as

Pre

ssu

re m

Bar

AM

S G

as

Velo

cit

y m

/s

Test Date Start End AMS O 2 % AMS CO ppm AMS CO 2 % AMS NO ppm AMS NO 2 ppm NO x ppm AMS S O 2 ppm AMS °C AMS P re ssu re mba r AMS m/s

1 2016/10/17 05:35:00 06:53:00 6.6 2.0 10.9 240.7 28.8 269.6 1097.3 150.7 905.7 30.8

2 2016/10/17 07:18:00 08:33:00 7.2 2.6 10.3 247.4 29.6 277.0 1037.6 153.1 907.9 29.9

3 2016/10/17 09:03:00 10:19:00 6.9 5.3 10.2 262.5 31.4 293.9 1049.6 149.1 907.2 30.1

4 2016/10/19 05:32:00 06:52:00 6.4 6.2 11.3 241.2 29.0 270.3 1231.3 141.9 919.3 28.7

5 2016/10/19 07:24:00 08:36:00 7.0 5.5 10.9 260.8 31.2 292.0 1202.9 142.4 920.3 29.8

6 2016/10/19 09:06:00 10:17:00 7.0 5.6 10.9 260.0 31.4 291.4 1190.8 142.2 920.1 29.5

7 2016/10/20 23:49:00 01:06:00 8.4 4.2 8.4 208.4 24.8 233.3 843.5 144.1 912.3 28.2

8 2016/10/21 01:32:00 02:46:00 8.4 3.8 9.8 238.5 28.8 267.3 996.0 144.1 911.0 27.6

9 2016/10/21 03:10:00 04:21:00 8.2 3.2 10.0 242.7 28.8 271.5 1030.2 143.5 912.3 27.4

10 2016/10/25 00:11:00 01:28:00 9.6 2.3 8.4 217.4 26.2 243.6 868.5 146.9 907.4 24.4

11 2016/10/26 01:59:00 03:12:00 9.5 2.1 8.6 213.0 25.6 238.6 929.9 142.2 905.4 23.9

12 2016/10/26 03:44:00 05:00:00 9.1 1.2 9.0 216.2 25.9 242.2 1074.1 141.0 905.3 25.2

Ave 8.4 2.7 9.5 228.9 27.5 256.4 1057.2 143.5 908.8 26.9

Max 9.6 6.2 11.3 262.5 31.4 293.9 1231.3 153.1 920.3 30.8

Min 6.4 1.2 8.4 208.4 24.8 233.3 843.5 141.0 905.3 23.9


Unit No. 1

Table No. 20

Plant parameters

00:00:53 40 HNA24 CT001 XQ01 40 HNA14 CT001 XQ01 40 HNA25 CT001 XQ01 40 HNA15 CT001 XQ01 40 HNA25 CT011 XQ01 40 HNA15 CT011 XQ01 40 HLA24 CT001 XQ01 40 HLA14 CT001 XQ01 40 HLA25 CT002 XQ01 40 HLA15 CT002 XQ01

00:01:00

Time

difference

between

SRM &

AMS

AM

S M

ois

ture

%

AM

S D

ust

Em

issi

on

To

tal

Vo

lum

e m

g/N

m3

AM

S P

recip

Du

st E

mis

sio

n

mg

/Nm

3

Ele

ctr

ic L

oad

LIV

E S

TM

FL

EC

ON

IN

L F

LO

W 1

EC

ON

IN

L F

L 2

EC

ON

IN

L F

L 3

To

atl

Air

Flo

w

LH

O2

IN

DIC

AT

ION

A

Test Date Start End AMS H2O %AMS mg/Nm3 Dry @ 10% O 2AMS mg/Nm3 Dry @ 10% O 2 MW kg/s m3 /s m3 /s m3 /s m3 /s %

1 2016/10/17 05:35:00 06:53:00 5.5 4.3 4.2 651.1 592.3 0.0 559.3 558.9 689.3 2.6

2 2016/10/17 07:18:00 08:33:00 5.4 4.0 4.1 622.0 558.7 0.0 527.5 527.3 677.9 3.4

3 2016/10/17 09:03:00 10:19:00 5.6 4.4 4.4 632.5 580.2 0.0 548.1 548.0 686.2 3.8

4 2016/10/19 05:32:00 06:52:00 5.2 2.6 2.5 676.1 590.5 0.0 554.0 553.1 684.4 2.3

5 2016/10/19 07:24:00 08:36:00 5.0 2.8 3.0 675.2 583.7 0.0 546.2 545.7 656.0 3.4

6 2016/10/19 09:06:00 10:17:00 5.2 2.4 2.4 672.7 584.1 0.0 547.5 546.7 712.2 3.7

7 2016/10/20 23:49:00 01:06:00 4.1 2.4 2.4 544.7 473.0 0.0 447.1 446.2 633.1 4.8

8 2016/10/21 01:32:00 02:46:00 4.9 3.1 3.1 544.5 469.2 0.0 443.6 442.6 620.9 4.4

9 2016/10/21 03:10:00 04:21:00 5.0 2.9 2.9 544.7 469.2 0.0 443.5 442.3 604.9 4.2

10 2016/10/25 00:11:00 01:28:00 4.1 1.2 1.2 425.4 361.5 0.0 350.6 349.1 502.0 5.0

11 2016/10/26 01:59:00 03:12:00 4.2 1.2 1.2 425.5 359.6 0.0 349.7 347.3 496.2 5.3

12 2016/11/26 03:44:00 05:00:00 4.3 1.1 1.1 461.8 390.3 0.0 378.4 377.0 531.3 4.6

Ave 4.9 2.7 2.7 573.0 501.0 0.0 474.6 473.7 624.5 4.0

Max 5.6 4.4 4.4 676.1 592.3 0.0 559.3 558.9 712.2 5.3

Min 4.1 1.1 1.1 425.4 359.6 0.0 349.7 347.3 496.2 2.3


Unit No. 1

Table No. 21

Plant parameters

00:00:53 40 HLA15 CT002 XQ01 40 HLA45 CT001 XQ01 40 HLA35 CT001 XQ01 40 HNA26 CT011 XQ01 40 HNA16 CT011 XQ01 40 HNA27 CT001 XQ01 40 HNA17 CT001 XQ01 40 HNA28 CT001 XQ01 40 HNA18 CT001 XQ01 40 HNA29 CT001 XQ01

00:01:00

Time

difference

between

SRM &

AMS

LH

O2

IN

DIC

AT

ION

A

LH

O2

IN

DIC

AT

ION

B

RH

O2

IN

DIC

AT

ION

A

RH

O2

IN

DIC

AT

ION

B

LH

EC

ON

OU

T G

AS

T

RH

EC

ON

OU

T G

AS

T

LH

SE

C A

/H G

AS

IN

L T

RH

SE

C A

/H G

AS

IN

L T

LH

SE

C A

/H G

AS

OU

T T

RH

SE

C A

/H G

AS

OU

T T

Test Date Start End % % % % °C °C °C °C °C °C

1 2016/10/17 05:35:00 06:53:00 2.6 2.5 3.4 3.3 333.4 302.0 317.0 332.2 137.7 133.7

2 2016/10/17 07:18:00 08:33:00 3.4 3.2 3.8 3.7 330.6 299.2 314.2 329.4 138.2 132.3

3 2016/10/17 09:03:00 10:19:00 3.8 3.4 3.4 3.4 329.3 299.3 314.2 329.8 139.9 124.7

4 2016/10/19 05:32:00 06:52:00 2.3 2.2 3.4 3.4 327.1 296.2 313.6 325.0 138.8 128.9

5 2016/10/19 07:24:00 08:36:00 3.4 3.1 3.8 3.8 330.1 298.6 317.4 328.0 139.0 122.9

6 2016/10/19 09:06:00 10:17:00 3.7 3.3 3.5 3.5 330.9 299.8 318.6 329.5 140.2 121.7

7 2016/10/20 23:49:00 01:06:00 4.8 4.6 4.8 4.8 318.6 288.8 305.1 318.8 134.3 118.1

8 2016/10/21 01:32:00 02:46:00 4.4 4.2 5.0 5.0 317.9 287.6 305.5 317.6 137.8 117.7

9 2016/10/21 03:10:00 04:21:00 4.2 3.9 4.5 4.4 316.4 286.5 303.4 316.3 138.1 116.8

10 2016/10/25 00:11:00 01:28:00 5.0 5.0 5.2 5.2 302.2 273.3 290.8 302.7 135.8 112.1

11 2016/10/26 01:59:00 03:12:00 5.3 5.2 5.1 5.1 302.0 273.0 291.0 302.0 135.1 110.7

12 2016/11/26 03:44:00 05:00:00 4.6 4.6 4.8 4.8 307.3 277.6 297.1 306.7 137.3 113.6

Ave 4.0 3.7 4.2 4.2 320.5 290.1 307.3 319.8 137.7 121.1

Max 5.3 5.2 5.2 5.2 333.4 302.0 318.6 332.2 140.2 133.7

Min 2.3 2.2 3.4 3.3 302.0 273.0 290.8 302.0 134.3 110.7


Unit No. 1

Table No. 22

Plant parameters

00:00:53 40 HNE01 EP 390 REWE 40 HNE01 CE001 XQ01 40 HLB20 CE201 XQ01 40 HLB10 CE201 XQ01 40 HNC20 CE201 XQ01 40 HNC10 CE201 XQ01 40 HLB40 CE201 XQ01 40 HLB30 CE201 XQ01 40 HFB01 CS 201 XQ01 40 HFB01 CS 401 XQ01

00:01:00

Time

difference

between

SRM &

AMS

RH

SE

C A

/H I

NL

T

LH

SE

C A

T

RH

SE

C A

T

LH

TU

B A

/H O

UT

T

RH

TU

B A

/H A

IR O

UT

T

LH

TU

B A

/H G

AS

OU

T T

RH

TU

B A

/H G

AS

OU

T T

LH

PR

EC

IP I

NL

T

RH

PR

EC

IP I

NL

T

LH

PR

EC

IP O

UT

T

Test Date Start End °C °C °C °C °C °C °C °C °C °C

1 2016/10/17 05:35:00 06:53:00 74.2 312.2 296.7 302.1 302.3 149.8 158.3 139.4 147.0 136.6

2 2016/10/17 07:18:00 08:33:00 74.8 310.6 294.3 300.4 300.9 149.5 158.2 138.8 146.8 136.5

3 2016/10/17 09:03:00 10:19:00 60.1 310.3 293.7 299.1 299.9 149.8 150.6 140.1 140.3 137.7

4 2016/10/19 05:32:00 06:52:00 67.2 309.6 291.8 297.1 298.3 151.4 152.1 136.4 141.0 133.7

5 2016/10/19 07:24:00 08:36:00 57.5 312.1 291.8 298.3 300.4 151.7 148.1 135.7 136.5 133.8

6 2016/10/19 09:06:00 10:17:00 58.1 313.2 291.7 296.9 299.3 147.5 145.3 136.8 135.4 135.3

7 2016/10/20 23:49:00 01:06:00 61.7 300.8 282.9 288.8 288.9 148.9 144.8 135.9 131.4 132.8

8 2016/10/21 01:32:00 02:46:00 62.1 302.4 282.2 286.7 286.9 146.1 141.2 136.3 129.9 134.2

9 2016/10/21 03:10:00 04:21:00 62.8 302.0 280.9 285.5 285.9 145.8 140.8 136.6 128.8 134.1

10 2016/10/25 00:11:00 01:28:00 67.2 290.6 269.2 276.3 279.5 152.6 137.6 133.2 129.9 134.7

11 2016/10/26 01:59:00 03:12:00 68.9 290.0 266.6 268.5 273.3 144.0 133.7 131.1 126.4 130.8

12 2016/11/26 03:44:00 05:00:00 67.7 294.2 271.2 270.1 275.0 141.2 136.6 132.9 128.7 130.7

Ave 65.2 304.0 284.4 289.2 290.9 148.2 145.6 136.1 135.2 134.2

Max 74.8 313.2 296.7 302.1 302.3 152.6 158.3 140.1 147.0 137.7

Min 57.5 290.0 266.6 268.5 273.3 141.2 133.7 131.1 126.4 130.7


Unit No. 1

Table No. 23

Plant parameters

00:00:53 40 HFB02 CS 201 XQ01 40 HFB02 CS 401 XQ01 40 HFB03 CS 201 XQ01 40 HFB03 CS 401 XQ01 0.0 0.0 0.0 0.0 0.0 0.0

00:01:00

Time

difference

between

SRM &

AMS

RH

PR

EC

IP O

UT

T

LH

ID

F D

IS T

RH

ID

F D

IS T

DU

ST

EM

MIS

SIO

N T

OT

AL

VO

L

0.0

0.0

0.0

0.0

0.0

0.0

Test Date Start End °C °C °C mg/Nm3 0 .0 0 .0 0 .0 0 .0 0 .0 0 .0

1 2016/10/17 05:35:00 06:53:00 136.6 142.1 142.2 4.3 0.0 0.0 0.0 0.0 0.0 0.0

2 2016/10/17 07:18:00 08:33:00 136.4 142.1 141.9 4.0 0.0 0.0 0.0 0.0 0.0 0.0

3 2016/10/17 09:03:00 10:19:00 131.3 143.2 136.7 4.4 0.0 0.0 0.0 0.0 0.0 0.0

4 2016/10/19 05:32:00 06:52:00 131.2 139.0 136.6 2.6 0.0 0.0 0.0 0.0 0.0 0.0

5 2016/10/19 07:24:00 08:36:00 127.0 139.2 132.5 2.8 0.0 0.0 0.0 0.0 0.0 0.0

6 2016/10/19 09:06:00 10:17:00 124.6 140.8 130.2 2.4 0.0 0.0 0.0 0.0 0.0 0.0

7 2016/10/20 23:49:00 01:06:00 122.3 138.1 127.6 2.4 0.0 0.0 0.0 0.0 0.0 0.0

8 2016/10/21 01:32:00 02:46:00 121.6 139.3 126.9 3.1 0.0 0.0 0.0 0.0 0.0 0.0

9 2016/10/21 03:10:00 04:21:00 120.8 139.2 126.2 2.9 0.0 0.0 0.0 0.0 0.0 0.0

10 2016/10/25 00:11:00 01:28:00 120.5 139.6 125.5 1.2 0.0 0.0 0.0 0.0 0.0 0.0

11 2016/10/26 01:59:00 03:12:00 116.3 135.6 121.6 1.2 0.0 0.0 0.0 0.0 0.0 0.0

12 2016/11/26 03:44:00 05:00:00 116.6 135.5 121.9 1.1 0.0 0.0 0.0 0.0 0.0 0.0

Ave 125.4 139.5 130.8 2.7 0.0 0.0 0.0 0.0 0.0 0.0

Max 136.6 143.2 142.2 4.4 0.0 0.0 0.0 0.0 0.0 0.0

Min 116.3 135.5 121.6 1.1 0.0 0.0 0.0 0.0 0.0 0.0


Unit No. 2

Table No. 24

Plant parameters


00:01:00

Time

difference

between

SRM &

AMS AM

S O

xy

gen

%

AM

S C

arb

on

Mo

no

xid

e p

pm

AM

S C

arb

on

Dio

xid

e p

pm

AM

S N

itri

c O

xid

e p

pm

AM

S N

itro

gen

Dio

xid

e p

pm

Ox

ides

of

Nit

rog

en

AM

S S

ulp

hu

r D

iox

ide p

pm

AM

S G

as

Tem

pera

ture

°C

AM

S G

as

Pre

ssu

re m

Bar

AM

S G

as

Velo

cit

y m

/s


1 2016/10/12 06:12:00 07:34:00 7.9 3.8 12.8 234.8 27.9 262.8 1209.2 144.2 909.1 25.9

2 2016/10/12 07:59:00 10:14:00 8.2 5.3 12.2 246.6 29.4 275.9 1188.8 143.4 910.1 28.8

3 2016/10/13 05:21:00 06:38:00 8.1 3.8 12.7 257.5 30.6 288.0 1136.6 142.2 912.1 31.1

4 2016/10/13 07:01:00 08:17:00 8.0 3.7 12.8 251.5 30.0 281.5 1150.5 141.4 913.1 32.1

5 2016/10/13 08:36:00 09:55:00 7.8 4.7 12.9 252.0 29.7 281.7 1155.6 141.2 913.6 32.4

6 2016/10/13 10:20:00 11:35:00 7.7 4.4 13.1 247.9 29.6 277.5 1154.4 142.7 912.6 30.6

7 2016/10/13 22:30:00 23:48:00 8.9 7.8 12.1 226.3 26.9 253.2 1083.0 142.4 911.6 30.8

8 2016/10/14 00:04:00 01:07:00 9.2 9.5 11.8 232.4 27.7 260.1 1058.6 138.8 911.4 29.6

9 2016/10/14 01:45:00 03:01:00 9.2 10.7 11.8 230.8 27.4 258.2 1069.1 136.9 911.0 27.6

10 2016/10/27 23:47:00 01:14:00

11 2016/10/28 01:44:00 03:08:00

12 2016/10/28 03:38:00 04:49:00

Ave 8.3 5.9 12.5 242.2 28.8 271.0 1134.0 141.5 911.6 29.9

Max 9.2 10.7 13.1 257.5 30.6 288.0 1209.2 144.2 913.6 32.4

Min 7.7 3.7 11.8 226.3 26.9 253.2 1058.6 136.9 909.1 25.9


Unit No. 2

Table No. 25

Plant parameters


00:01:00

Time

difference

between

SRM &

AMS

AM

S M

ois

ture

%

AM

S D

ust

Em

issi

on

To

tal

Vo

lum

e m

g/N

m3

AM

S P

recip

Du

st E

mis

sio

n

mg

/Nm

3

Ele

ctr

ic L

oad

LIV

E S

TM

FL

EC

ON

IN

L F

LO

W 1

EC

ON

IN

L F

L 2

EC

ON

IN

L F

L 3

To

atl

Air

Flo

w

LH

O2

IN

DIC

AT

ION

A


1 2016/10/12 06:12:00 07:34:00 5.3 28.8 29.0 642.9 586.2 0.0 577.2 579.0 720.8 3.4

2 2016/10/12 07:59:00 10:14:00 5.4 23.2 23.2 608.4 558.3 0.0 549.8 551.7 699.2 3.2

3 2016/10/13 05:21:00 06:38:00 5.8 26.4 26.5 675.8 589.6 0.0 580.8 582.6 740.0 3.4

4 2016/10/13 07:01:00 08:17:00 5.8 25.3 25.5 675.6 592.8 0.0 583.4 585.5 737.1 3.1

5 2016/10/13 08:36:00 09:55:00 5.9 31.3 31.2 674.7 603.7 0.0 594.2 596.2 743.9 2.9

6 2016/10/13 10:20:00 11:35:00 6.1 37.2 37.3 671.0 610.7 0.0 600.7 602.8 745.3 3.1

7 2016/10/13 22:30:00 23:48:00 5.5 46.6 45.5 552.7 485.6 0.0 479.3 481.2 627.2 4.4

8 2016/10/14 00:04:00 01:07:00 5.2 28.6 28.5 545.8 475.5 0.0 469.6 471.5 628.2 4.6

9 2016/10/14 01:45:00 03:01:00 5.2 32.2 31.9 545.4 472.5 0.0 466.5 468.5 626.7 4.4

10 2016/10/27 23:47:00 01:14:00 0.0 0.0 0.0 370.0 0.0 0.0 0.0 0.0 0.0 0.0

11 2016/10/28 01:44:00 03:08:00 0.0 0.0 0.0 370.0 0.0 0.0 0.0 0.0 0.0 0.0

12 2016/10/28 03:38:00 04:49:00 0.0 0.0 0.0 370.0 0.0 0.0 0.0 0.0 0.0 0.0

Ave 4.2 23.3 23.2 558.5 414.6 0.0 408.5 409.9 522.4 2.7

Max 6.1 46.6 45.5 675.8 610.7 0.0 600.7 602.8 745.3 4.6

Min 0.0 0.0 0.0 370.0 0.0 0.0 0.0 0.0 0.0 0.0


Unit No. 2

Table No. 26

Plant parameters


00:01:00

Time

difference

between

SRM &

AMS

LH

O2

IN

DIC

AT

ION

A

LH

O2

IN

DIC

AT

ION

B

RH

O2

IN

DIC

AT

ION

A

RH

O2

IN

DIC

AT

ION

B

LH

EC

ON

OU

T G

AS

T

RH

EC

ON

OU

T G

AS

T

LH

SE

C A

/H G

AS

IN

L T

RH

SE

C A

/H G

AS

IN

L T

LH

SE

C A

/H G

AS

OU

T T

RH

SE

C A

/H G

AS

OU

T T


1 2016/10/12 06:12:00 07:34:00 3.4 4.1 3.5 3.7 334.1 335.1 334.5 328.9 144.5 137.9

2 2016/10/12 07:59:00 10:14:00 3.2 3.9 3.7 3.9 328.5 329.7 329.5 324.2 143.4 138.5

3 2016/10/13 05:21:00 06:38:00 3.4 4.5 3.9 4.1 337.0 338.1 337.3 332.0 142.2 136.7

4 2016/10/13 07:01:00 08:17:00 3.1 3.8 3.8 4.0 336.1 337.6 336.7 331.4 140.9 136.8

5 2016/10/13 08:36:00 09:55:00 2.9 3.7 4.1 4.4 336.8 338.7 337.5 332.4 141.4 137.5

6 2016/10/13 10:20:00 11:35:00 3.1 4.1 3.6 3.8 337.2 339.3 337.7 332.7 142.8 138.4

7 2016/10/13 22:30:00 23:48:00 4.4 5.2 4.9 4.4 316.3 318.8 317.6 312.5 139.6 137.7

8 2016/10/14 00:04:00 01:07:00 4.6 5.5 3.7 3.9 314.1 316.7 315.7 310.8 135.8 134.1

9 2016/10/14 01:45:00 03:01:00 4.4 5.2 4.1 4.5 314.5 316.6 315.7 310.6 134.8 132.8

10 2016/10/27 23:47:00 01:14:00 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0

11 2016/10/28 01:44:00 03:08:00 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0

12 2016/10/28 03:38:00 04:49:00 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0

Ave 2.7 3.3 2.9 3.1 246.2 247.6 246.9 243.0 105.4 102.5

Max 4.6 5.5 4.9 4.5 337.2 339.3 337.7 332.7 144.5 138.5

Min 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0


Unit No. 2

Table No. 27

Plant parameters


00:01:00

Time

difference

between

SRM &

AMS

RH

SE

C A

/H I

NL

T

LH

SE

C A

T

RH

SE

C A

T

LH

TU

B A

/H O

UT

T

RH

TU

B A

/H A

IR O

UT

T

LH

TU

B A

/H G

AS

OU

T T

RH

TU

B A

/H G

AS

OU

T T

LH

PR

EC

IP I

NL

T

RH

PR

EC

IP I

NL

T

LH

PR

EC

IP O

UT

T


1 2016/10/12 06:12:00 07:34:00 59.4 304.0 298.7 295.2 304.9 151.6 145.5 137.9 144.7 144.8

2 2016/10/12 07:59:00 10:14:00 61.3 300.1 295.8 288.9 298.4 147.8 142.9 136.2 143.5 143.3

3 2016/10/13 05:21:00 06:38:00 54.9 305.7 300.8 295.8 306.1 145.6 141.4 134.6 141.7 142.5

4 2016/10/13 07:01:00 08:17:00 54.8 304.5 300.5 294.5 304.8 144.7 140.6 133.6 141.0 141.3

5 2016/10/13 08:36:00 09:55:00 55.4 305.2 301.2 295.2 305.6 145.6 141.6 134.6 141.8 141.6

6 2016/10/13 10:20:00 11:35:00 57.1 305.8 301.6 296.1 306.5 147.2 142.6 136.2 142.9 142.9

7 2016/10/13 22:30:00 23:48:00 58.5 291.8 290.1 284.8 294.5 145.1 143.4 132.4 143.2 141.1

8 2016/10/14 00:04:00 01:07:00 57.0 288.8 287.3 278.0 288.0 140.0 138.3 128.3 138.6 136.4

9 2016/10/14 01:45:00 03:01:00 55.6 288.7 286.9 279.0 288.4 141.4 139.3 127.9 138.6 134.7

10 2016/10/27 23:47:00 01:14:00 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0

11 2016/10/28 01:44:00 03:08:00 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0

12 2016/10/28 03:38:00 04:49:00 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0

Ave 42.8 224.5 221.9 217.3 224.8 109.1 106.3 100.1 106.3 105.7

Max 61.3 305.8 301.6 296.1 306.5 151.6 145.5 137.9 144.7 144.8

Min 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0


Unit No. 2

Table No. 28

Plant parameters


00:01:00

Time

difference

between

SRM &

AMS

RH

PR

EC

IP O

UT

T

LH

ID

F D

IS T

RH

ID

F D

IS T

DU

ST

EM

MIS

SIO

N T

OT

AL

VO

L

0.0

0.0

0.0

0.0

0.0

0.0


1 2016/10/12 06:12:00 07:34:00 138.8 148.2 17.6 29.0 0.0 0.0 0.0 0.0 0.0 0.0

2 2016/10/12 07:59:00 10:14:00 138.9 146.7 17.2 23.2 0.0 0.0 0.0 0.0 0.0 0.0

3 2016/10/13 05:21:00 06:38:00 136.9 145.9 17.4 26.5 0.0 0.0 0.0 0.0 0.0 0.0

4 2016/10/13 07:01:00 08:17:00 136.6 144.7 17.0 25.5 0.0 0.0 0.0 0.0 0.0 0.0

5 2016/10/13 08:36:00 09:55:00 137.2 145.0 18.1 31.2 0.0 0.0 0.0 0.0 0.0 0.0

6 2016/10/13 10:20:00 11:35:00 137.9 146.3 17.2 37.3 0.0 0.0 0.0 0.0 0.0 0.0

7 2016/10/13 22:30:00 23:48:00 139.0 144.3 18.4 45.5 0.0 0.0 0.0 0.0 0.0 0.0

8 2016/10/14 00:04:00 01:07:00 135.5 139.7 17.0 28.5 0.0 0.0 0.0 0.0 0.0 0.0

9 2016/10/14 01:45:00 03:01:00 134.0 138.0 16.3 31.9 0.0 0.0 0.0 0.0 0.0 0.0

10 2016/10/27 23:47:00 01:14:00 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0

11 2016/10/28 01:44:00 03:08:00 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0

12 2016/10/28 03:38:00 04:49:00 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0

Ave 102.9 108.2 13.0 23.2 0.0 0.0 0.0 0.0 0.0 0.0

Max 139.0 148.2 18.4 45.5 0.0 0.0 0.0 0.0 0.0 0.0

Min 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0


Unit No. 3

Table No. 29

Plant parameters


00:01:00

Time

difference

between

SRM &

AMS AM

S O

xy

gen

%

AM

S C

arb

on

Mo

no

xid

e p

pm

AM

S C

arb

on

Dio

xid

e p

pm

AM

S N

itri

c O

xid

e p

pm

AM

S N

itro

gen

Dio

xid

e p

pm

Ox

ides

of

Nit

rog

en

AM

S S

ulp

hu

r D

iox

ide p

pm

AM

S G

as

Tem

pera

ture

°C

AM

S G

as

Pre

ssu

re m

Bar

AM

S G

as

Velo

cit

y m

/s


1 2016/10/10 08:54:00 10:11:00 6.3 3.4 12.1 302.2 36.1 338.3 1227.0 145.1 915.5 21.4

2 2016/10/10 10:38:00 12:35:00 6.2 3.2 12.2 303.2 36.2 339.4 1283.7 146.2 915.0 21.5

3 2016/10/10 12:18:00 13:32:00 6.0 4.8 12.1 308.5 36.9 345.4 1260.4 147.1 914.1 21.1

4 2016/10/11 06:28:00 07:23:00 5.9 3.3 12.4 284.0 33.7 317.6 1199.1 143.3 914.7 20.6

5 2016/10/11 08:16:00 09:29:00 5.9 4.4 12.4 277.8 33.3 311.1 1204.2 143.1 915.2 20.7

6 2016/10/11 09:55:00 11:12:00 5.9 3.7 12.2 290.5 34.6 325.1 1195.5 142.6 915.2 21.6

7 2016/10/18 00:53:00 00:25:00 7.4 0.7 11.1 230.6 27.5 258.1 1148.4 142.4 913.0 19.0

8 2016/10/18 02:37:00 03:49:00 7.3 2.9 11.2 263.2 31.4 294.5 1049.0 143.1 912.2 19.0

9 2016/10/20 00:33:00 01:48:00 8.4 6.8 10.2 221.7 26.4 248.1 1003.7 137.3 913.7 15.4

10 2016/10/20 02:20:00 03:32:00 8.5 3.1 10.1 211.3 25.0 236.3 1023.0 136.9 912.3 15.6

11 2016/10/20 03:52:00 05:07:00 7.8 2.4 10.7 230.3 27.4 257.8 1106.7 135.8 913.6 17.6

Ave 6.9 3.5 11.5 265.7 31.7 297.4 1154.6 142.1 914.0 19.4

Max 8.5 6.8 12.4 308.5 36.9 345.4 1283.7 147.1 915.5 21.6

Min 5.9 0.7 10.1 211.3 25.0 236.3 1003.7 135.8 912.2 15.4


Unit No. 3

Table No. 30

Plant parameters


00:01:00

Time

difference

between

SRM &

AMS

AM

S M

ois

ture

%

AM

S D

ust

Em

issi

on

To

tal

Vo

lum

e m

g/N

m3

AM

S P

recip

Du

st E

mis

sio

n

mg

/Nm

3

Ele

ctr

ic L

oad

LIV

E S

TM

FL

EC

ON

IN

L F

LO

W 1

EC

ON

IN

L F

L 2

EC

ON

IN

L F

L 3

To

atl

Air

Flo

w

LH

O2

IN

DIC

AT

ION

A


1 2016/10/10 08:54:00 10:11:00 5.8 10.4 10.1 676.8 592.7 0.0 570.2 573.1 693.0 3.6

2 2016/10/10 10:38:00 12:35:00 5.8 10.4 10.6 674.4 602.1 0.0 579.1 581.9 695.5 3.6

3 2016/10/10 12:18:00 13:32:00 5.7 12.5 12.8 672.7 607.9 0.0 584.8 587.7 697.2 3.8

4 2016/10/11 06:28:00 07:23:00 5.5 11.7 11.7 677.6 587.6 0.0 565.1 568.0 669.4 3.1

5 2016/10/11 08:16:00 09:29:00 5.7 12.8 12.9 676.1 589.6 0.0 566.7 569.5 673.6 3.6

6 2016/10/11 09:55:00 11:12:00 5.7 14.5 14.3 674.7 598.1 0.0 574.8 577.5 691.7 3.4

7 2016/10/18 00:53:00 00:25:00 5.1 83.0 84.1 543.6 476.1 0.0 456.7 460.0 613.8 5.2

8 2016/10/18 02:37:00 03:49:00 5.3 149.1 148.2 545.1 473.0 0.0 455.3 458.1 603.5 4.6

9 2016/10/20 00:33:00 01:48:00 4.6 41.0 40.8 415.5 362.9 0.0 351.1 355.4 484.3 5.1

10 2016/10/20 02:20:00 03:32:00 4.7 42.2 42.5 415.6 361.1 0.0 349.4 353.4 486.9 5.6

11 2016/10/20 03:52:00 05:07:00 4.9 47.6 48.0 473.7 418.9 0.0 404.2 407.7 538.7 4.7

Ave 4.9 36.3 36.3 537.2 472.5 0.0 454.8 457.7 570.6 3.9

Max 5.8 149.1 148.2 677.6 607.9 0.0 584.8 587.7 697.2 5.6

Min 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0


Unit No. 3

Table No. 31

Plant parameters

00:00:53 40 HLA15 CT002

XQ01

40 HLA45 CT001

XQ01

40 HLA35 CT001

XQ01

40 HNA26 CT011

XQ01

40 HNA16 CT011

XQ01

40 HNA27 CT001

XQ01

40 HNA17 CT001

XQ01

40 HNA28 CT001

XQ01

40 HNA18 CT001

XQ01

40 HNA29 CT001

XQ01

00:01:00

Time

difference

between

SRM &

AMS

LH

O2

IN

DIC

AT

ION

A

LH

O2

IN

DIC

AT

ION

B

RH

O2

IN

DIC

AT

ION

A

RH

O2

IN

DIC

AT

ION

B

LH

EC

ON

OU

T G

AS

T

RH

EC

ON

OU

T G

AS

T

LH

SE

C A

/H G

AS

IN

L T

RH

SE

C A

/H G

AS

IN

L T

LH

SE

C A

/H G

AS

OU

T T

RH

SE

C A

/H G

AS

OU

T T


1 2016/10/10 08:54:00 10:11:00 3.6 3.5 4.2 5.8 336.7 342.3 337.0 334.4 130.7 131.5

2 2016/10/10 10:38:00 12:35:00 3.6 3.5 3.8 5.2 337.4 343.0 337.6 334.4 131.7 133.8

3 2016/10/10 12:18:00 13:32:00 3.8 3.7 3.5 4.9 337.9 343.7 338.2 334.4 131.2 135.1

4 2016/10/11 06:28:00 07:23:00 3.1 3.0 3.7 4.9 337.7 343.1 337.8 334.4 128.6 131.3

5 2016/10/11 08:16:00 09:29:00 3.6 3.6 3.5 4.8 337.5 342.8 337.6 334.4 130.6 131.7

6 2016/10/11 09:55:00 11:12:00 3.4 3.3 4.0 5.4 339.8 345.3 340.1 334.4 129.7 132.4

7 2016/10/18 00:53:00 00:25:00 5.2 4.8 4.5 5.5 325.2 330.1 325.8 334.4 126.2 134.0

8 2016/10/18 02:37:00 03:49:00 4.6 4.5 4.7 5.9 326.3 331.5 326.5 334.4 130.5 132.6

9 2016/10/20 00:33:00 01:48:00 5.1 5.1 6.1 7.0 303.0 307.1 303.8 334.4 100.5 138.1

10 2016/10/20 02:20:00 03:32:00 5.6 5.6 6.2 7.1 303.1 307.0 303.7 334.4 98.8 137.4

11 2016/10/20 03:52:00 05:07:00 4.7 4.7 5.6 6.4 311.2 315.8 312.8 334.4 113.7 132.5

Ave 3.9 3.8 4.2 5.2 299.7 304.3 300.1 306.5 112.7 122.5

Max 5.6 5.6 6.2 7.1 339.8 345.3 340.1 334.4 131.7 138.1

Min 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0


Unit No. 3

Table No. 32

Plant parameters

00:00:53 40 HNE01 EP390

REWE

40 HNE01 CE001

XQ01

40 HLB20 CE201

XQ01

40 HLB10 CE201

XQ01

40 HNC20 CE201

XQ01

40 HNC10 CE201

XQ01

40 HLB40 CE201

XQ01

40 HLB30 CE201

XQ01

40 HFB01 CS201

XQ01

40 HFB01 CS401

XQ01

00:01:00

Time

difference

between

SRM &

AMS

RH

SE

C A

/H I

NL

T

LH

SE

C A

T

RH

SE

C A

T

LH

TU

B A

/H O

UT

T

RH

TU

B A

/H A

IR O

UT

T

LH

TU

B A

/H G

AS

OU

T T

RH

TU

B A

/H G

AS

OU

T T

LH

PR

EC

IP I

NL

T

RH

PR

EC

IP I

NL

T

LH

PR

EC

IP O

UT

T


1 2016/10/10 08:54:00 10:11:00 55.1 312.7 320.8 291.3 58.1 133.9 136.5 127.4 136.6 125.8

2 2016/10/10 10:38:00 12:35:00 57.3 313.2 321.7 291.7 60.5 136.0 137.1 129.0 138.1 127.1

3 2016/10/10 12:18:00 13:32:00 58.6 313.8 322.5 294.2 62.3 137.3 140.1 129.4 140.2 127.6

4 2016/10/11 06:28:00 07:23:00 52.6 314.2 322.6 291.9 54.0 131.2 133.8 124.5 136.0 123.3

5 2016/10/11 08:16:00 09:29:00 54.6 313.6 322.1 293.7 57.3 136.7 137.2 128.4 137.7 126.5

6 2016/10/11 09:55:00 11:12:00 56.4 316.0 323.8 295.6 59.7 134.9 138.6 126.9 138.1 125.6

7 2016/10/18 00:53:00 00:25:00 55.6 305.2 314.1 282.2 56.1 132.5 138.5 121.0 138.2 121.9

8 2016/10/18 02:37:00 03:49:00 54.3 306.7 315.4 282.7 54.6 134.3 134.5 125.4 136.3 125.0

9 2016/10/20 00:33:00 01:48:00 54.2 269.1 296.4 269.0 52.6 139.6 143.0 114.7 141.8 109.0

10 2016/10/20 02:20:00 03:32:00 53.4 267.8 296.4 269.1 51.9 139.1 140.6 114.6 140.9 106.0

11 2016/10/20 03:52:00 05:07:00 52.4 283.0 301.5 269.4 52.0 135.5 133.4 118.8 135.0 108.6

Ave 50.4 276.3 288.1 260.9 51.6 124.3 126.1 113.3 126.6 110.5

Max 58.6 316.0 323.8 295.6 62.3 139.6 143.0 129.4 141.8 127.6

Min 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0


Unit No. 3

Table No. 33

Plant parameters


00:01:00

Time

difference

between

SRM &

AMS

RH

PR

EC

IP O

UT

T

LH

ID

F D

IS T

RH

ID

F D

IS T

DU

ST

EM

MIS

SIO

N T

OT

AL

VO

L

0.0

0.0

0.0

0.0

0.0

0.0


1 2016/10/10 08:54:00 10:11:00 136.0 130.5 140.3 10.4 0.0 0.0 0.0 0.0 0.0 0.0

2 2016/10/10 10:38:00 12:35:00 137.4 131.9 141.7 10.4 0.0 0.0 0.0 0.0 0.0 0.0

3 2016/10/10 12:18:00 13:32:00 138.9 132.6 143.3 12.5 0.0 0.0 0.0 0.0 0.0 0.0

4 2016/10/11 06:28:00 07:23:00 135.7 127.9 139.8 11.7 0.0 0.0 0.0 0.0 0.0 0.0

5 2016/10/11 08:16:00 09:29:00 136.3 131.0 140.4 12.8 0.0 0.0 0.0 0.0 0.0 0.0

6 2016/10/11 09:55:00 11:12:00 136.6 130.4 141.0 14.5 0.0 0.0 0.0 0.0 0.0 0.0

7 2016/10/18 00:53:00 00:25:00 137.8 126.9 141.5 84.1 0.0 0.0 0.0 0.0 0.0 0.0

8 2016/10/18 02:37:00 03:49:00 136.2 129.8 139.7 148.2 0.0 0.0 0.0 0.0 0.0 0.0

9 2016/10/20 00:33:00 01:48:00 138.6 113.9 141.9 41.0 0.0 0.0 0.0 0.0 0.0 0.0

10 2016/10/20 02:20:00 03:32:00 139.2 110.8 142.7 42.2 0.0 0.0 0.0 0.0 0.0 0.0

11 2016/10/20 03:52:00 05:07:00 136.3 113.4 140.1 47.6 0.0 0.0 0.0 0.0 0.0 0.0

Ave 125.8 114.9 129.4 36.3 0.0 0.0 0.0 0.0 0.0 0.0

Max 139.2 132.6 143.3 148.2 0.0 0.0 0.0 0.0 0.0 0.0

Min 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0


Unit No. 4

Table No. 34

Plant parameters


00:01:00

Time

difference

between

SRM &

AMS AM

S O

xy

gen

%

AM

S C

arb

on

Mo

no

xid

e p

pm

AM

S C

arb

on

Dio

xid

e p

pm

AM

S N

itri

c O

xid

e p

pm

AM

S N

itro

gen

Dio

xid

e p

pm

Ox

ides

of

Nit

rog

en

AM

S S

ulp

hu

r D

iox

ide p

pm

AM

S G

as

Tem

pera

ture

°C

AM

S G

as

Pre

ssu

re m

Bar

AM

S G

as

Velo

cit

y m

/s


1 2016/10/03 06:29:00 07:47:00 3.9 12.7 12.1 345.3 41.5 386.8 1341.2 128.5 938.9 23.9

2 2016/10/03 08:12:00 09:28:00 3.9 13.0 12.1 342.7 41.3 383.9 1338.3 128.7 939.8 24.0

3 2016/10/03 09:49:00 11:10:00 5.8 18.9 12.1 332.0 40.2 372.2 1290.6 128.9 940.2 24.1

4 2016/10/04 06:29:00 07:45:00 5.3 7.8 12.2 355.3 42.8 398.1 1325.0 128.1 938.8 24.2

5 2016/10/04 08:13:00 09:24:00 5.3 7.5 12.2 357.8 43.0 400.8 1406.4 128.5 939.6 24.2

6 2016/10/04 09:49:00 11:04:00 5.4 7.3 12.1 361.2 43.5 404.7 1489.3 128.1 939.6 24.2

7 2016/10/04 23:46:00 01:02:00 6.6 7.7 11.3 340.0 40.8 380.8 1352.3 132.2 937.6 21.9

8 2016/10/05 01:30:00 02:43:00 6.6 7.5 11.1 345.3 41.7 387.0 1334.2 130.7 934.7 21.9

9 2016/10/05 03:12:00 04:31:00 6.5 7.2 11.2 341.1 41.2 382.3 1324.0 129.2 933.9 21.6

10 2016/10/05 23:23:00 00:37:00 7.2 13.4 10.4 327.9 38.7 366.6 1723.3 129.4 933.5 19.0

11 2016/10/06 01:06:00 02:27:00 7.4 9.4 10.2 332.0 40.1 372.0 1631.7 128.4 931.0 19.3

12 2016/10/06 02:59:00 04:13:00 7.3 9.0 10.3 328.2 39.7 367.9 1560.3 128.0 930.5 19.3

Ave 6.5 9.7 11.0 336.7 40.6 377.3 1479.9 128.6 934.1 21.1

Max 7.4 18.9 12.2 361.2 43.5 404.7 1723.3 132.2 940.2 24.2

Min 3.9 7.2 10.2 327.9 38.7 366.6 1290.6 128.0 930.5 19.0


Unit No. 4

Table No. 35

Plant parameters


00:01:00

Time

difference

between

SRM &

AMS

AM

S M

ois

ture

%

AM

S D

ust

Em

issi

on

To

tal

Vo

lum

e m

g/N

m3

AM

S P

recip

Du

st E

mis

sio

n

mg

/Nm

3

Ele

ctr

ic L

oad

LIV

E S

TM

FL

EC

ON

IN

L F

LO

W 1

EC

ON

IN

L F

L 2

EC

ON

IN

L F

L 3

To

atl

Air

Flo

w

LH

O2

IN

DIC

AT

ION

A


1 2016/10/03 06:29:00 07:47:00 5.3 9.5 9.4 671.2 579.5 0.0 563.1 558.5 757.6 3.8

2 2016/10/03 08:12:00 09:28:00 5.4 8.7 8.7 671.4 579.7 0.0 562.9 558.6 760.0 3.9

3 2016/10/03 09:49:00 11:10:00 5.3 8.6 8.6 671.0 583.2 0.0 566.8 562.6 765.7 4.2

4 2016/10/04 06:29:00 07:45:00 5.1 8.6 8.6 674.7 582.2 0.0 565.6 561.1 769.3 3.9

5 2016/10/04 08:13:00 09:24:00 5.1 8.3 8.3 674.3 585.6 0.0 568.7 564.2 776.6 4.0

6 2016/10/04 09:49:00 11:04:00 5.1 8.7 8.7 674.3 589.0 0.0 572.3 567.6 778.9 4.1

7 2016/10/04 23:46:00 01:02:00 4.4 8.6 8.5 550.5 475.4 0.0 462.9 458.2 670.3 4.7

8 2016/10/05 01:30:00 02:43:00 4.5 8.4 8.4 551.3 470.5 0.0 458.4 453.8 670.1 4.8

9 2016/10/05 03:12:00 04:31:00 4.6 8.0 8.0 551.6 469.6 0.0 457.0 452.3 663.9 4.7

10 2016/10/05 23:23:00 00:37:00 4.2 7.5 7.5 449.5 379.7 0.0 370.6 365.7 574.1 5.3

11 2016/10/06 01:06:00 02:27:00 4.0 7.3 7.2 449.2 377.8 0.0 369.2 364.1 579.4 5.7

12 2016/10/06 02:59:00 04:13:00 4.1 7.1 7.1 449.5 380.6 0.0 371.4 366.4 579.3 5.7

Ave 4.8 8.3 8.3 586.6 504.4 0.0 490.7 486.1 695.4 4.6

Max 5.4 9.5 9.4 674.7 589.0 0.0 572.3 567.6 778.9 5.7

Min 4.0 7.1 7.1 449.2 377.8 0.0 369.2 364.1 574.1 3.8


Unit No. 4

Table No. 36

Plant parameters


00:01:00

Time

difference

between

SRM &

AMS

LH

O2

IN

DIC

AT

ION

A

LH

O2

IN

DIC

AT

ION

B

RH

O2

IN

DIC

AT

ION

A

RH

O2

IN

DIC

AT

ION

B

LH

EC

ON

OU

T G

AS

T

RH

EC

ON

OU

T G

AS

T

LH

SE

C A

/H G

AS

IN

L T

RH

SE

C A

/H G

AS

IN

L T

LH

SE

C A

/H G

AS

OU

T T

RH

SE

C A

/H G

AS

OU

T T


1 2016/10/03 06:29:00 07:47:00 3.8 3.8 4.0 4.1 333.0 325.4 338.2 561.0 128.7 126.8

2 2016/10/03 08:12:00 09:28:00 3.9 3.9 3.6 3.7 333.6 325.8 338.8 561.0 129.4 126.6

3 2016/10/03 09:49:00 11:10:00 4.2 4.2 3.6 3.6 334.4 326.4 339.6 561.0 130.4 125.4

4 2016/10/04 06:29:00 07:45:00 3.9 3.8 4.1 4.2 331.1 323.9 336.2 561.0 128.6 125.7

5 2016/10/04 08:13:00 09:24:00 4.0 4.0 3.7 3.8 331.5 324.2 336.6 561.0 129.7 124.7

6 2016/10/04 09:49:00 11:04:00 4.1 4.0 3.8 3.9 332.8 325.4 337.9 561.0 129.3 119.9

7 2016/10/04 23:46:00 01:02:00 4.7 4.7 4.6 4.7 317.0 309.7 323.2 561.0 134.7 122.5

8 2016/10/05 01:30:00 02:43:00 4.8 4.8 5.1 5.2 318.1 310.4 324.2 561.0 131.4 125.4

9 2016/10/05 03:12:00 04:31:00 4.7 4.7 4.7 4.8 318.2 310.4 324.2 561.0 128.9 125.4

10 2016/10/05 23:23:00 00:37:00 5.3 5.3 5.6 5.8 303.5 295.5 310.0 561.0 128.8 124.4

11 2016/10/06 01:06:00 02:27:00 5.7 5.7 5.4 5.5 304.8 297.1 311.5 561.0 128.4 124.0

12 2016/10/06 02:59:00 04:13:00 5.7 5.6 5.3 5.4 305.8 298.1 312.5 561.0 127.8 124.9

Ave 4.6 4.5 4.5 4.6 322.0 314.3 327.7 561.0 129.7 124.6

Max 5.7 5.7 5.6 5.8 334.4 326.4 339.6 561.0 134.7 126.8

Min 3.8 3.8 3.6 3.6 303.5 295.5 310.0 561.0 127.8 119.9


Unit No. 4

Table No. 37

Plant parameters


00:01:00

Time

difference

between

SRM &

AMS

RH

SE

C A

/H I

NL

T

LH

SE

C A

T

RH

SE

C A

T

LH

TU

B A

/H O

UT

T

RH

TU

B A

/H A

IR O

UT

T

LH

TU

B A

/H G

AS

OU

T T

RH

TU

B A

/H G

AS

OU

T T

LH

PR

EC

IP I

NL

T

RH

PR

EC

IP I

NL

T

LH

PR

EC

IP O

UT

T


1 2016/10/03 06:29:00 07:47:00 52.7 317.0 315.7 289.8 392.8 158.6 136.0 127.6 133.5 129.0

2 2016/10/03 08:12:00 09:28:00 53.7 317.7 315.6 288.7 392.8 157.0 136.0 128.0 133.1 129.4

3 2016/10/03 09:49:00 11:10:00 54.6 318.5 315.4 289.2 392.8 158.4 137.7 129.5 133.4 130.0

4 2016/10/04 06:29:00 07:45:00 54.4 314.8 313.3 287.3 392.8 158.3 135.0 127.7 133.1 128.9

5 2016/10/04 08:13:00 09:24:00 55.2 315.4 312.9 288.7 392.8 160.5 136.9 128.6 134.1 129.4

6 2016/10/04 09:49:00 11:04:00 44.8 317.0 313.6 289.4 392.8 159.0 131.5 127.9 127.9 130.2

7 2016/10/04 23:46:00 01:02:00 56.7 307.0 301.5 280.9 392.8 161.8 137.5 130.3 134.4 132.0

8 2016/10/05 01:30:00 02:43:00 54.9 307.1 303.5 281.2 392.8 160.4 134.0 127.6 132.4 130.4

9 2016/10/05 03:12:00 04:31:00 55.1 306.5 303.6 280.0 392.8 157.5 133.0 125.4 132.9 128.3

10 2016/10/05 23:23:00 00:37:00 54.0 294.3 293.0 270.5 392.8 156.4 133.4 124.2 136.4 127.2

11 2016/10/06 01:06:00 02:27:00 56.2 295.7 293.8 271.3 392.8 157.2 135.6 124.1 137.6 126.1

12 2016/10/06 02:59:00 04:13:00 55.2 296.4 295.0 272.4 392.8 157.7 135.1 123.7 137.7 125.5

Ave 54.0 309.0 306.4 282.5 392.8 158.6 135.1 127.1 133.9 128.9

Max 56.7 318.5 315.7 289.8 392.8 161.8 137.7 130.3 137.7 132.0

Min 44.8 294.3 293.0 270.5 392.8 156.4 131.5 123.7 127.9 125.5


Unit No. 4

Table No. 38

Plant parameters


00:01:00

Time

difference

between

SRM &

AMS

RH

PR

EC

IP O

UT

T

LH

ID

F D

IS T

RH

ID

F D

IS T

DU

ST

EM

MIS

SIO

N T

OT

AL

VO

L

0.0

0.0

0.0

0.0

0.0

0.0


1 2016/10/03 06:29:00 07:47:00 128.0 133.8 133.5 9.5 0.0 0.0 0.0 0.0 0.0 0.0

2 2016/10/03 08:12:00 09:28:00 127.8 134.2 133.2 8.7 0.0 0.0 0.0 0.0 0.0 0.0

3 2016/10/03 09:49:00 11:10:00 127.3 134.8 132.8 8.6 0.0 0.0 0.0 0.0 0.0 0.0

4 2016/10/04 06:29:00 07:45:00 127.3 133.6 132.8 8.6 0.0 0.0 0.0 0.0 0.0 0.0

5 2016/10/04 08:13:00 09:24:00 127.2 134.2 132.7 8.3 0.0 0.0 0.0 0.0 0.0 0.0

6 2016/10/04 09:49:00 11:04:00 124.0 135.1 129.7 8.7 0.0 0.0 0.0 0.0 0.0 0.0

7 2016/10/04 23:46:00 01:02:00 125.6 136.3 130.9 8.6 0.0 0.0 0.0 0.0 0.0 0.0

8 2016/10/05 01:30:00 02:43:00 126.3 134.9 131.7 8.4 0.0 0.0 0.0 0.0 0.0 0.0

9 2016/10/05 03:12:00 04:31:00 125.9 132.7 131.1 8.0 0.0 0.0 0.0 0.0 0.0 0.0

10 2016/10/05 23:23:00 00:37:00 128.6 131.9 133.8 7.5 0.0 0.0 0.0 0.0 0.0 0.0

11 2016/10/06 01:06:00 02:27:00 127.9 130.8 133.0 7.3 0.0 0.0 0.0 0.0 0.0 0.0

12 2016/10/06 02:59:00 04:13:00 128.4 130.2 133.4 7.1 0.0 0.0 0.0 0.0 0.0 0.0

Ave 127.0 133.5 132.4 8.3 0.0 0.0 0.0 0.0 0.0 0.0

Max 128.6 136.3 133.8 9.5 0.0 0.0 0.0 0.0 0.0 0.0

Min 124.0 130.2 129.7 7.1 0.0 0.0 0.0 0.0 0.0 0.0


Unit No. 5

Table No. 39

Plant parameters

00:00:53 50 HNE00 CQ002 XQ01 50 HNE00 CQ004 XQ01 50 HNE00 CQ007 XQ01 50 HNE00 CQ005 XQ01 50 HNE00 CQ006 XQ01 Oxide s of Nit roge n 50 HNE00 CQ003 XQ01 50 HNE00 CT001 XQ01 50 HNE00 CP 001 XQ01 50 HNE00 CS 001 XQ01

00:01:00

Time

difference

between

SRM &

AMS AM

S O

xy

gen

%

AM

S C

arb

on

Mo

no

xid

e p

pm

AM

S C

arb

on

Dio

xid

e p

pm

AM

S N

itri

c O

xid

e p

pm

AM

S N

itro

gen

Dio

xid

e p

pm

Ox

ides

of

Nit

rog

en

AM

S S

ulp

hu

r D

iox

ide p

pm

AM

S G

as

Tem

pera

ture

°C

AM

S G

as

Pre

ssu

re m

Bar

AM

S G

as

Velo

cit

y m

/s


1 2016/09/26 06:57:00 09:10:00 6.5 14.9 10.0 304.3 36.5 340.8 1055.7 120.5 912.1 25.3

2 2016/09/26 09:37:00 11:03:00 6.4 16.2 10.1 311.2 37.3 348.5 1052.5 121.3 911.8 26.3

3 2016/09/26 11:35:00 12:49:00 6.5 16.8 9.8 321.5 38.4 359.9 1022.5 122.0 910.1 26.4

4 2016/09/27 06:31:00 07:54:00 6.2 12.0 10.3 329.8 39.7 369.4 1204.7 121.0 908.3 26.8

5 2016/09/27 08:25:00 09:44:00 6.4 13.6 10.2 329.8 39.5 369.4 1206.5 121.6 908.8 27.0

6 2016/09/27 10:11:00 11:28:00 6.3 16.7 10.2 330.8 39.7 370.5 1232.6 122.0 908.0 26.3

7 2016/09/27 22:54:00 00:11:00 6.8 12.6 9.4 293.4 35.3 328.6 1118.6 124.4 907.1 23.4

8 2016/09/28 00:40:00 01:59:00 6.8 12.7 8.3 256.0 30.6 286.6 1012.1 125.0 910.1 23.3

9 2016/09/28 02:24:00 03:40:00 6.9 11.4 9.6 291.0 35.1 326.0 1211.4 124.4 906.3 22.9

10 2016/09/28 22:45:00 23:57:00 8.0 6.5 7.4 247.2 29.5 276.6 957.2 117.5 911.8 19.8

11 2016/09/29 00:25:00 01:41:00 8.0 6.5 7.4 247.2 29.5 276.6 957.2 117.5 911.8 19.8

12 2016/09/29 02:10:00 03:21:00 8.1 7.2 8.7 283.1 33.9 316.9 1114.2 116.3 908.1 19.4

Ave 6.9 12.3 9.3 295.4 35.4 330.8 1095.4 121.1 909.5 23.9

Max 8.1 16.8 10.3 330.8 39.7 370.5 1232.6 125.0 912.1 27.0

Min 6.2 6.5 7.4 247.2 29.5 276.6 957.2 116.3 906.3 19.4


Unit No. 5

Table No. 40

Plant parameters

00:00:53 50 HNE00 CQ001 XQ01 50 HNE01 EP 390 REWE 50 HNE01 CE001 XQ02 50 MKA80 FE901 XQ01 50 LBA80 CF901 XQ01 50 LAB90 CF001 XQ01 50 LAB90 CF002 XQ01 50 LAB90 CF003 XQ01 50 HFE17 EP 600 REWE 50 HNA25 CQ011A XQ01

00:01:00

Time

difference

between

SRM &

AMS

AM

S M

ois

ture

%

AM

S D

ust

Em

issi

on

To

tal

Vo

lum

e m

g/N

m3

AM

S P

recip

Du

st E

mis

sio

n

mg

/Nm

3

Ele

ctr

ic L

oad

LIV

E S

TM

FL

EC

ON

IN

L F

LO

W 1

EC

ON

IN

L F

L 2

EC

ON

IN

L F

L 3

To

atl

Air

Flo

w

LH

O2

IN

DIC

AT

ION

A


1 2016/09/26 06:57:00 09:10:00 4.9 4.8 4.8 649.9 553.2 0.0 542.5 535.4 765.7 3.1

2 2016/09/26 09:37:00 11:03:00 5.0 5.2 5.2 666.5 575.0 0.0 563.6 557.0 776.9 3.0

3 2016/09/26 11:35:00 12:49:00 4.9 5.3 5.3 656.1 573.7 0.0 562.6 555.1 768.8 3.1

4 2016/09/27 06:31:00 07:54:00 5.0 5.5 5.5 674.1 588.9 0.0 577.1 570.4 783.6 2.9

5 2016/09/27 08:25:00 09:44:00 5.0 5.6 5.6 673.8 591.2 0.0 578.6 571.6 780.5 3.1

6 2016/09/27 10:11:00 11:28:00 4.9 5.8 5.7 657.9 590.2 0.0 577.3 570.4 778.7 4.8

7 2016/09/27 22:54:00 00:11:00 3.7 5.0 5.0 551.8 490.0 0.0 479.9 471.9 668.6 3.6

8 2016/09/28 00:40:00 01:59:00 3.5 5.0 5.0 552.2 490.9 0.0 482.3 474.9 666.0 3.4

9 2016/09/28 02:24:00 03:40:00 4.2 4.8 4.8 552.5 476.1 0.0 466.9 459.4 654.9 3.6

10 2016/09/28 22:45:00 23:57:00 2.8 5.2 5.1 443.3 387.4 0.0 380.9 373.4 571.5 4.6

11 2016/09/29 00:25:00 01:41:00 2.8 5.2 5.1 443.3 387.4 0.0 380.9 373.4 571.5 4.6

12 2016/09/29 02:10:00 03:21:00 3.3 5.1 5.1 443.4 385.6 0.0 379.3 371.9 573.1 5.0

Ave 4.2 5.2 5.2 580.4 507.5 0.0 497.7 490.4 696.7 3.7

Max 5.0 5.8 5.7 674.1 591.2 0.0 578.6 571.6 783.6 5.0

Min 2.8 4.8 4.8 443.3 385.6 0.0 379.3 371.9 571.5 2.9


Unit No. 5

Table No. 41

Plant parameters

00:00:53 50 HNA25 CQ011A XQ0150 HNA25 CQ011B XQ0150 HNA15 CQ011A XQ0150 HNA15 CQ011B XQ01 0.0 0.0 0.0 0.0 50 HNA25 CT011 XQ01 50 HNA15 CT011 XQ01

00:01:00

Time

difference

between

SRM &

AMS

LH

O2

IN

DIC

AT

ION

A

LH

O2

IN

DIC

AT

ION

B

RH

O2

IN

DIC

AT

ION

A

RH

O2

IN

DIC

AT

ION

B

LH

EC

ON

OU

T G

AS

T

RH

EC

ON

OU

T G

AS

T

LH

SE

C A

/H G

AS

IN

L T

RH

SE

C A

/H G

AS

IN

L T

LH

SE

C A

/H G

AS

OU

T T

RH

SE

C A

/H G

AS

OU

T T


1 2016/09/26 06:57:00 09:10:00 3.1 3.1 1.9 3.3 0.0 0.0 0.0 0.0 126.9 122.8

2 2016/09/26 09:37:00 11:03:00 3.0 2.9 1.8 3.5 0.0 0.0 0.0 0.0 127.4 122.9

3 2016/09/26 11:35:00 12:49:00 3.1 3.1 2.0 3.8 0.0 0.0 0.0 0.0 128.4 124.0

4 2016/09/27 06:31:00 07:54:00 2.9 2.8 1.8 3.5 0.0 0.0 0.0 0.0 126.7 122.4

5 2016/09/27 08:25:00 09:44:00 3.1 3.0 1.9 3.3 0.0 0.0 0.0 0.0 127.5 123.1

6 2016/09/27 10:11:00 11:28:00 4.8 5.3 3.4 3.9 0.0 0.0 0.0 0.0 128.5 123.6

7 2016/09/27 22:54:00 00:11:00 3.6 3.4 2.7 3.8 0.0 0.0 0.0 0.0 136.0 124.7

8 2016/09/28 00:40:00 01:59:00 3.4 3.3 2.6 4.0 0.0 0.0 0.0 0.0 136.3 124.9

9 2016/09/28 02:24:00 03:40:00 3.6 3.6 2.7 4.3 0.0 0.0 0.0 0.0 135.4 125.5

10 2016/09/28 22:45:00 23:57:00 4.6 4.5 4.0 2.0 0.0 0.0 0.0 0.0 127.4 0.0

11 2016/09/29 00:25:00 01:41:00 4.6 4.5 4.0 2.0 0.0 0.0 0.0 0.0 127.4 116.8

12 2016/09/29 02:10:00 03:21:00 5.0 4.9 4.1 2.0 0.0 0.0 0.0 0.0 126.2 116.7

Ave 3.7 3.7 2.7 3.3 0.0 0.0 0.0 0.0 129.5 112.3

Max 5.0 5.3 4.1 4.3 0.0 0.0 0.0 0.0 136.3 125.5

Min 2.9 2.8 1.8 2.0 0.0 0.0 0.0 0.0 126.2 0.0


Unit No. 5

Table No. 42

Plant parameters

00:00:53 0.0 0.0 0.0 0.0 0.0 50 HNA26 CT011 XQ01 50 HNA16 CT011 XQ01 50 HNA27 CT001 XQ01 50 HNA17 CT001 XQ01 50 HNA28 CT001 XQ01

00:01:00

Time

difference

between

SRM &

AMS

RH

SE

C A

/H I

NL

T

LH

SE

C A

T

RH

SE

C A

T

LH

TU

B A

/H O

UT

T

RH

TU

B A

/H A

IR O

UT

T

LH

TU

B A

/H G

AS

OU

T T

RH

TU

B A

/H G

AS

OU

T T

LH

PR

EC

IP I

NL

T

RH

PR

EC

IP I

NL

T

LH

PR

EC

IP O

UT

T


1 2016/09/26 06:57:00 09:10:00 0.0 0.0 0.0 0.0 0.0 133.7 138.5 124.0 129.2 114.1

2 2016/09/26 09:37:00 11:03:00 0.0 0.0 0.0 0.0 0.0 136.5 141.4 126.1 129.6 115.1

3 2016/09/26 11:35:00 12:49:00 0.0 0.0 0.0 0.0 0.0 136.5 140.6 125.2 129.9 115.6

4 2016/09/27 06:31:00 07:54:00 0.0 0.0 0.0 0.0 0.0 136.2 140.6 127.3 129.8 114.8

5 2016/09/27 08:25:00 09:44:00 0.0 0.0 0.0 0.0 0.0 136.9 140.9 126.8 129.8 115.4

6 2016/09/27 10:11:00 11:28:00 0.0 0.0 0.0 0.0 0.0 138.0 141.5 126.3 130.0 115.9

7 2016/09/27 22:54:00 00:11:00 0.0 0.0 0.0 0.0 0.0 143.8 142.0 128.5 130.7 120.6

8 2016/09/28 00:40:00 01:59:00 0.0 0.0 0.0 0.0 0.0 144.9 142.8 128.8 131.1 121.3

9 2016/09/28 02:24:00 03:40:00 0.0 0.0 0.0 0.0 0.0 143.2 141.5 127.5 131.4 120.6

10 2016/09/28 22:45:00 23:57:00 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0

11 2016/09/29 00:25:00 01:41:00 0.0 0.0 0.0 0.0 0.0 135.7 134.5 117.6 123.2 112.4

12 2016/09/29 02:10:00 03:21:00 0.0 0.0 0.0 0.0 0.0 133.6 133.9 116.4 123.2 110.8

Ave 0.0 0.0 0.0 0.0 0.0 126.6 128.2 114.5 118.2 106.4

Max 0.0 0.0 0.0 0.0 0.0 144.9 142.8 128.8 131.4 121.3

Min 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0


Unit No. 5

Table No. 43

Plant parameters

00:00:53 50 HNA18 CT001 XQ01 50 HNA29 CT001 XQ01 50 HNA19 CT001 XQ01 50 HNE01 EP 390 REWE 0.0 0.0 0.0 0.0 0.0 0.0

00:01:00

Time

difference

between

SRM &

AMS

RH

PR

EC

IP O

UT

T

LH

ID

F D

IS T

RH

ID

F D

IS T

DU

ST

EM

MIS

SIO

N T

OT

AL

VO

L

0.0

0.0

0.0

0.0

0.0

0.0


1 2016/09/26 06:57:00 09:10:00 126.9 120.3 133.2 4.8 0.0 0.0 0.0 0.0 0.0 0.0

2 2016/09/26 09:37:00 11:03:00 127.2 121.4 133.5 5.2 0.0 0.0 0.0 0.0 0.0 0.0

3 2016/09/26 11:35:00 12:49:00 128.1 122.0 134.6 5.3 0.0 0.0 0.0 0.0 0.0 0.0

4 2016/09/27 06:31:00 07:54:00 126.9 121.2 133.3 5.5 0.0 0.0 0.0 0.0 0.0 0.0

5 2016/09/27 08:25:00 09:44:00 127.4 122.0 133.9 5.6 0.0 0.0 0.0 0.0 0.0 0.0

6 2016/09/27 10:11:00 11:28:00 127.9 122.3 134.4 5.8 0.0 0.0 0.0 0.0 0.0 0.0

7 2016/09/27 22:54:00 00:11:00 128.5 126.8 134.7 5.0 0.0 0.0 0.0 0.0 0.0 0.0

8 2016/09/28 00:40:00 01:59:00 129.1 127.4 135.2 5.0 0.0 0.0 0.0 0.0 0.0 0.0

9 2016/09/28 02:24:00 03:40:00 129.1 126.9 135.2 4.8 0.0 0.0 0.0 0.0 0.0 0.0

10 2016/09/28 22:45:00 23:57:00 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0

11 2016/09/29 00:25:00 01:41:00 121.5 118.7 127.7 5.2 0.0 0.0 0.0 0.0 0.0 0.0

12 2016/09/29 02:10:00 03:21:00 121.0 117.0 127.1 5.1 0.0 0.0 0.0 0.0 0.0 0.0

Ave 116.1 112.2 121.9 4.8 0.0 0.0 0.0 0.0 0.0 0.0

Max 129.1 127.4 135.2 5.8 0.0 0.0 0.0 0.0 0.0 0.0

Min 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0


Unit No. 6

Table No. 44

Plant parameters

00:00:53 60 HNE00 CQ002 XQ01 60 HNE00 CQ004 XQ01 60 HNE00 CQ007 XQ01 60 HNE00 CQ005 XQ01 60 HNE00 CQ006 XQ01 Oxide s of Nit roge n 60 HNE00 CQ003 XQ01 60 HNE00 CT001 XQ01 60 HNE00 CP 001 XQ01 60 HNE00 CS 001 XQ01

00:01:00

Time

difference

between

SRM &

AMS AM

S O

xy

gen

%

AM

S C

arb

on

Mo

no

xid

e p

pm

AM

S C

arb

on

Dio

xid

e p

pm

AM

S N

itri

c O

xid

e p

pm

AM

S N

itro

gen

Dio

xid

e p

pm

Ox

ides

of

Nit

rog

en

AM

S S

ulp

hu

r D

iox

ide p

pm

AM

S G

as

Tem

pera

ture

°C

AM

S G

as

Pre

ssu

re m

Bar

AM

S G

as

Velo

cit

y m

/s


1 2016/09/20 06:29:00 07:52:00 6.3 0.9 11.3 360.7 43.2 403.9 1240.2 120.9 915.0 24.2

2 2016/09/20 08:35:00 09:57:00 6.1 1.0 11.4 361.8 43.2 405.0 1253.7 121.5 916.3 25.1

3 2016/09/20 10:57:00 12:10:00 5.9 0.5 11.6 365.7 43.7 409.4 1257.3 122.0 914.6 25.6

4 2016/09/21 04:58:00 06:10:00 6.0 0.7 11.5 363.3 43.5 406.8 1194.9 121.0 911.9 24.6

5 2016/09/21 06:40:00 07:52:00 5.9 0.3 11.5 365.7 43.7 409.4 1197.1 121.6 912.7 25.1

6 2016/09/21 08:13:00 09:23:00 5.9 0.2 11.6 359.0 42.9 401.8 1193.3 122.0 913.1 25.1

7 2016/09/21 22:53:00 00:42:00 7.1 2.7 10.5 344.4 41.2 385.7 1164.6 122.5 900.4 22.2

8 2016/09/22 01:16:00 03:14:00 7.3 2.9 10.4 344.4 41.2 385.6 1227.8 120.5 901.4 22.4

9 2016/09/22 03:38:00 04:47:00 7.4 3.3 10.5 344.5 41.2 385.7 1246.0 120.3 909.4 22.1

10 2016/09/23 00:18:00 02:08:00 8.7 1.5 0.0 269.8 32.2 302.0 926.7 117.4 906.7 19.4

11 2016/09/23 02:28:00 04:20:00 8.5 0.1 0.0 284.9 34.1 319.0 1012.1 113.4 905.2 19.1

12 2016/09/23 04:53:00 05:58:00 7.1 0.3 0.0 353.2 42.1 395.3 1126.3 115.6 907.2 23.9

Ave 6.8 1.2 8.4 343.1 41.0 384.1 1170.0 119.9 909.5 23.2

Max 8.7 3.3 11.6 365.7 43.7 409.4 1257.3 122.5 916.3 25.6

Min 5.9 0.1 0.0 269.8 32.2 302.0 926.7 113.4 900.4 19.1


Unit No. 6

Table No. 45

Plant parameters

00:00:53 60 HNE00 CQ001 XQ01 60 HNE01 EP 390 REWE 60 HNE01 CE001 XQ02 60 MKA80 FE901 XQ01 60 LBA80 CF901 XQ01 60 LAB90 CF001 XQ01 60 LAB90 CF002 XQ01 60 LAB90 CF003 XQ01 60 HFE17 EP 600 REWE 60 HNA25 CQ011A XQ01

00:01:00

Time

difference

between

SRM &

AMS

AM

S M

ois

ture

%

AM

S D

ust

Em

issi

on

To

tal

Vo

lum

e m

g/N

m3

AM

S P

recip

Du

st E

mis

sio

n

mg

/Nm

3

Ele

ctr

ic L

oad

LIV

E S

TM

FL

EC

ON

IN

L F

LO

W 1

EC

ON

IN

L F

L 2

EC

ON

IN

L F

L 3

To

atl

Air

Flo

w

LH

O2

IN

DIC

AT

ION

A


1 2016/09/20 06:29:00 07:52:00 5.4 2.7 2.7 674.0 549.1 0.0 566.2 564.9 675.1 3.5

2 2016/09/20 08:35:00 09:57:00 5.5 2.9 2.9 673.3 560.8 0.0 577.5 576.4 682.8 3.4

3 2016/09/20 10:57:00 12:10:00 5.6 3.2 3.2 673.3 573.9 0.0 590.6 589.5 693.2 3.3

4 2016/09/21 04:58:00 06:10:00 5.3 3.6 4.1 669.1 564.2 0.0 580.9 579.7 681.1 3.4

5 2016/09/21 06:40:00 07:52:00 5.4 2.5 2.6 671.2 568.9 0.0 585.6 584.1 686.5 3.4

6 2016/09/21 08:13:00 09:23:00 5.5 2.8 2.6 671.7 576.2 0.0 593.1 591.7 689.4 3.8

7 2016/09/21 22:53:00 00:42:00 3.8 2.0 2.0 539.5 447.7 0.0 462.9 462.0 582.6 4.5

8 2016/09/22 01:16:00 03:14:00 4.1 1.5 1.6 544.7 440.8 0.0 455.7 454.9 580.5 4.6

9 2016/09/22 03:38:00 04:47:00 4.1 1.4 1.4 544.9 438.5 0.0 453.2 452.2 581.1 4.7

10 2016/09/23 00:18:00 02:08:00 3.3 0.0 0.0 417.3 352.4 0.0 372.0 370.5 513.1 4.3

11 2016/09/23 02:28:00 04:20:00 3.7 0.0 0.0 418.1 348.7 0.0 361.2 360.0 501.4 4.0

12 2016/09/23 04:53:00 05:58:00 4.2 0.0 0.0 589.1 487.6 0.0 511.9 510.8 649.0 3.2

Ave 4.6 1.9 1.9 590.5 492.4 0.0 509.2 508.1 626.3 3.8

Max 5.6 3.6 4.1 674.0 576.2 0.0 593.1 591.7 693.2 4.7

Min 3.3 0.0 0.0 417.3 348.7 0.0 361.2 360.0 501.4 3.2


Unit No. 6

Table No. 46

Plant parameters

00:00:53 60 HNA25 CQ011A XQ0160 HNA25 CQ011B XQ0160 HNA15 CQ011A XQ0160 HNA15 CQ011B XQ01 60 HNA24 CT001 XQ01 60 HNA14 CT001 XQ01 60 HNA25 CT001 XQ01 60 HNA15 CT001 XQ01 60 HNA25 CT011 XQ01 60 HNA15 CT011 XQ01

00:01:00

Time

difference

between

SRM &

AMS

LH

O2

IN

DIC

AT

ION

A

LH

O2

IN

DIC

AT

ION

B

RH

O2

IN

DIC

AT

ION

A

RH

O2

IN

DIC

AT

ION

B

LH

EC

ON

OU

T G

AS

T

RH

EC

ON

OU

T G

AS

T

LH

SE

C A

/H G

AS

IN

L T

RH

SE

C A

/H G

AS

IN

L T

LH

SE

C A

/H G

AS

OU

T T

RH

SE

C A

/H G

AS

OU

T T


1 2016/09/20 06:29:00 07:52:00 3.5 3.4 3.8 4.2 275.3 0.3 333.8 331.7 125.7 120.7

2 2016/09/20 08:35:00 09:57:00 3.4 3.3 3.7 4.1 276.3 0.3 334.9 333.1 125.8 121.1

3 2016/09/20 10:57:00 12:10:00 3.3 3.2 3.1 3.4 277.6 0.3 336.4 334.5 126.5 121.3

4 2016/09/21 04:58:00 06:10:00 3.4 3.3 3.2 3.5 276.6 0.3 335.6 333.7 126.0 120.4

5 2016/09/21 06:40:00 07:52:00 3.4 3.3 3.7 4.2 276.9 0.3 335.8 334.1 126.2 120.7

6 2016/09/21 08:13:00 09:23:00 3.8 3.8 3.1 3.4 277.8 0.3 336.8 334.8 126.3 120.7

7 2016/09/21 22:53:00 00:42:00 4.5 4.5 4.1 4.4 261.5 0.3 317.7 315.3 131.7 118.6

8 2016/09/22 01:16:00 03:14:00 4.6 4.6 4.5 4.8 263.1 0.3 319.4 317.1 127.8 118.7

9 2016/09/22 03:38:00 04:47:00 4.7 4.6 4.7 5.3 263.1 0.3 319.3 317.0 126.6 118.9

10 2016/09/23 00:18:00 02:08:00 4.3 3.6 4.6 5.0 252.8 0.3 307.7 304.7 121.5 112.8

11 2016/09/23 02:28:00 04:20:00 4.0 3.4 4.5 4.8 250.0 0.3 304.0 301.2 119.6 110.9

12 2016/09/23 04:53:00 05:58:00 3.2 2.6 3.4 3.8 270.9 0.3 327.6 325.6 123.8 117.3

Ave 3.8 3.6 3.9 4.2 268.5 0.3 325.8 323.6 125.6 118.5

Max 4.7 4.6 4.7 5.3 277.8 0.3 336.8 334.8 131.7 121.3

Min 3.2 2.6 3.1 3.4 250.0 0.3 304.0 301.2 119.6 110.9


Unit No. 6

Table No. 47

Plant parameters

00:00:53 60 HLA14 CT001 XQ01 60 HLA25 CT002 XQ01 60 HLA15 CT002 XQ01 60 HLA45 CT001 XQ01 60 HLA35 CT001 XQ01 60 HNA26 CT011 XQ01 60 HNA16 CT011 XQ01 60 HNA27 CT001 XQ01 60 HNA17 CT001 XQ01 60 HNA28 CT001 XQ01

00:01:00

Time

difference

between

SRM &

AMS

RH

SE

C A

/H I

NL

T

LH

SE

C A

T

RH

SE

C A

T

LH

TU

B A

/H O

UT

T

RH

TU

B A

/H A

IR O

UT

T

LH

TU

B A

/H G

AS

OU

T T

RH

TU

B A

/H G

AS

OU

T T

LH

PR

EC

IP I

NL

T

RH

PR

EC

IP I

NL

T

LH

PR

EC

IP O

UT

T


1 2016/09/20 06:29:00 07:52:00 59.3 312.4 308.2 288.5 285.5 151.0 139.7 130.1 127.5 126.2

2 2016/09/20 08:35:00 09:57:00 59.2 313.3 309.3 289.0 286.1 151.5 139.8 130.2 127.6 126.5

3 2016/09/20 10:57:00 12:10:00 59.0 314.9 310.7 291.1 288.4 152.8 141.2 131.7 127.6 127.4

4 2016/09/21 04:58:00 06:10:00 59.7 314.0 309.2 290.1 286.8 152.5 142.1 131.1 127.6 126.7

5 2016/09/21 06:40:00 07:52:00 59.6 314.3 309.6 290.5 287.5 152.5 142.1 131.7 127.6 127.2

6 2016/09/21 08:13:00 09:23:00 59.4 315.1 310.4 290.9 287.7 152.4 141.6 131.9 127.2 127.4

7 2016/09/21 22:53:00 00:42:00 59.3 302.0 295.7 279.9 276.6 153.8 139.1 134.3 125.7 131.7

8 2016/09/22 01:16:00 03:14:00 60.9 302.6 296.8 278.7 275.3 151.2 137.5 130.4 125.6 128.1

9 2016/09/22 03:38:00 04:47:00 61.2 302.1 296.7 278.7 275.2 151.3 138.5 129.7 126.2 126.4

10 2016/09/23 00:18:00 02:08:00 66.5 291.0 283.4 269.5 260.8 146.2 132.3 125.7 120.7 125.3

11 2016/09/23 02:28:00 04:20:00 69.1 286.6 278.4 263.0 253.6 142.8 130.4 122.9 119.9 120.1

12 2016/09/23 04:53:00 05:58:00 62.9 305.3 299.9 276.5 272.4 148.6 137.3 128.1 125.9 122.2

Ave 61.3 306.1 300.7 282.2 278.0 150.5 138.5 129.8 125.7 126.3

Max 69.1 315.1 310.7 291.1 288.4 153.8 142.1 134.3 127.6 131.7

Min 59.0 286.6 278.4 263.0 253.6 142.8 130.4 122.9 119.9 120.1


Unit No. 6

Table No. 48

Plant parameters

00:00:53 60 HNA18 CT001 XQ01 60 HNA29 CT001 XQ01 60 HNA19 CT001 XQ01 60 HNE01 EP 390 REWE 0.0 0.0 0.0 0.0 0.0 0.0

00:01:00

Time

difference

between

SRM &

AMS

RH

PR

EC

IP O

UT

T

LH

ID

F D

IS T

RH

ID

F D

IS T

DU

ST

EM

MIS

SIO

N T

OT

AL

VO

L

0.0

0.0

0.0

0.0

0.0

0.0


1 2016/09/20 06:29:00 07:52:00 124.6 56.9 129.8 2.7 0.0 0.0 0.0 0.0 0.0 0.0

2 2016/09/20 08:35:00 09:57:00 124.8 56.0 130.1 2.9 0.0 0.0 0.0 0.0 0.0 0.0

3 2016/09/20 10:57:00 12:10:00 125.3 57.8 130.6 3.2 0.0 0.0 0.0 0.0 0.0 0.0

4 2016/09/21 04:58:00 06:10:00 124.7 58.0 130.1 3.6 0.0 0.0 0.0 0.0 0.0 0.0

5 2016/09/21 06:40:00 07:52:00 125.2 57.9 130.6 2.5 0.0 0.0 0.0 0.0 0.0 0.0

6 2016/09/21 08:13:00 09:23:00 125.2 57.4 130.6 2.8 0.0 0.0 0.0 0.0 0.0 0.0

7 2016/09/21 22:53:00 00:42:00 122.8 58.8 127.8 2.0 0.0 0.0 0.0 0.0 0.0 0.0

8 2016/09/22 01:16:00 03:14:00 122.5 56.7 127.6 1.5 0.0 0.0 0.0 0.0 0.0 0.0

9 2016/09/22 03:38:00 04:47:00 122.5 56.6 127.5 1.4 0.0 0.0 0.0 0.0 0.0 0.0

10 2016/09/23 00:18:00 02:08:00 118.3 55.2 123.6 1.8 0.0 0.0 0.0 0.0 0.0 0.0

11 2016/09/23 02:28:00 04:20:00 115.4 52.8 120.7 1.6 0.0 0.0 0.0 0.0 0.0 0.0

12 2016/09/23 04:53:00 05:58:00 119.0 54.7 124.4 5.2 0.0 0.0 0.0 0.0 0.0 0.0

Ave 122.5 56.6 127.8 2.6 0.0 0.0 0.0 0.0 0.0 0.0

Max 125.3 58.8 130.6 5.2 0.0 0.0 0.0 0.0 0.0 0.0

Min 115.4 52.8 120.7 1.4 0.0 0.0 0.0 0.0 0.0 0.0


Appendix No. 4

Particulate Emission Monitor

Correlation Graphs



Particulate Emission Monitor Correlation October 2016 Output No. 1

Plant: Matimba PS Operational data:

Location: Stack Operating Range: 0 – 361.6 [mg/Nm3 dry @ 10% O2]

Monitor information: Limits of validity: [as an hourly average] Make of Monitor: Land Lower limit: 5.3 [mg/Nm

3 dry @ 10% O2]

Model: 4500 Mk III Upper limit: 25.2 [mg/Nm3 dry @ 10% O2]

Serial Number: 190742-23 Linear function: E = 22.5775 * x – 89.9877 Monitor setting: 0 to 1.7 OD Output No. 1 where: E = Emission [mg/Nm

3 dry @10% O2]

Dates: x = Monitor output [mA] Calibration date: 20

th September 2016

Correlation dates: 17th to 26

th October 2016

Correlation Coefficient: 0.98

This correlation was produced as described in the German VDI guide with reference to the zero point hypotheses.

FIGURE 1

Prepared by: Stacklabs report No. RSL229

ISO 9096, 12141 & 10155 PH Pretorius ISO 9096:2003(E) Stacklabs ISO #:825268/:2007-05-23 © ISO 2003







3 dry @ 10% O2]



3 dry @10% O2]


th September 2016

Correlation dates: 17th to 26th October 2016 Correlation Coefficient: 0.98


FIGURE 2









3 dry @ 10% O2]



3 dry @10% O2]


th September 2016


th October 2016



FIGURE 3









3 dry @ 10% O2]



3 dry @10% O2]


th September 2016


th October 2016



FIGURE 4




Matimba Power Station Unit No. 3 Particulate Emission Monitor Correlation

October 2016 Output No. 1




3 dry @ 10% O2]



3 dry @10% O2]


th September 2016


th October 2016



FIGURE 5









3 dry @ 10% O2]



3 dry @10% O2]


th September 2016


th October 2016



FIGURE 6









3 dry @ 10% O2]



3 dry @10% O2]


th September 2016

Correlation dates: 3rd to 6th October 2016 Correlation Coefficient: 0.98


FIGURE 7









3 dry @ 10% O2]



3 dry @10% O2]


th September 2016

Correlation dates: 3rd

to 6th October 2016



FIGURE 8









3 dry @ 10% O2]



3 dry @10% O2]


th September 2016

Correlation dates: 26th 29

th September 2016



FIGURE 9









3 dry @ 10% O2]


Serial Number: 163264-94 Linear function: E = 2.2627* x – 9.0995 Monitor setting: 0 to 0.3 OD Output No. 2 where: E = Emission [mg/Nm

3 dry @10% O2]


th September 2016

Correlation dates: 26th 29

th September 2016



FIGURE 10









3 dry @ 10% O2]



3 dry @10% O2]


th September 2016


rd September 2016



FIGURE 11









3 dry @ 10% O2]



3 dry @10% O2]


th September 2016


rd September 2016



FIGURE 12




Matimba Power Station Unit No. 1 Air Flow to Gas flow Correlation

October 2016

Plant: Matimba PS Operational data: Location: Stack Operating Range: 1000 Nm

3/s Dry 10% O2

Monitor information: Limits of validity : [as an hourly average] Make of Monitor: N/A Lower limit: 546.0 Nm

3/s Dry 10% O2

Model: N/A Upper limit: 871.5 Nm3/s Dry 10% O2

Serial Number: N/A Linear function: E = 1.2286 * x – 13.9967 Monitor setting: N/A where: E = Gas Flow [Nm

3/s Dry 10% O2]

Dates: x = Total Air Flow [kg/s] Calibration date: N/A

Correlation dates: 1st to 6

th Oct 2014


This correlation spot-check was produced as described in the German VDI guide with reference to the zero point hypotheses.

FIGURE 13 Prepared by: Stacklabs report No. RSL229




October 2016


3/s Dry 10% O2


3/s Dry 10% O2



3/s Dry 10% O2]



th Oct 2016







October 2016


3/s Dry 10% O2


3/s Dry 10% O2



3/s Dry 10% O2]



th Oct 2016




ISO 9096, 12141 & 10155

PH Pretorius ISO 9096:2003(E) Stacklabs ISO #:825268/:2007-05-23 © ISO 2003



October 2016


3/s Dry 10% O2


3/s Dry 10% O2



3/s Dry 10% O2]


Correlation dates: 3rd

to 6th Oct 2016




ISO 9096, 12141 & 10155




October 2016


3/s Dry 10% O2


3/s Dry 10% O2



3/s Dry 10% O2]



th Sep 2016




ISO 9096, 12141 & 10155




October 2016


3/s Dry 10% O2


3/s Dry 10% O2



3/s Dry 10% O2]



rd Sep 2016




ISO 9096, 12141 & 10155



Appendix No. 5

Water Vapour Concentration Calculation


Vwsg(std) = (Wf – Wi) /ρ

Where:

Wf = Final weight of silica gel & impinger (g)

Wi = Initial weight of silica gel & impinger (g)

ρ = Density of water vapour at NTP (0.804 kg/m3)

Vwsg(std) = Volume of water vapour collected in silica gel (g) at NTP

Vwsg(std)

Bws = -------------------------

Vwsg(std) + Vm(std)

Where:

Bws = Proportion of water by volume %v/v

Vm(std) = Dry gas volume measured by dry gas meter (Nm3 dry)


Appendix No. 6

Outlines of

Filter Weighing Procedure

Pre-test Preparations Procedure

Sampling System Integrity Checks

And

Sampling Procedures


1. FILTER WEIGHING

Before the test, the filters are prepared as follows:

The required numbers of filters are marked with a unique number. The filters are then heated

in an oven at 120 degrees Celsius for a period of one hour. After heating, all the filters are set

out together with three reference filters in a dedicator where they will condition for a period of

48 hours. Each filter is then weighed three times, in a temperature controlled clean room,

where the masses are captured on a dedicated computer system. Following the weighing

process, the filters are packed and sealed into a separate container ready for use. The reference

filters are treated in the same manner as those earmarked for the tests, but are not taken to site.

After the site measurements, the used and reference filters are again set out in the desiccators

and allowed to condition for up to 100 hours. The same weighing procedure is again followed

and the final contaminant masses are calculated by the computer system.

2. PRE-TEST PREPARATIONS

On site, the equipment is set up at the measuring location. The inside dimensions of the duct

are determined. The number of test points per traverse is determined according to the standards

and the sampling probe marked accordingly

3. SAMPLING SYSTEM INTEGRITY

A leak check is performed on the impulse lines to ensure measurement integrity.

With each change in filter or any other operation which might influence the integrity of the

vacuum system, a vacuum check is performed. This ensures that only the gas which entered the

nozzle will be measured by the gas test meter. Gaseous analysers are zero and span checked

with calibration gas at the measurement points.

4. SAMPLING PROCEDURE

Gas temperature, pressure and velocity head readings are logged at each sampling point.

Velocity head readings are updated at intervals of 1 minute. During this time, the computer

program calculates the orifice flow settings required for isokineticity and the flow is adjusted

accordingly with each update, either automatically or manually depending on the particular

system used.

Oxygen in the flue gas is measured to determine gas density.

An orifice flow meter is used to facilitate the adjustment of the sampling flow rate at one-

minute intervals. The relevant parameters for flow calculation are entered into the computer.

The computer is programmed to determine the flow rate through the orifice in order to achieve

isokineticity. A dry gas meter is incorporated into the sampling train and is used to record the

total actual volume sampled and therewith to determine the percentage isokineticity.

Moisture is separated from the sampled gases during sampling, using a water trap and silica gel.

The ‘A’ indicator in the silica gel changes colour as moisture is absorbed. The accumulated

liquid is used after the test to determine the moisture content on a percentage-by-volume basis.

This value is again incorporated into the volume of dry gas sampled to determine the

concentration of pollutants in the gases at Actual and Normal (sometimes referred to as

Standard) conditions.

The uncertainty before the test, about the moisture content in the gas, fluctuation in the gas

flows and human error contribute towards the final deviation from 100 % isokineticity.


After completion of a measurement the relevant sampling components may be rinsed in order to

capture pollutants that may have become attached to the sampling system’s exposed surfaces.

The rinse medium is captured and contaminants within will be added to the total sampled mass.

Relevant plant operating parameters are logged, where possible, for reference purposes and it is

usually recommended to take raw product samples during the tests. The content of certain

elements in the raw product has specific bearing on plant performance and is useful for

comparative reference.

On completion of all the site measurements the equipment will be removed from the plant,

returned to the laboratory and work shop for processing and cleaning. Where necessary,

additional calibration checks will be conducted on specific instruments to determine operational

continuity.


Appendix No. 7

AMS Calibration Reports


Appendix No. 8

Filter Mass Sheets


Filter Mass Sheet

Filters

Label GK

Number 1 to 15

Reference Filters: E

Filter Type & Size: 88R 30x100mm

Initial Weighing Final Weighing

Customer: Eskom Customer: Eskom % Moisture in Dust from Lab Result = % 0.00000

Plant: Matimba Plant: Matimba

Unit: U1 & U3 Unit: U1 & U3 Correction from Reference Masses (%) = K1 -0.00030

Date: 2016/02/29 Date: 2016/11/07 Correction for Moisture in Filters (%) = K2 -0.10436

Start Time: 14H44 Start Time: 14H41 Correction from Blank Filter Mass(%) = K3 0.05041

End time: 15H19 End time: 15H04 Correction for Moisture in Dust (%) = K4 0.00000

Pressure (kPa): 82 Pressure (kPa): 82.1 Mass ofDust in Rinse (g) = RM From Rinse Sheet

Temperature (°C): 19 Temperature (°C): 19

Weighed By: SS Diutlwileng Weighed By: SS Diutlwileng

Average Average

1 2 3 Initial 1 2 3 Final

99.9976 99.9976 99.9976 99.9976 99.9971 99.9971 99.9971 99.9971

49.99900 49.99898 49.99896 49.99898 49.99903 49.99903 49.99903 49.99903

Total initial mass = 149.9966 Total Final mass = 149.9961

Average K1 Average

1 2 3 Initial g 1 2 3 Final

REF 1 E 2.71247 2.71260 2.71268 2.71258 2.71258 2.70933 2.70939 2.70931 2.70934

REF 2 E 2.59849 2.59867 2.59878 2.59865 2.59864 2.59628 2.59631 2.59631 2.59630

REF 3 E 2.61515 2.61529 2.61539 2.61528 2.61527 2.61244 2.61255 2.61264 2.61254

Total initial mass = 7.9265 7.9265 Total Final mass = 7.9182

Preliminary *Final

Dust Correction Correction Dust Comments

Average K1 K2 K3 Average Masses K4 K5 Masses

1 2 3 Initial g g g 1 2 3 Final g g g g

GK 1 2.72306 2.72316 2.72311 2.7231 2.7231 2.7203 2.7216 2.78234 2.78245 2.78259 2.7825 0.0608 0.0608 0.0000 0.06083 Matimba Unit 1 Test 1

GK 2 2.59611 2.59613 2.59613 2.5961 2.5961 2.5934 2.5947 2.59477 2.59467 2.59470 2.5947 0.0000 0.0000 0.0000 0.00000 Blankk U 1 to 3














GK 2 2.59612 2.59612 2.59341 2.59471 2.59471 0.0000 0.0000 0.0000 0.0000 Blank

2.59341 2.59471

0.00131

Correction from Blank Filter Mass(%) = 0.05041

50g

Filter Initials Finals

Masses

Reference Initials Finals

Masses


Masses

100g


Filter Mass Sheet

Filters

Label GG

Number 1 to 15

Reference Filters: E1




Plant: Matimba Plant: Matimba

Unit: Unit 1 Unit: Unit 1 Correction from Reference Masses (%) = K1 -0.00029




Pressure (kPa): 81.6 Pressure (kPa): 82 Mass ofDust in Rinse (g) = RM From Rinse Sheet


Weighed By: W J Bronkhorst Weighed By: SSD

Average Average


99.9975 99.9975 99.9976 99.9975 99.9972 99.9972 99.9972 99.9972

49.99894 49.99894 49.99895 49.99894 49.99884 49.99884 49.99884 49.99884


Average K1 Average


REF 1 E1 2.71372 2.71372 2.71370 2.71371 2.71371 2.70865 2.70878 2.70884 2.70876

REF 2 E1 2.59970 2.59969 2.59969 2.59969 2.59969 2.59588 2.59599 2.59607 2.59598

REF 3 E1 2.61556 2.61555 2.61555 2.61555 2.61555 2.61192 2.61213 2.61224 2.61210


Preliminary *Final




GG 13 2.61463 2.61463 2.61464 2.6146 2.6146 2.6106 2.6120 2.62154 2.62166 2.62177 2.6217 0.0097 0.0097 0.0000 0.00970 Matimba Unit 1 Test 10



GK 2 2.59612 2.59612 2.59341 2.59471 2.59471 0.0000 0.0000 0.0000 0.0000 Blank

2.59341 2.59471

0.00131


50g


Masses


Masses


Masses

100g


Filter Mass Sheet

Filters

Label GH

Number 1 to 15




Customer: Matimba U3 Customer: Matimba U3 % Moisture in Dust from Lab Result = % 0.00000

Plant: Matimba U3 Plant: Matimba U3

Unit: 3 Unit: 3 Correction from Reference Masses (%) = K1 -0.00057




Pressure (kPa): 81.6 Pressure (kPa): 82.1 Mass ofDust in Rinse (g) = RM From Rinse Sheet



Average Average


99.9978 99.9978 99.9978 99.9978 99.9972 99.9972 99.9972 99.9972

49.99915 49.99915 49.99915 49.99915 49.99889 49.99890 49.99891 49.99890


Average K1 Average


REF 1 E1 2.71436 2.71435 2.71435 2.71435 2.71434 2.70911 2.70934 2.70942 2.70929

REF 2 E1 2.59907 2.59908 2.59908 2.59908 2.59906 2.59635 2.59640 2.59635 2.59637

REF 3 E1 2.61554 2.61555 2.61555 2.61555 2.61553 2.61261 2.61271 2.61278 2.61270


Preliminary *Final




GH 1 2.58995 2.58996 2.58995 2.5900 2.5899 2.5865 2.5906 2.61159 2.61169 2.61171 2.6117 0.0211 0.0211 0.0000 0.02108 Matimba Unit 3 Test 1















GE 3 2.60907 2.60905 2.60571 2.60982 2.60982 0.0000 0.0000 0.0000 0.0000 Blank

2.60571 2.60982

0.00411


50g


Masses


Masses


Masses

100g


Filter Mass Sheet

Filters

Label GL

Number 1 to 15

Reference Filters: A

Filter Type & Size: 30x100


Customer: MTB and MDP Customer: MTB and MDP % Moisture in Dust from Lab Result = % 0.00000

Plant: Stack Plant: Stack

Unit: U1/Aux B1and2 Unit: U1/Aux B1and2 Correction from Reference Masses (%) = K1 -0.00017

Date: 2016/10/25 Date: 2016/11/16 Correction for Moisture in Filters (%) = K2 0.00742



Pressure (kPa): 82 Pressure (kPa): 82 Mass ofDust in Rinse (g) = RM From Rinse Sheet


Weighed By: SSD Weighed By: SSD

Average Average


99.9973 99.9973 99.9973 99.9973 99.9970 99.9970 99.9970 99.9970

49.99890 49.99894 49.99895 49.99893 49.99896 49.99898 49.99898 49.99897


Average K1 Average


REF 1 A 2.87605 2.87606 2.87609 2.87607 2.87606 2.87727 2.87736 2.87741 2.87735

REF 2 A 2.84575 2.84584 2.84581 2.84580 2.84580 2.84563 2.84570 2.84568 2.84567

REF 3 A 2.85205 2.85214 2.85216 2.85212 2.85211 2.85146 2.85157 2.85169 2.85157


Preliminary *Final




GL 1 2.67177 2.67187 2.67195 2.6719 2.6719 2.6721 2.6763 2.68118 2.68137 2.68146 2.6813 0.0051 0.0051 0.0000 0.00507 Matimba Unit 2 Test 10



GE 3 2.60907 2.60905 2.60571 2.60982 2.60982 0.0000 0.0000 0.0000 0.0000 Blank

7.81713 7.82946

0.01233


50g


Masses


Masses


Masses

100g


Filter Mass Sheet

Filters

Label GG

Number 1 to 15













Average Average


99.9975 99.9975 99.9976 99.9975 99.9972 99.9972 99.9972 99.9972

49.99894 49.99894 49.99895 49.99894 49.99886 49.99889 49.99892 49.99889


Average K1 Average


REF 1 E1 2.71372 2.71372 2.71370 2.71371 2.71371 2.71066 2.71082 2.71082 2.71077

REF 2 E1 2.59970 2.59969 2.59969 2.59969 2.59969 2.59766 2.59764 2.59763 2.59764

REF 3 E1 2.61556 2.61555 2.61555 2.61555 2.61555 2.61285 2.61292 2.61305 2.61294


Preliminary *Final




GG 1 2.62815 2.62816 2.62817 2.6282 2.6282 2.6256 2.6298 2.64986 2.65008 2.65022 2.6501 0.0203 0.0203 0.0000 0.02027 Matimba Unit 4 T1

GG 2 2.59564 2.59566 2.59565 2.5957 2.5956 2.5932 2.5973 2.60832 2.60852 2.60869 2.6085 0.0113 0.0113 0.0000 0.01125 Matimba Unit 4 T2

GG 3 2.59336 2.59338 2.59335 2.5934 2.5934 2.5909 2.5950 2.60613 2.60612 2.60599 2.6061 0.0111 0.0111 0.0000 0.01111 Matimba Unit 4 T3

GG 4 2.62913 2.62915 2.62916 2.6291 2.6291 2.6266 2.6308 2.64134 2.64127 2.64114 2.6413 0.0105 0.0105 0.0000 0.01048 Matimba Unit 4 T4

GG 5 2.60280 2.60281 2.60281 2.6028 2.6028 2.6003 2.6044 2.61457 2.61465 2.61468 2.6146 0.0102 0.0102 0.0000 0.01022 Matimba Unit 4 T5

GG 6 2.61755 2.61754 2.61755 2.6175 2.6175 2.6150 2.6192 2.62950 2.62950 2.62941 2.6295 0.0103 0.0103 0.0000 0.01030 Matimba Unit 4 T6

GG 7 2.65759 2.65757 2.65757 2.6576 2.6576 2.6550 2.6592 2.66801 2.66802 2.66803 2.6680 0.0088 0.0088 0.0000 0.00880 Matimba Unit 4 T7

GG 8 2.58293 2.58294 2.58294 2.5829 2.5829 2.5805 2.5845 2.59268 2.59281 2.59289 2.5928 0.0083 0.0083 0.0000 0.00826 Matimba Unit 4 T8

GG 9 2.67698 2.67699 2.67702 2.6770 2.6770 2.6744 2.6787 2.68602 2.68614 2.68627 2.6861 0.0075 0.0075 0.0000 0.00749 Matimba Unit 4 T9

GG 10 2.65101 2.65105 2.65105 2.6510 2.6510 2.6485 2.6527 2.65836 2.65855 2.65868 2.6585 0.0059 0.0059 0.0000 0.00585 Matimba Unit 4 T10

GG 11 2.59713 2.59715 2.59716 2.5971 2.5971 2.5947 2.5988 2.60365 2.60384 2.60388 2.6038 0.0050 0.0050 0.0000 0.00504 Matimba Unit 4 T11

GG 12 2.62091 2.62091 2.62090 2.6209 2.6209 2.6184 2.6225 2.62753 2.62753 2.62749 2.6275 0.0050 0.0050 0.0000 0.00499 Matimba Unit 4 T12

GE 3 2.60907 2.60905 2.60571 2.60982 2.60982 0.0000 0.0000 0.0000 0.0000 Blank

2.60571 2.60982

0.00411



Masses

100g

50g


Masses


Masses


Filter Mass Sheet

Filters

Label GF

Number 1 to 15

Reference Filters: C1








End time: 15h41 End time: 10H20 Correction for Moisture in Dust (%) = K4 0.00000




Average Average


99.9973 99.9973 99.9973 99.9973 99.9973 99.9972 99.9972 99.9972

49.99880 49.99880 49.99880 49.99880 49.99885 49.99886 49.99884 49.99885


Average K1 Average


REF 1 C1 2.84917 2.84918 2.84917 2.84917 2.84917 2.84644 2.84654 2.84662 2.84653

REF 2 C1 2.86125 2.86126 2.86128 2.86126 2.86126 2.85832 2.85841 2.85850 2.85841

REF 3 C1 2.90795 2.90794 2.90794 2.90794 2.90794 2.90347 2.90358 2.90364 2.90356


Preliminary *Final




GF 4 2.58732 2.58733 2.58733 2.5873 2.5873 2.5844 2.5884 2.60420 2.60420 2.60420 2.6042 0.0158 0.0158 0.0000 0.01576 Matimba U5 T4

GF 5 2.57937 2.57936 2.57937 2.5794 2.5794 2.5764 2.5805 2.59250 2.59250 2.59250 2.5925 0.0120 0.0120 0.0000 0.01202 Matimba U5 T5

GF 6 2.60082 2.60082 2.60081 2.6008 2.6008 2.5978 2.6019 2.61540 2.61550 2.61560 2.6155 0.0136 0.0136 0.0000 0.01356 Matimba U5 T6

GF 7 2.64676 2.64675 2.64676 2.6468 2.6468 2.6437 2.6479 2.66530 2.66530 2.66540 2.6653 0.0174 0.0174 0.0000 0.01744 Matimba U5 T7

GF 8 2.60702 2.60700 2.60698 2.6070 2.6070 2.6040 2.6081 2.62710 2.62720 2.62730 2.6272 0.0191 0.0191 0.0000 0.01908 Matimba U5 T8

GF 9 2.58476 2.58475 2.58476 2.5848 2.5848 2.5818 2.5859 2.60690 2.60680 2.60680 2.6068 0.0210 0.0210 0.0000 0.02097 Matimba U5 T9

GF 10 2.64191 2.64193 2.64192 2.6419 2.6419 2.6389 2.6431 2.65820 2.65820 2.65810 2.6582 0.0151 0.0151 0.0000 0.01511 Matimba U5 T10

GF 11 2.58508 2.58509 2.58508 2.5851 2.5851 2.5821 2.5862 2.59940 2.59950 2.59950 2.5995 0.0133 0.0133 0.0000 0.01327 Matimba U5 T11

GF 12 2.59083 2.59083 2.59085 2.5908 2.5908 2.5879 2.5920 2.60080 2.60080 2.60090 2.6008 0.0089 0.0089 0.0000 0.00888 Matimba U5 T12

GF 13 2.68720 2.68721 2.68721 2.6872 2.6872 2.6841 2.6884 2.70200 2.70200 2.70190 2.7020 0.0136 0.0136 0.0000 0.01360 Matimba U5 T13

GF 14 2.60303 2.60304 2.60305 2.6030 2.6030 2.6001 2.6042 2.61630 2.61630 2.61620 2.6163 0.0121 0.0121 0.0000 0.01211 Matimba U5 T14

GF 15 2.65573 2.65572 2.65570 2.6557 2.6557 2.6527 2.6569 2.66800 2.66800 2.66790 2.6680 0.0111 0.0111 0.0000 0.0111 Matimba U5 T15

GE 3 2.60907 2.60905 2.60571 2.60982 2.60982 0.0000 0.0000 0.0000 0.0000 Blank

2.60571 2.60982

0.00411



Masses

100g

50g


Masses


Masses


Filter Mass Sheet

Filters

Label GE

Number 1 to 15

Reference Filters: C




Plant: Matimba U4,5,6 Plant: Matimba U4,5,6







Weighed By: SS Diutlwileng Weighed By: SS Diutlwileng

Average Average


99.9977 99.9977 99.9977 99.9977 99.9971 99.9971 99.9971 99.9971

49.99908 49.99908 49.99909 49.99908 49.99858 49.99874 49.99873 49.99868


Average K1 Average


REF 1 C 2.84927 2.84920 2.84920 2.84922 2.84920 2.84516 2.84539 2.84562 2.84539

REF 2 C 2.86164 2.86179 2.86174 2.86172 2.86170 2.85809 2.85820 2.85840 2.85823

REF 3 C 2.90773 2.90761 2.90758 2.90764 2.90762 2.90368 2.90381 2.90394 2.90381


Preliminary *Final




GE 3 2.60902 2.60908 2.60891 2.6090 2.6090 2.6056 2.6068 2.60688 2.60682 2.60672 2.6068 0.0000 0.0000 0.0000 0.00000 Blank

GE 10 2.63280 2.63281 2.63282 2.6328 2.6328 2.6294 2.6306 2.63510 2.63530 2.63590 2.6354 0.0048 0.0048 0.0000 0.00484 Matimba U6 T1

GE 11 2.58493 2.58484 2.58480 2.5849 2.5848 2.5815 2.5827 2.58770 2.58790 2.58800 2.5879 0.0052 0.0052 0.0000 0.00519 Matimba U6 T2

GE 12 2.65170 2.65168 2.65170 2.6517 2.6517 2.6483 2.6495 2.65640 2.65640 2.65650 2.6564 0.0070 0.0070 0.0000 0.00697 Matimba U6 T3

GE 13 2.65917 2.65925 2.65931 2.6592 2.6592 2.6558 2.6570 2.66210 2.66220 2.66210 2.6621 0.0051 0.0051 0.0000 0.00513 Matimba U6 T4

GE 14 2.64183 2.64169 2.64161 2.6417 2.6417 2.6383 2.6395 2.64480 2.64480 2.64480 2.6448 0.0053 0.0053 0.0000 0.00531 Matimba U6 T5

GE 15 2.61528 2.61512 2.61505 2.6152 2.6151 2.6118 2.6129 2.61790 2.61810 2.61810 2.6180 0.0051 0.0051 0.0000 0.0051 Matimba U6 T6

GE 3 2.60900 2.60899 2.60564 2.60681 2.60681 0.0000 0.0000 0.0000 0.0000 Blank

2.60564 2.60681

0.00116



Masses

100g

50g


Masses


Masses


Filter Mass Sheet

Filters

Label GC

Number 1 to 15

Reference Filters: A




Plant: Matimba U 6 Plant: Matimba U 6

Unit: 3 Unit: 3 Correction from Reference Masses (%) = K1 0.00100






Weighed By: SS Diutlwileng Weighed By: SSD

Average Average


99.9974 99.9974 99.9974 99.9974 99.9980 99.9980 99.9981 99.9980

49.99889 49.99896 49.99696 49.99827 49.99914 49.99912 49.99914 49.99913


Average K1 Average


REF 1 A 2.87798 2.87800 2.87808 2.87802 2.87805 2.87454 2.87461 2.87478 2.87464

REF 2 A 2.84642 2.84656 2.84662 2.84653 2.84656 2.84450 2.84452 2.84457 2.84453

REF 3 A 2.85243 2.85252 2.85244 2.85246 2.85249 2.85073 2.85088 2.85099 2.85087


Preliminary *Final




GC 13 2.63379 2.63379 2.63360 2.6337 2.6338 2.6316 2.6357 2.64564 2.64592 2.64592 2.6458 0.0101 0.0101 0.0000 0.01012 Matimba U 6 T7

GE 3 2.60907 2.60905 2.60571 2.60982 2.60982 0.0000 0.0000 0.0000 0.0000 Blank

2.60571 2.60982

0.00411


50g


Masses


Masses


Masses

100g


Filter Mass Sheet

Filters

Label GD

Number 1 to 15






Unit: No. 1 Unit: No. 1 Correction from Reference Masses (%) = K1 -0.00048


Start Time: 18h14 Start Time: 0 Correction from Blank Filter Mass(%) = K3 0.15773

End time: 18h32 End time: 0 Correction for Moisture in Dust (%) = K4 0.00000



Weighed By: SS Diutlwileng Weighed By: WJ Bronkhorst

Average Average


99.9976 99.9974 99.9974 99.9975 99.9970 99.9970 99.9970 99.9970

49.99889 49.99886 49.99881 49.99885 49.99860 49.99860 49.99860 49.99860


Average K1 Average


REF 1 C 2.84908 2.84899 2.84905 2.84904 2.84903 2.84770 2.84770 2.84770 2.84770

REF 2 C 2.86145 2.86139 2.86149 2.86144 2.86143 2.85950 2.85950 2.85950 2.85950

REF 3 C 2.90776 2.90772 2.90757 2.90768 2.90767 2.90690 2.90690 2.90690 2.90690


Preliminary *Final




GD 14 2.60715 2.60717 2.60718 2.6072 2.6072 2.6059 2.6101 2.61397 2.61399 2.61400 2.6140 0.0039 0.0039 0.0000 0.00393 Matimba Unit 6 T8

GD 15 2.66139 2.66134 2.66127 2.6613 2.6613 2.6601 2.6643 2.66632 2.66627 2.66620 2.6663 0.0020 0.0020 0.0000 0.0020 Matimba Unit 6 T9

GE 3 2.60907 2.60905 2.60571 2.60982 2.60982 0.0000 0.0000 0.0000 0.0000 Blank

2.60571 2.60982

0.00411



Masses

100g

50g


Masses


Masses


Filter Mass Sheet

Filters

Label GF

Number 1 to 15

Reference Filters: C1




Plant: Matimba U 6 Plant: Matimba U 6




End time: 15h41 End time: 15H50 Correction for Moisture in Dust (%) = K4 0.00000




Average Average


99.9973 99.9973 99.9973 99.9973 99.9973 99.9973 99.9973 99.9973

49.99880 49.99880 49.99880 49.99880 49.99890 49.99889 49.99889 49.99889


Average K1 Average


REF 1 C1 2.84917 2.84918 2.84917 2.84917 2.84918 2.84563 2.84569 2.84578 2.84570

REF 2 C1 2.86125 2.86126 2.86128 2.86126 2.86127 2.85792 2.85806 2.85821 2.85806

REF 3 C1 2.90795 2.90794 2.90794 2.90794 2.90795 2.93051 2.93061 2.93073 2.93062


Preliminary *Final




GF 1 2.65020 2.65019 2.65020 2.6502 2.6502 2.6551 2.6563 2.65703 2.65713 2.65722 2.6571 0.0008 0.0008 0.0000 0.00083 Matimba U6 T10

GF 2 2.65038 2.65039 2.65041 2.6504 2.6504 2.6553 2.6565 2.65797 2.65801 2.65808 2.6580 0.0015 0.0015 0.0000 0.00152 Matimba U6 T11

GF 3 2.60289 2.60291 2.60293 2.6029 2.6029 2.6077 2.6089 2.61703 2.61730 2.61752 2.6173 0.0084 0.0084 0.0000 0.00838 Matimba U6 T12

GE 3 2.60900 2.60899 2.60564 2.60681 2.60681 0.0000 0.0000 0.0000 0.0000 Blank

2.60564 2.60681

0.00116


50g


Masses


Masses


Masses

100g


Filter Mass Sheet

Filters

Label AV

Number 1 to 15

Reference Filters: B

Filter Type & Size: 335x262x203


Customer: Matimba Customer: Matimba % Moisture in Dust from Lab Result = % 0.00000




Start Time: 15H47 Start Time: 11H38 Correction from Blank Filter Mass(%) = K3 -0.00275


Pressure (kPa): 82 Pressure (kPa): 82.2 Mass ofDust in Rinse (g) = RM From Rinse Sheet



Average Average


99.9972 99.9971 99.9971 99.9971 99.9971 99.9971 99.9971 99.9971

49.99873 49.99875 49.99877 49.99875 49.99880 49.99883 49.99885 49.99883


Average K1 Average


REF 1 B 64.26910 64.26910 64.26910 64.26910 64.26912 64.26840 64.26830 64.26830 64.26833

REF 2 B 59.90490 59.90490 59.90500 59.90493 59.90495 59.90500 59.90490 59.90480 59.90490

REF 3 B 59.79460 59.79470 59.79470 59.79467 59.79468 59.79410 59.79410 59.71420 59.76747


Preliminary *Final




AV 14 59.72980 59.72980 59.72980 59.7298 59.7298 59.7207 59.7191 59.73730 59.73700 59.73690 59.7371 0.0180 0.0180 0.0000 0.01802 Matimba Unit 1 Test 1

AQ 1 64.13123 64.13113 64.13600 64.13423 64.13423 0.0000 0.0000 0.0000 0.0000 Blank

192.40799 192.40270

-0.00529

Correction from Blank Filter Mass(%) = -0.00275

50g


Masses


Masses


Masses

100g


Filter Mass Sheet

Filters

Label AQ

Number 1 to 15













Average Average


99.9970 99.9973 99.9974 99.9972 99.9969 99.9970 99.9970 99.9970

49.99897 49.99896 49.99898 49.99897 49.99886 49.99886 49.99887 49.99886


Average K1 Average


REF 1 C 59.83170 59.83160 59.83150 59.83160 59.83145 59.83130 59.83140 59.83150 59.83140

REF 2 C 60.04490 60.00490 60.04500 60.03160 60.03145 60.04490 60.04490 60.04490 60.04490

REF 3 C 59.81340 59.81330 59.81330 59.81333 59.81318 59.81370 59.81360 59.81350 59.81360


Preliminary *Final




AQ 8 59.74620 59.74620 59.74610 59.7462 59.7460 59.7508 59.7491 59.75440 59.75460 59.75450 59.7545 0.0054 0.0054 0.0000 0.00538 Matimba Unit 1 Test 2








AQ 1 64.13123 64.13113 64.13600 64.13423 64.13423 0.0000 0.0000 0.0000 0.0000 Blank

192.40799 192.40270

-0.00529



Masses

100g

50g


Masses


Masses


Filter Mass Sheet

Filters

Label AW

Number 1 to 15

Reference Filters: R



Customer: MTB/MDP Customer: MTB/MDP % Moisture in Dust from Lab Result = % 0.00000


Unit: 2/Auxboiler 123 Unit: 2/Auxboiler 123 Correction from Reference Masses (%) = K1 0.00000







Average Average


99.9971 99.9971 99.9970 99.9971 99.9969 99.9971 99.9972 99.9971

49.99875 49.99878 49.99880 49.99878 49.99877 49.99878 49.99878 49.99878


Average K1 Average


REF 1 R 59.98930 59.98920 59.98910 59.98920 59.98920 59.99010 59.99010 59.99020 59.99013

REF 2 R 59.75080 59.75080 59.75080 59.75080 59.75080 59.75190 59.75190 59.75180 59.75187

REF 3 R 59.78370 59.78360 59.78350 59.78360 59.78360 59.78530 59.78510 59.78500 59.78513


Preliminary *Final




AW 1 64.31200 64.31200 64.31200 64.3120 64.3120 64.3133 64.3115 64.31650 64.31630 64.31610 64.3163 0.0048 0.0048 0.0000 0.00480 Matimba Unit 1 Test 10






AQ 1 64.13123 64.13113 64.13600 64.13423 64.13423 0.0000 0.0000 0.0000 0.0000 Blank

192.40799 192.40270

-0.00529


50g


Masses


Masses


Masses

100g


Filter Mass Sheet

Filters

Label AU

Number 1 to 15

Reference Filters: B









Pressure (kPa): 82 Pressure (kPa): 82 Mass ofDust in Rinse (g) = RM From Rinse Sheet



Average Average


99.9970 99.9970 99.9970 99.9970 99.9969 99.9970 99.9970 99.9970

49.99874 49.99877 49.99879 49.99877 49.99885 49.99885 49.99884 49.99885


Average K1 Average


REF 1 B 64.26880 64.26880 64.26870 64.26877 64.26879 64.26960 64.26970 64.26980 64.26970

REF 2 B 59.90510 59.90490 59.90490 59.90497 59.90499 59.90560 59.90560 59.90560 59.90560

REF 3 B 59.79470 59.79460 59.79450 59.79460 59.79462 59.79550 59.79540 59.79540 59.79543


Preliminary *Final




AU 1 64.27860 64.27870 64.27870 64.2787 64.2787 64.2795 64.2777 64.29720 64.29730 64.29730 64.2973 0.0195 0.0195 0.0000 0.01955 Matimba Unit 2 Test 1









AQ 1 64.13123 64.13113 64.13600 64.13423 64.13423 0.0000 0.0000 0.0000 0.0000 Blank

192.40799 192.40270

-0.00529


50g


Masses


Masses


Masses

100g


Filter Mass Sheet

Filters

Label AT

Number 1 to 15













Average Average


99.9973 99.9973 99.9973 99.9973 99.9970 99.9972 99.9972 99.9971

49.99892 49.99891 49.99890 49.99891 49.99885 49.99885 49.99886 49.99885


Average K1 Average


REF 1 R 59.98980 59.98990 59.98990 59.98987 59.98978 59.99980 59.99980 59.99980 59.99980

REF 2 R 59.75130 59.75140 59.75140 59.75137 59.75128 59.75150 59.75150 59.75150 59.75150

REF 3 R 59.78460 59.78450 59.78450 59.78453 59.78444 59.78460 59.78430 59.78430 59.78440


Preliminary *Final




AT 1 59.82490 59.82500 59.82500 59.8250 59.8249 59.8284 59.8249 59.85490 59.85480 59.85480 59.8548 0.0300 0.0300 0.0000 0.02996 Matimba Unit 3 Test 1











AT 15 64.30720 64.30710 64.31085 64.30710 64.30710 0.0000 0.0000 0.0000 0.0000 Blank

192.93256 192.92130

-0.01126


50g


Masses


Masses


Masses

100g


Filter Mass Sheet

Filters

Label AS

Number 1 to 15













Average Average


99.9973 99.9973 99.9973 99.9973 99.9968 99.9968 99.9968 99.9968

49.99899 49.99901 49.99901 49.99900 49.99853 49.99856 49.99859 49.99856


Average K1 Average


REF 1 C 59.83170 59.83160 59.83160 59.83163 59.83126 59.83160 59.83140 59.83140 59.83147

REF 2 C 60.04480 60.04480 60.04480 60.04480 60.04442 60.04450 60.04460 60.04460 60.04457

REF 3 C 59.81360 59.81350 59.81340 59.81350 59.81312 59.81350 59.81360 59.81360 59.81357


Preliminary *Final




AS 1 64.28140 64.28140 64.28140 64.2814 64.2810 64.2817 64.2817 64.28714 64.28710 64.28710 64.2871 0.0054 0.0054 0.0000 0.00539 Matimba Unit 4 T4

AS 2 64.15890 64.15900 64.15900 64.1590 64.1586 64.1593 64.1593 64.17305 64.17330 64.17320 64.1732 0.0139 0.0139 0.0000 0.01389 Matimba Unit 4 T5

AS 3 59.89220 59.89200 59.89190 59.8920 59.8917 59.8923 59.8923 59.90701 59.90700 59.90700 59.9070 0.0147 0.0147 0.0000 0.01466 Matimba Unit 4 T6

AS 4 64.15240 64.15240 64.15240 64.1524 64.1520 64.1527 64.1527 64.16867 64.16890 64.16880 64.1688 0.0161 0.0161 0.0000 0.01606 Matimba Unit 4 T7

AS 5 59.80580 59.80570 59.80560 59.8057 59.8053 59.8060 59.8060 59.81823 59.81830 59.81830 59.8183 0.0123 0.0123 0.0000 0.01227 Matimba Unit 4 T8

AS 6 64.31290 64.31290 64.31300 64.3129 64.3125 64.3132 64.3133 64.32856 64.32880 64.32910 64.3288 0.0156 0.0156 0.0000 0.01556 Matimba Unit 4 T9

AS 7 64.06930 64.06930 64.06920 64.0693 64.0689 64.0696 64.0696 64.07971 64.07980 64.07960 64.0797 0.0101 0.0101 0.0000 0.01011 Matimba Unit 4 T10

AS 8 59.96800 59.96810 59.96810 59.9681 59.9677 59.9683 59.9684 59.97893 59.97900 59.97890 59.9789 0.0106 0.0106 0.0000 0.01057 Matimba Unit 4 T11

AS 9 64.26860 64.26850 64.26850 64.2685 64.2681 64.2688 64.2689 64.27671 64.27680 64.27670 64.2767 0.0079 0.0079 0.0000 0.00787 Matimba Unit 4 T12

AS 10 59.77440 59.77450 59.77450 59.7745 59.7741 59.7747 59.7748 59.78049 59.78060 59.78050 59.7805 0.0058 0.0058 0.0000 0.00576 Matimba Unit 4 T13

AS 11 59.80360 59.80340 59.80340 59.8035 59.8031 59.8037 59.8038 59.80855 59.80870 59.80850 59.8086 0.0048 0.0048 0.0000 0.00481 Matimba Unit 4 T14

AS 12 64.05400 64.05400 64.05400 64.0540 64.0536 64.0543 64.0543 64.05957 64.05960 64.05960 64.0596 0.0053 0.0053 0.0000 0.00526 Matimba Unit 4 T15

AR 15 59.85500 59.85495 59.85603 59.85607 59.85607 0.0000 0.0000 0.0000 0.0000 Blank

179.56808 179.56820

0.00012



Masses

100g

50g


Masses


Masses


Filter Mass Sheet

Filters

Label AR

Number 1 to 15













Average Average


99.9972 99.9973 99.9973 99.9973 99.9970 99.9972 99.9972 99.9971

49.99884 49.99882 49.99883 49.99883 49.99884 49.99884 49.99885 49.99884


Average K1 Average


REF 1 C 59.82970 59.82970 59.82960 59.82967 59.82962 59.83100 59.83090 59.83090 59.83093

REF 2 C 60.04360 60.04340 60.04330 60.04343 60.04339 60.04400 60.04400 60.04410 60.04403

REF 3 C 59.81190 59.81190 59.81180 59.81187 59.81182 59.81290 59.81290 59.81300 59.81293


Preliminary *Final




AR 1 64.08420 64.08420 64.08420 64.0842 64.0841 64.0853 64.0853 64.08930 64.08950 64.08950 64.0894 0.0041 0.0041 0.0000 0.0041 Matimba Unit 5 T4

AR 2 64.10320 64.10310 64.10320 64.1032 64.1031 64.1043 64.1043 64.10710 64.10720 64.10720 64.1072 0.0029 0.0029 0.0000 0.0029 Matimba Unit 5 T5

AR 3 64.05440 64.05410 64.05400 64.0542 64.0541 64.0553 64.0553 64.05830 64.05820 64.05810 64.0582 0.0029 0.0029 0.0000 0.0029 Matimba Unit 5 T6

AR 4 59.89950 59.89950 59.89940 59.8995 59.8994 59.9005 59.9005 59.90320 59.90300 59.90300 59.9031 0.0025 0.0025 0.0000 0.0025 Matimba Unit 5 T7

AR 5 59.79310 59.79290 59.79280 59.7929 59.7929 59.7940 59.7940 59.79810 59.79810 59.79810 59.7981 0.0041 0.0041 0.0000 0.0041 Matimba Unit 5 T8

AR 6 64.09580 64.09560 64.09550 64.0956 64.0956 64.0967 64.0968 64.09820 64.09820 64.09820 64.0982 0.0014 0.0014 0.0000 0.0014 Matimba Unit 5 T9

AR 7 63.96300 63.96310 63.96310 63.9631 63.9630 63.9642 63.9642 63.96800 63.96810 63.96800 63.9680 0.0038 0.0038 0.0000 0.0038 Matimba Unit 5 T10

AR 8 59.85740 59.85760 59.85760 59.8575 59.8575 59.8586 59.8586 59.86090 59.86080 59.86080 59.8608 0.0022 0.0022 0.0000 0.0022 Matimba Unit 5 T11

AR 9 59.85860 59.85850 59.85850 59.8585 59.8585 59.8596 59.8596 59.86510 59.86510 59.86520 59.8651 0.0055 0.0055 0.0000 0.0055 Matimba Unit 5 T12

AR 10 64.21390 64.21380 64.21370 64.2138 64.2137 64.2149 64.2149 64.21790 64.21780 64.21770 64.2178 0.0029 0.0029 0.0000 0.0029 Matimba Unit 5 T13

AR 11 63.95390 63.95390 63.95390 63.9539 63.9538 63.9550 63.9550 63.95970 63.95970 63.95960 63.9597 0.0046 0.0046 0.0000 0.0046 Matimba Unit 5 T14

AR 12 64.15530 64.15510 64.15510 64.1552 64.1551 64.1563 64.1563 64.15910 64.15880 64.15890 64.1589 0.0026 0.0026 0.0000 0.0026 Matimba Unit 5 T15

AR 15 59.85500 59.85495211 59.85602501 59.85606667 59.85606667 0.0000 0.0000 0.0000 0.0000 Blank

179.56808 179.56820

0.00012


50g


Masses


Masses


Masses

100g


Filter Mass Sheet

Filters

Label AP

Number 1 to 15


Filter Type & Size: 335x262x203mm




Unit: 4,5,6 Unit: 4,5,6 Correction from Reference Masses (%) = K1 0.00031







Average Average


99.9969 99.9969 99.9969 99.9969 99.9971 99.9972 99.9972 99.9972

49.99864 49.99865 49.99867 49.99865 49.99884 49.99886 49.99887 49.99886


Average K1 Average


REF 1 R 59.98970 59.98970 59.98980 59.98973 59.98992 59.98960 59.98950 59.98960 59.98957

REF 2 R 59.75120 59.75110 59.75120 59.75117 59.75135 59.75180 59.75180 59.75170 59.75177

REF 3 R 59.78450 59.78470 59.78460 59.78460 59.78479 59.78460 59.78460 59.78460 59.78460


Preliminary *Final




AP 7 64.20570 64.20560 64.20560 64.2056 64.2058 64.2056 64.2091 64.21040 64.21020 64.21030 64.2103 0.0012 0.0012 0.0000 0.00120 Matimba U6 T1

AP 8 59.74670 59.74680 59.74680 59.7468 59.7470 59.7467 59.7500 59.75130 59.75130 59.75130 59.7513 0.0013 0.0013 0.0000 0.00131 Matimba U6 T2

AP 9 59.86100 59.86110 59.86110 59.8611 59.8613 59.8610 59.8643 59.86610 59.86590 59.86600 59.8660 0.0017 0.0017 0.0000 0.00170 Matimba U6 T3

AP 10 64.36900 64.36930 64.36930 64.3692 64.3694 64.3692 64.3727 64.37500 64.37590 64.37580 64.3756 0.0029 0.0029 0.0000 0.00289 Matimba U6 T4

AP 11 64.31150 64.31140 64.31130 64.3114 64.3116 64.3114 64.3149 64.31760 64.31770 64.31770 64.3177 0.0028 0.0028 0.0000 0.00279 Matimba U6 T5

AP 12 63.91660 63.91670 63.91680 63.9167 63.9169 63.9167 63.9202 63.92100 63.92100 63.92100 63.9210 0.0008 0.0008 0.0000 0.00085 Matimba U6 T6

AP 13 59.73750 59.73730 59.73720 59.7373 59.7375 59.7373 59.7406 59.74110 59.74140 59.74150 59.7413 0.0008 0.0008 0.0000 0.00077 Matimba U6 T7

AP 14 59.81130 59.81100 59.81100 59.8111 59.8113 59.8111 59.8143 59.81540 59.81550 59.81570 59.8155 0.0012 0.0012 0.0000 0.00120 Matimba U6 T8

AP 15 59.82190 59.82200 59.82190 59.8219 59.8221 59.8219 59.8252 59.82600 59.82600 59.82600 59.8260 0.0008 0.0008 0.0000 0.0008 Matimba U6 T9

AP 1 64.80770 64.80790 64.80765 64.81120 64.81120 0.0000 0.0000 0.0000 0.0000 Blank

194.42296 194.43360

0.01064


50g


Masses


Masses


Masses

100g


Filter Mass Sheet

Filters

Label GR-AN

Number 1 to 15


Filter Type & Size: 335x626x203mm











Average Average


99.9975 99.9977 99.9978 99.9977 99.9975 99.9975 99.9976 99.9975

49.99000 49.99040 49.99080 49.99040 49.99915 49.99912 49.99910 49.99912


Average K1 Average


REF 1 R 59.98990 59.98980 59.98990 59.98987 59.99330 59.99050 59.99050 59.99040 59.99047

REF 2 R 59.75170 59.75150 59.75130 59.75150 59.75492 59.75170 59.75180 59.75180 59.75177

REF 3 R 59.78440 59.78440 59.78430 59.78437 59.78779 59.78490 59.78490 59.78490 59.78490


Preliminary *Final




GR-AN 8 63.81550 63.81550 63.81570 63.8156 63.8192 63.8124 63.8159 63.81790 63.81790 63.81790 63.8179 0.0020 0.0020 0.0000 0.00200 Matimba U6 T10

GR-AN 9 59.88890 59.88890 59.88880 59.8889 59.8923 59.8859 59.8892 59.89110 59.89110 59.89110 59.8911 0.0019 0.0019 0.0000 0.00192 Matimba U6 T11

GR-AN 10 64.32890 64.32920 64.32910 64.3291 64.3328 64.3259 64.3294 64.33050 64.33060 64.33070 64.3306 0.0012 0.0012 0.0000 0.00120 Matimba U6 T12

AP 1 64.80770 64.80790 64.80765 64.81120 64.81120 0.0000 0.0000 0.0000 0.0000 Blank

194.42296 194.43360

0.01064


50g


Masses


Masses


Masses

100g


Appendix No. 9

Calibration Certificates


List of Instrumentation Calibration Certificates

Instrument Certificate No. Range Calibration Date Slope & Intercept Lab Accreditation

Pressure (1242) (B) 1608P6588-2 0 to 130 kpa 31st August 2016 1.0003 UM SANAS

(1242) (B) -0.3470 306/205

Pressure (AT) (VG) 1608P6588-3 -40 to 0 kPa 31st August 2016 1.0515 UM SANAS

(AT) (VG) 0.2948 306/205

Pressure (AT) (S) 1608P6588-1A 0 to 5 kpa 31st August 2016 1.0117 UM SANAS

(AT) (S) -0.0011 306/205

Pressure (AT) (O) SF 0.2 1608P6588-1B 0 to 0.47 kpa 31st August 2016 0.9650 UM SANAS

(AT) (O) SF 0.2 0.0016 306/205

Pressure (AT) (O) SF 1.0 1608P6588-1C 0 to 0.22 kpa 31st August 2016 0.9988 UM SANAS

(AT) (O) SF 1.0 -0.0001 306/205

Temperature (AT) (G) 1608T6588-5 0 to 300 °C 31st August 2016 1.0043 UM SANAS

(AT) (G) -0.7857 306/205

Temperature (AT) (O) 1608T6588-6 0 to 50 °C 31st August 2016 1.0413 UM SANAS

(AT) (Orifice Temp) 0.3554 306/205

Flow L58129 10 to 50 l/m 30th July 2016 1.0001 TS NIST

62577336 0.0000 L2347.01

Orifice calibration Box AT 20160901 10 to 50 l/m 1st September 2016 0.0072 SL NIST

Box AT 0.6372 Box AT 20160901



Pressure (61195) (B) 1509P5970-7 75 to 130 kpa 09 September 2015 1.0100 UM SANAS

(61195) (B) -0.7334 306/205

Pressure (CT) (VG) 1509P5970-1 -25 to 0 kPa 09 September 2015 1.0242 UM SANAS

(CT) (VG) -0.4178 306/205

Pressure (CT) (S) 1509P597-4 0 to 5 kpa 09 September 2015 1.0076 UM SANAS

(CT) (S) 0.0001 306/205

Pressure (CT )(V) SF 0.2 1509P5970-3 0 to 0.0.45 kpa 09 September 2015 0.9113 UM SANAS

(CT )(V) SF 0.2 -0.0002 306/205

Pressure (CT) (O) SF 0.2 1509P5970-2 0 to 0.45 kpa 09 September 2015 0.9135 UM SANAS

(CT) (O) SF 0.2 0.0017 306/205

TemperCTure (CT) (G) 1509T5970-6 0 to 300 °C 09 September 2015 0.9978 UM SANAS

(CT) (G) -0.3896 306/205

Temperature (CT) (O) 1509T5970-5 0 to 50 °C 09 September 2015 1.0290 UM SANAS

(CT) (Orifice Temp) 0.0461 306/205

Temperature (CT) (Amb) 1509T5970-5 0 to 50 °C 10 September 2015 1.0017 UM SANAS

(CT) (Amb) -0.2432 306/205

Flow Box CT 20151124 10 to 50 l/m 24th November 2015 1.0000 SL NIST

62577293 0.0000 Box ET 20151124 (14019633)

Orifice calibration Box CT 20151124 10 to 50 l/m 24th November 2015 -0.0242 SL NIST

Box CT 0.7351 Box AT 20151124



Pressure (1405) (B) 1608P6588-4 0 to 130 kpa 31st August 2016 1.0009 UM SANAS

(1405) (B) -0.6368 306/205

Pressure (DT) (VG) 1511P6093-10 -80 to 0 kPa 17th November 2015 0.9900 UM SANAS

(DT) (VG) -0.1600 306/205

Pressure (DT) (S) 1511P6093-8 0 to 5 kpa 13th November 2015 0.9992 UM SANAS

(DT) (S) 0.0074 306/205

Pressure (DT )(V) SF 0.2 1511P6093-7 0.001 12 November 2015 0.9897 UM SANAS

(DT )(V) SF 0.2 kPa 0.0009 306/205

Pressure (DT) (V) SF 0.1 1511P6093-7 0.001 12 November 2015 0.9897 UM SANAS

(DT) (V) SF 0.1 kPa 0.0009 306/205

Pressure (DT) (V) SF 1.0 1511P6093-7 0.001 12 November 2015 0.9897 UM SANAS

(DT) (V) SF 1.0 kPa 0.0009 306/205

Pressure (DT) (O) SF 0.2 1511P6093-9 0.001 17 November 2015 0.9926 UM SANAS

(DT) (O) SF 0.2 kPa -0.0011 306/205

Pressure (DT) (O) SF 1.0 1511P6093-9 0.001 17 November 2015 0.9926 UM SANAS

(DT) (O) SF 1.0 kPa -0.0011 306/205

Temperature (DT) (G) 1511P6093-11 0 to 350 °C 14th November 2015 0.9987 UM SANAS

(DT) (G) 0.5799 306/205

Temperature (DT) (O) 1511P6093-13 0 to 50 °C 14th November 2015 1.0279 UM SANAS

(DT) (Orifice Temp) -0.3032 306/205

Temperature (DT) (Amb) 1511T6093-14 °C 18th November 2015 1.0256 UM SANAS

(DT) (Amb) 22.8 0.0011 306/205

matimba power station units no. 1 to 6 automated emission ......10155. the data collated during the...

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