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P.T.CENTRALJAVAPOWERSUMITOMOCORPORATION
Project:
TANJUNGJATI'B'COALFIREDPOWERSTATION
UNITS3&42X660MW(NET) DocumentTitle:
SHOPINSPECTIONANDTESTPROCEDURE
FOR
CONTINUOUSEMISSIONMONITORINGSYSTEMDocumentNo.:
BuyersDocumentNo.:
SICKSDocumentNo.: 7131506.FAT.01
0 Jerry Yang Mi zhengqian
Version Prepared by Reviewed by Approved by Approved Date
Submittedby:
SICK MAIHAK(Beijing)Co.,Ltd
7131506.FAT.01
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Table of contents
1. Purpose
2. System configuration of FAT of CEMS
3. Certificates of Calibration Instruments
4. Calibration Certificate of Gas Analyzer and FlowSIC100
5. Reference Drawings
6. Test and Inspection items
7. Test and Inspection Procedures
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1. Purpose The project locates at Tanjung Jati, Central Java,Indonesia, SICKMAIHAI (Beijing) will supply 2 set of SMC-9021 system for SO2/NO2/CO/CO2 emission monitoring. This document describes the test and inspection contents and procedure of CEMS (Continuous Emission Monitoring System) for Tanjun-Jati B Coal-Fired Power Station Unit 3 & 4 2 x 660 MW. This test and inspection confirms that the customer requirement and the standard of our company are satisfied fundamentally. This procedure will be applied to FAT for CEMS
1.1 Test place Address:No. 160 Beijing Road, Wenquan Haidian District, Beijing, 100095 P.R.China Place: SICKMAIHAK (BEIJING) Co., Ltd.
1.2 Test Schedule
No Equipment Test Item Plan of Completion date 1 Hardware Equipments Hardware Inspection Apr. 1th 2th, 2010 2 Gas Analyzer Calibration Test Calibration Report Checking Apr. 1th 2th, 2010 3 CEMS Function Test Function Test Apr. 1th 2th, 2010
2 System configuration of FAT of CEMS
3 Certificates of Calibration Instruments Name Type/Serial No. Certificate No. Conclusion Comment Insulation Meter ZC25-4/092983 D210J-B0074 Grade 10.0 See Annex 1 Pressure Meter (0-0.16Mpa)/2528 09038971 Grade 2.5 See Annex 2 Oxygen Meter (0-25Mpa)/2007121097 10005356 Grade 2.5 See Annex 3 Universal Meter UT58E/3060247904 D110Z-A0101 See Annex 4
Unit3
CCR
Unit4
Local
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4. Calibration Certificate of Gas Analyzer and FlowSIC100 Name Type/Serial No. Measuring range Calibration Report Gas Analyzer S710/ SO2: 0-500-2000mg/m3
NO:0-1000mg/m3 CO:0-1000mg/m3 CO2:0-20%
See Annex 5
Gas Analyzer S710/ SO2: 0-500-2000mg/m3 NO:0-1000mg/m3 CO:0-1000mg/m3 CO2:0-20%
See Annex 6
Flow meter Flowsic100/10048555 See Annex 7 Flow meter Flowsic100/10048556 See Annex 8 5. Reference Drawings
DWGNO. TITLEISSUE
NO.
SUBMITTAL
DATE
7131506.00001 CEMSsystemconfigurationdrawing 3 20100112
7131506.00002 CEMSenclosurelayoutdrawing 3 20100112
7131506.00003 Samplingprobeflangeinstallationdrawing 3 20100112
7131506.00004 TemperatureprobeflangeInstallationdrawing 3 20100112
7131506.00005 Pressureprobeflangeinstallationdrawing 3 20100112
7131506.00006 Spareinstallationdrawing 3 20100112
7131506.00007 FlowAnalyzerInstallationdrawing 3 20100112
7131506.00008 CEMSMeasurepointlayoutdrawing 3 20100112
7131506.00009 CEMSsystemflowchart 3 20100112
7131506.00010 Unit4CEMSsystemflowchart(Notused) 1 20100122
7131506.00011 Powersupplyandairallotmentdiagram 3 20100112
7131506.00013 CEMSpowersupplysystemdrawing 3 20100112
7131506.00015 Unit3CEMSsignalterminalwiringdrawing 3 20100112
7131506.00016 Unit4CEMSsignalterminalwiringdrawing 3 20100112
7131506.00017 Oxygenprobeflangeinstallationdrawing 3 20100112
7131506.00018 Cableductwork 3 20100112
7131506.00019 Paneloutlinedimensiondrawing 2 20100112
7131506.00021 Controlpanellayoutdrawing 2 20100112
7131506.00023 Panelexternalconnectiondiagram 2 20100112
7131506.00024 Paneltubingandpipingdrawing 2 20100112
7131506.00025 Panelinternalarrangementdrawing 2 20100112
7131506.00028 FlowanalyzerControlunitLayoutdrawing 1 20100112
71315026.00029 OxygenanalyzerControlunitLayoutdrawing 1 20100112
6. Test and Inspection Items
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Item Category Inspection means 1 Hardware Inspection By witness 2 Documentation audit By certificate / report audit 3 Function Test inspection By Testing 7.Test and Inspection Procedures 7.1 Procedures
No. Equipment Component Witness Items
Reference document and/or acceptance standard
Witness Record
Inspection by
Sick Maihak
B &V SC/Fichtner
1. Hardware Inspection
1.1 S710 gas analyzer S710 3EVM-AX801 4EVM-AX801
Normal structure
checking,
appearance
checking
Document of
Method: By witness
Comply with: contract document and
technical specifications,
Conclusion: OK if no damage on
surface
1.3 FlowSICK100 3EVM-FX801 4EVM-FX801
Normal structure
checking,
appearance
checking
Document of
Method: By witness
Comply with: contract document and
technical specifications,
Conclusion: OK if no damage on
surface
1.4 ZR22G Oxygen analyzer 3EVM-AX802 3EVM-AX802
Normal structure
checking,
appearance
checking
Document of
Method: By witness
Comply with: contract document and
technical specifications,
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No. Equipment Component Witness Items
Reference document and/or acceptance standard
Witness Record
Inspection by
Sick Maihak
B &V SC/Fichtner
Conclusion: OK if no damage on
surface
1.5 Temp sensor 3EVM-TX801 4EVM-TX801
Normal structure
checking,
appearance
checking
Document of
Method: By witness
Comply with: contract document and
technical specifications,
Conclusion: OK if no damage on
surface
1.6 Pressure transmitter 3EVM-PX801 4EVM-PX801
Normal structure
checking,
appearance
checking
Document of
Method: By witness
Comply with: contract document and
technical specifications,
Conclusion: OK if no damage on
surface
1.7 AB PLC Normal structure
checking,
appearance
checking
Document of
Method: By witness
Comply with: contract document and
technical specifications,
Conclusion: OK if no damage on
surface
1.8 Sampling line Normal structure
checking,
appearance
checking
Document of
Method: By witness
Comply with: contract document and
technical specifications,
Conclusion: OK if no damage on
surface
2. Documentation audit
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No. Equipment Component Witness Items
Reference document and/or acceptance standard
Witness Record
Inspection by
Sick Maihak
B &V SC/Fichtner
2.1
S710 gas analyzer
1) Measuring range
check,
2) Linearization
checking;
3) Zero-point and
full-range
calibration;
4) Stability
checking;
S700 analyzer
calibration
manual
1)Comply with
contract and technical
specification
2)S700 analyzer
calibration report
2.2 FlowSICK 100 3EVM-FX801 4EVM-FX801
1)insulation
resistance testing
2) Length, angle,
cross-sectional area
setting
3)parameter setting
4)unit checking
5) analog signal
checking
1)Comply with
contract and technical
specification
2)Flowsic100 Testing
Report
2.3 AB PLC controller and IO module
TYPE approval
certificate
2.4 Condenser Mak10
Quality Certificate
2.5
Temperature transmitter 3EVM-TX801 4EVM-TX801
1)Quality Certificate
2) Logistic checking
record before
registering into ERP
system and put into
warehouse
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No. Equipment Component Witness Items
Reference document and/or acceptance standard
Witness Record
Inspection by
Sick Maihak
B &V SC/Fichtner
2.6
Pressure transmitter 3EVM-PX801 4EVM-PX801
1)Quality Certificate
2) Logistic checking
record before
registering into ERP
system and put into
warehouse
2.7 Cabinet 3EVM-PAN801 4EVM-PAN801
Production Record of
Cabinet assembly,
wiring and Function
Test.
2.8 Documents and Drawings
Documents and
Drawing reviewing
3. Function Test inspection
3.1 CEMS system
Pipeline leak testing
checking.
Function Test
Documents of
SMC-9021
CEMS system
Please refer 7.2.4
3.2 CEMS system
Function test
(auto/manu switching,
sampling, purging)
Function Test
Documents of
SMC-9021
CEMS system
Press relative buttons
on panel.
3.3 AB PLC
IO signal checking Function Test
Documents of
SMC-9021
CEMS system
Please refer 7.2.5
3.4 CEMS system
Testing with sample
gas (zero-point
checking, Full-range
checking).
Function Test
Documents of
SMC-9021
CEMS system
Please Refer 7.2.3
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7.2 Detailed Procedures
7.2.1 Linearity (this procedure was used during Gas analyzer calibration):
Calibration equipment: 1. Precise proportional pump 2. Span gas
Method: 1. Measuring 5 different point of span gas with different concentration (0%, 20%, 40%, 80%, 100%).
1. Calculating error for these 5 points [(Measuring value Span value)/max limit of Span gas]
Result: 1. Linearity will be marked OK if error of all 5 points are less than 2% (compared to max range limit)
2. Linearity will be marked Not OK if any error of 5 points is high than 2% (compared to max. range limit)
7.2.2 Stability (this procedure was used during Gas analyzer calibration): Calibration equipment: 1. Zero gas
2. Span gas
Method: 1. connecting Zero gas, waiting until the display reading become stable, writing down the display reading. 2. Connecting Span gas (concentration is between 90% - 105% of max range limit), waiting until the display reading becomes stable, writing down the display reading. 3. Repeating step 1) and 2) for 5 continuous days. 4. Calculating error for 5 days display readings.
Result: StabilitywillbemarkedOKifallcalculatederrors arelessthan1.5%(comparedtomax.rangelimit)
7.2.3 Calibration of Zero Point and Max limit point: Calibration equipment: 1. Zero gas
2. Span gas
Method: 1. Connecting Zero gas for Zero point calibration. 2. ConnectingSpangasforMax.limitpointcalibration
7.2.4 Gas leaking test Calibration equipment: 1. Compress air
2. Pressure meter
Method: 1. Connecting compress air(0.08Mpa) to inlet pipe. 2. Waiting10minutes.
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3. Monitoring outlet pressure of Drain pipe Result 1. OK if pressure decline is less than 0.005Mpa within
10 minutes
7.2.5 PLC IO checking:
Calibration equipment: 1. Universal meter, Type: UNI-T.
Method: 1. Setting target value (full range value) in PLC
2. Measuring output current by universal meter.
Result OK if output current error is less than 0.5%
jerry.yangAnnex 1
jerry.yangAnnex 2
jerry.yangAnnex 3
jerry.yangAnnex 4
jerry.yangAnnex 7
jerry.yangAnnex 8
IPT Precedure_7131506_v3.pdfCalibration Certificate_Insulation meter_2010.pdfCalibration Certificate_Pressure Meter_2010.pdfCalibration Certificate_Oxygen meter_2010.pdfCalibration Certificate_Universal meter_2010.pdfQM certificate_FlowSic100_unit 1_7131506.pdfQM certificate_FlowSic100_unit 2_7131506.pdf