ECMPS Cross Check Tables 2017Q1 - ECMPS Support · bbp : nox ; mbp : s02 ; mbp : nox ; mbp : co2 :...

Appendix A

Cross Check Tables

Table of Contents

Calibration Standard Code to Component Type 1

Certification Event Code to Test Type 1

Component Type and Basis to Sample Acquisition Method 1

Component Type and Span Scale to Span Method 3

Control to Unit Type Cross Check Table 4

Default Parameter to Purpose 5

Default Parameter to Source of Value 5

Default Parameter, Boiler Type, and Fuel Type to Default Value 7

Event Code to System or Component Type 7

Event Code to Test Type Codes 8

F-Factor Range Checks 9

Formula Code to F-Factor Parameter 10

Formula Parameter and Component Type and Basis to Formula Code 10

Formula to Required Method 17

Formula to Required Unit Fuel 17

Fuel Code to Minimum and Maximum Moisture Default Value 17

Fuel Flow to Load Baseline UOM to Load UOM and System Type 18

Fuel Type Reality Checks for Density 18

Fuel Type Reality Checks for FC Factor 18

Fuel Type Reality Checks for GCV 19

Fuel Type Reality Checks for Sulfur 19

Fuel Type Warning Levels for Density 19

Fuel Type Warning Levels for GCV 20

Fuel Type Warning Levels for Sulfur 20

Hourly Emissions Tolerances 20

MATS Supplemental Compliance Parameter to Method 21

Method Parameter Equivalent Crosscheck 22

Method Parameter to Maximum Default Parameter to Component Type 22

Method Parameter to Method to System Type 22

Method to Substitute Data Code 24

NOX MPC to Fuel Category and Unit Type 25

Oil Volume UOM to Density UOM to GCV UOM 27

Operating Condition to Category 27

Parameter to Category 27

Program Parameter to Location Type 29

Program Parameter to Method Code 30

Program Parameter to Method Parameter 30

Program Parameter to Severity 30

Protocol Gas Parameter to Type 30

Quarterly Emissions Tolerances 31

Required Test Code to Required ID and System or Component Type 31

System Type to Component Type 32

System Type to Formula Parameter 33

System Type to Fuel Group 34

System Type to Optional Component Type 35

T-Values 36

Table D-6 Missing Data Values 37

Test Tolerances 37

Test Type to Parameter 39

Test Type to Required Test Code 40

Calibration Standard Code to Component Type

CalibrationStandardCode ComponentTypeCode

SIA 02

E HG

0 HG

SBP S02

SBP NOX

SBP CO2

BBP S02

BBP NOX

MBP S02

MBP NOX

MBP CO2

SRM

PRM

NTRM

RGM

GMIS

ZAM 02

SBP 02

*Appropriate Component TJ,pe for Calibration Standard Code

Certification Event Code to Test Type

EventCode TestTypeCode

250 RATA

20

25

26

40

125

305 RATA

27

*Identifies which events allow a 90/180 deadline to complete the required test tJ,pe.

Component Type and Basis to Sample Acquisition Method

GenericComponentType BasisCode SampleAcquisitionMethodCode

FLOW DP

FLOW u

FLOW T

FLOW 0

February 13, 201 7 Page 1 of 44


GenericComponentType

FUELFLOW

FUELFLOW

FUELFLOW

FUELFLOW

FUELFLOW

FUELFLOW

FUELFLOW

FUELFLOW

FUELFLOW

FUELFLOW

FUELFLOW

TANK

TANK

CONC

CONC

CONC

CONC

CONC

CONC

CONC

CONC

CONC

OP

OP

OP

DAHS

PLC

DL

PRB

DP

CALR

FLC

TEMP

PRES

GCH

CONC

H20

H20

BasisCode

w

w

w

w

w

D

w

w

w

SampleAcquisitionMethodCode

COR

DP

NOZ

ORF

0

T

TUR

VEN

VTX

PDP

u

0

DIL

DIN

DOU

IS

ISC

EXT

WXT

ISP

0

0

IS

ISC

0

IS

ISC

D

March 8, 2017 Page 2 of 44


GenericComponentType BasisCode SampleAcquisitionMethodCode

H20 ISP

H20 EXT

H20 WXT

H20 T

H20 TUR

H20 0

STRAIN D ADSP

TRAP TRAP

GFM D TRAP

FUELFLOW VCON

CONC D DOD

MS

*Appropriate Sample Acquisition Method Codes for Component Type and Basis.


Component Type and Span Scale to Span Method

ComponentTypeCode

CO2

CO2

CO2

CO2

02

02

FLOW

FLOW

FLOW

NOX

NOX

NOX

NOX

NOX

NOX

NOX

NOX

NOX

NOX

S02

S02

S02

S02

S02

S02

S02

S02

HG

HG

HG

HCL

*Appropriate span method for component type and span scale.

SpanScaleCode

H

H

L

L

H

L

H

H

H

H

H

L

L

L

L

L

H

H

H

H

L

L

L

L

H

H

H

H

SpanMethodCode

HD

TB

HD

TB

F

TR

HD

TB

TR

OL

ME

HD

F

TR

HD

OL

PL

F

TR

HD

OL

F

OL

GS

HD

TB

TR

PS

OL

March 8, 2017 Page4 of 44

Control to Unit Type Cross Check Table

Control Code

LNBO

LNBO

H20

H20

H20

H20

H20

H20

H20

LNB

LNB

LNB

LNBO

LNB

LNBO

LNB

LNBO

LNCl

LNC2

LNC3

LNCB

LNCB

DLNB

DLNB

DLNB

DLNB

LNBO

LNBO

*Appropriate Unit TJ,pe for Control

UnitTypeCode

AF

DTF

cc

CT

OT

C

T

OB

IGC

DB

DTF

DVF

DVF

OB

OB

PRH

PRH

T

T

T

CB

DB

cc

CT

OT

IGC

DB

DFF


Default Parameter to Purpose

ParameterCode

SORX

02X

C02X

BWA

l\1HHI

H20

C02R

NOXR

S02R

S02R

MNGF

MNOF

C02N

02N

H20N

H20X

FLOX

MNHI

MNNX

S02X

NOCX

NORX

DefaultPurposeCode

MD

DC

MD

PM

LM

PM

LM

LM

LM

F23

DM

DM

DC

MD

MD

MD

MD

MD

MD

MD

MD

MD

*Links ParameterCode to appropraite DefaultPurposeCode in Monitoring Default reoord.

Default Parameter to Source of Value

ParameterCode

C02R

C02N

C02X

C02R

FLOX

FLOX

H20

H20

H20N

H20N

H20X

H20X

DefaultSourceCode

DEF

DEF

DATA

SAMP

DATA

TEST

DEF

APP

DATA

DEF

DATA

DEF


Default Parameter to Source of Value

ParameterCode DefaultSourceCode

l\1NGF DATA

l\1NOF DATA

l\1NHI APP

l\1NNX APP

NOCX DATA

NOCX TEST

NOCX DEF

NOXR DEF

NOXR TEST

NOXR DATA

NORX DATA

NORX TEST

NORX DEF

02N DATA

02X DEF

S02R CONT

S02R SAMP

S02R DEF

S02X TEST

S02X DEF

S02X SAMP

l\1HHI MAXD

l\1HHI DATA

l\1HHI APP

BWA DATA

S02R PERM

C02N DATA

02X DATA

H20 DATA

S02R APP

S02X DATA

SORX DATA

SORX DEF

SORX SAMP

SORX TEST

NOCX PERM

NORX PERM

NORX MAXD


.5

.059

*Links ParameterCode to appropriate DefaultSourceCode in Monitoring Default record.

Default Parameter, Boiler Type, and Fuel Type to Default Value

ParameterCodeAndBoilerType FuelCode Default Value

S02R PNG .0006

S02R NNG .06

S02R OIL 2.1

S02R OOL 2.1

S02R DSL

C02R NNG

C02R PNG .059

C02R OIL .081

C02R OOL .081

C02R DSL .081

NOXR-BOILER NNG 1.5

NOXR-BOILER PNG 1.5

NOXR-BOILER OOL 2

NOXR-BOILER OIL 2

NOXR-BOILER DSL 2

NOXR-TURBINE NNG .7

NOXR-TURBINE PNG .7

NOXR-TURBINE OOL 1.2

NOXR-TURBINE OIL 1.2

NOXR-TURBINE DSL 1.2

*Links default parameter, boiler t),pe, and fuel tJ,pe to default value .


EventCodel

160

170

20

30

100

109

110

200

300

400

501

600

800

250

1

15

5

10

Event Code to System or Component Type

EventCode2

195

26

35

108

151

312

410

504

630

255

3

*Identifies which t),pes of monitoring systems and components a re appropriate for which t),pes of QA certification events.

EventCodel

1

5

5

15

30

20

40

40

51

100

100

100

101

105

106

108

March 8, 2017

Event Code to Test Type Codes

EventCode2

3

10

51

26

51

101

102

101

107

130

SystemOrComponentType

H20

CONC

CEl\llNOXP

CONC

CONC

H20

CONC

CEM

FLOW

PPM

NOXE

OP

CEM

NOXP

DAHS

DAHS

CONC

NOX

TestTypeCode

DAHS

RATA

LINE

DAHS

LINE

RATA

RATA

7DAY

7DAY

RATA

LINE

7DAY

CYCLE

RATA

LINE

RATA

Page 9 of 44

950

Event Code to Test Type Codes

EventCodel EventCode2 TestTypeCode

108 7DAY

120 125 LINE

120 125 7DAY

120 125 CYCLE

140 151 LINE

160 RATA

170 185 LINE

185 CYCLE

185 RATA

185 7DAY

195 RATA

195 7DAY

200 RATA

300 301 RATA

300 7DAY

305 RATA

305 7DAY

311 RATA

400 FFACC

401 FFACCTT

402 403 PEI

405 410 FFACC

501 504 APPE

700 UNITDEF

800 LINE

800 RATA

900 RATA

HGLl\llE

300 LEAK

302 LEAK

310 LEAK

191 195 LINE

252 PEMSACC

250 251 RATA

254 255 RATA

*Identifies which types of tests are reqnired for which twes of QA certification events.


F-Facto r Range Checks

Factor Lower Value Upper Value

PC 900 3000

FD 8000 12000

PW 9000 13000

Formula Code to F-Factor Parameter

FormulaCode ParameterCode

19-1 FD

F-5 FD

19-2 PW

19-3 FD

19-3D FD

194 FD

19-5 FD

19-SD FD

19-6 PC

19-7 PC

F-6 PC

19-8 PC

19-9 PC

F-14A PC

F-14A FD

F-14B PC

F-14B FD

G-4 PC

F-15 PC

F-16 PC

F-17 FD

F-18 FD

*Links formula code to f-factor parameters that are factors in the formula.

Formula Parameter and Component Type and Basis to Formula Code

ParameterCode ComponentTypeAndBasis Formula Code

HGRE HGD A-3

HGRE HGW A-2

CO2 C02W F-11

HI 02B F-17

HGRH HGW 19-2


G-5


ParameterCode ComponentTypeAndBasis FormulaCode

HGRH HGW 19-3

HGRH HGW 19-4

C02M G-1

HGRH HGW 19-8

HGRH HGD 19-1

C02M

HGRH HGD 19-6

HGRH HGD 19-9

HGRH STRAIND 19-1

S02 GFFM D4

S02RE S02W

HGRH STRAIND 19-5

HGRH STRAIND 19-9

HGRH STRAIND 19-6

HGRH C02D 19-6

HGRH 02D 19-1

HGRH 02D 19-4

HGRH 02W 19-2

HGRH 02W 19-3

HGRH 02W 19-5

HGRH C02W 19-7

HGRH C02W 19-9

HGRH 02B 19-1

HGRH 02B 19-2

HGRH 02B 19-3

HGRH 02B 19-4

HGRH 02B 19-5

HGRE STRAIND A-3

HCLRE HCLD HC-3

HFRE HFW HF-2

HFRE HFD HF-3

HCLRE HCLW HC-2

S-2

S02RE S02D S-3

HGRH HGD 19-5

HGRH HGW 19-7

HCLRH HCLD 19-1

HCLRH HCLD 19-5

HCLRH HCLD 19-6



ParameterCode ComponentTypeAndBasis

HCLRH HCLD

HCLRH HCLW

HCLRH HCLW

HCLRH HCLW

HCLRH HCLW

HCLRH HCLW

HFRH HFD

HFRH HFD

HFRH HFD

HFRH HFD

HFRH HFW

HFRH HFW

HFRH HFW

HFRH HFW

HFRH HFW

S02RH S02D

S02RH S02D

S02RH S02D

S02RH S02D

S02RH S02W

S02RH S02W

S02RH S02W

S02RH S02W

S02RH S02W

HGRH C02D

S02RH C02D

S02RH C02D

S02RH C02W

S02RH C02W

S02RH 02B

S02RH 02B

S02RH 02B

S02RH 02B

S02RH 02B

S02RH 02D

S02RH 02D

S02RH 02W

S02RH 02W

FormulaCode

19-9

19-2

19-3

19-4

19-7

19-8

19-1

19-5

19-6

19-9

19-2

19-3

19-4

19-7

19-8

19-1

19-5

19-6

19-9

19-2

19-3

19-4

19-7

19-8

19-8

19-6

19-8

19-7

19-9

19-1

19-3

19-2

19-4

19-5

19-1

19-4

19-2

19-3




S02RH 02W

HCLRH C02D

HCLRH C02D

HCLRH C02W

HCLRH C02W

HCLRH 02B

HCLRH 02B

HCLRH 02B

HCLRH 02B

HCLRH 02B

HCLRH 02D

HCLRH 02D

HCLRH 02W

HCLRH 02W

HCLRH 02W

HGRH C02D

HFRH C02D

HFRH C02D

HFRH C02W

HFRH C02W

HFRH 02B

HFRH 02B

HFRH 02B

HFRH 02B

HFRH 02B

HFRE 02B

HFRH 02D

HFRH 02D

HFRH 02W

HFRH 02W

HFRH 02W

CO2 OFFM

HI BOPP

HI OFFM

FLOW

CO2

C02M

C02M

FormulaCode

19-5

19-6

19-8

19-7

19-9

19-1

19-2

19-3

19-4

19-5

19-1

19-4

19-2

19-3

19-5

19-6

19-6

19-8

19-7

19-9

19-1

19-2

19-3

19-3

19-4

19-5

19-1

19-4

19-2

19-3

19-5

G4

F-19V

F-19V

T-FL

G4A

G-1

G-2




C02M G-3

C02M G-5

C02M G-6

C02M G-8

PC F-7B

PC F-8

FD F-7A

FD F-8

FGAS N-GAS

FLOW X-FL

FOIL N-OIL

PW F-8

PW 19-14

HI F-21A

HI F-21B

HI F-21C

HI F-21D

HI F-25

HI D-15A

HI SS-3A

HI SS-3B

NOXR E-2

NOX F-24A

NOX SS-2A

NOX SS-2B

NOX SS-2C

NOXR NS-1

NOXR NS-2

NOXR 19-3D

NOXR 19-SD

S02 D-12

S02 SS-lA

S02 SS-lB

S02 F-23

S02R D-lH

NOXR 02B 19-1

NOXR 02B 19-2

NOXR 02B 19-3




NOXR 02B

NOXR 02B

NOXR 02B

HIT BGFF

HIT BOFF

HIT OFFM

HIT GFFM

CO2 02B

CO2 02B

C02C 02B

C02C 02B

HI 02B

HI 02B

CO2 C02W

CO2 C02D

C02C 02W

C02C 02D

CO2 02W

CO2 02D

S02 S02W

S02 S02D

NOXR C02D

NOXR C02D

NOXR C02W

NOXR C02W

NOXR C02W

NOXR 02D

NOXR 02D

NOXR 02D

NOXR 02W

NOXR 02W

NOXR 02W

NOXR NOXD

NOXR NOXD

NOXR NOXD

NOXR NOXD

NOXR NOXD

NOXR NOXW"

FormulaCode

19-4

19-5

F-5

D-15

D-15

D-15

D-15

F-11

F-2

F-14A

F-14B

F-17

F-18

F-11

F-2

F-14B

F-14A

F-11

F-2

F-1

F-2

19-6

19-8

F-6

19-7

19-9

F-5

19-1

19-4

19-2

19-5

19-3

F-5

19-1

19-5

19-6

19-9

19-2




NOXR NOXW 19-3

NOXR NOXW 19-4

NOXR NOXW 19-7#

NOXR NOXW P-6

NOXR NOXW 19-8

NOX NOXD P-26B

NOX NOXW P-26A

HI 02D P-18

HI 02W P-17#

S02 GPPM D4

CO2 GFFM G4

H20 M-lK

CO2 BOPP G4

CO2 BGPP G4

S02 BGPP D4

S02 BGPP

HI C02D P-16

HI C02W P-15

HI OFFM D-8#

HI OFFM P-19#

HI GPPM D-6#

HI GFFM P-20#

OILM OFFM D-3#

S02 OFFM D-2#

S02 GFFM D-5#

H20 P-31#

HI BOPP D-8#

HI BOPP P-19#

HI BGPP D-6#

HI BGPP P-20#

S02 BOPP D-2#

D-5#

HGRE MS-1

HCLRE MS-1

HPRE MS-1

S02RE MS-1

HGRH MS-1

HCLRH MS-1

HPRH MS-1




S02RH

S02RH

S02RH

HGRH

HGRH

HCLRH

HCLRH

HFRH

HFRH

*Links formula parameter and component type and basis to the formula code.

FormulaCode

F-23

F-23

F-24A

F-24A

G-1

G-2

G-3

G-5

G-6

G-8

Formula to Required Method

MethodParameter

S02

S02

NOX

NOX

C02M

C02M

C02M

C02M

C02M

C02M

FormulaCode

MS-1

19-3D

19-SD

19-3D

19-SD

19-3D

19-SD

19-3D

19-SD

MethodCode

CEMF23

F23

CEMNOXR

NOXR

FSA

FSA

FSA

FSA

FSA

FSA

*Identifies the required Parameter and Method codes in a Method record when a Formula record contains a specific Formula oode. Each Formula code might match multiple Parameter and Method code oairs.

Formula to Required Unit Fuel

FormulaCode UnitFuelCode

G-2 C

G-3 C

*Identifies the required Unit Fuel Codes when a Formula record contains a specific Formula code. Each Formula code might match multipleUnit Fuel codes.


Fuel Code to Minimmn and Maximmn Moisture Default Value

FuelCode MinimwnValue MaximwnValue

ANT 3 5

BT 6 8

SUB 8 12

LIG 11 13

w 13 15

NNG 14 18

PNG 14 18

*Provides minirrrum and maxirrrum values for moisture defaults.

Fuel Flow to Load Baseline UOM to Load UOM and System Type

BaselineUOM LoadUOM SystemTypeList

1 MW GAS,LTGS

2 KLBHR GAS,LTGS

3 MW OlLM,OILV,LTOL

4 KLBHR OlLM,OILV,LTOL

5 MW OlLV,LTOL

6 KLBHR OlLV,LTOL

7 MMBTUHR GAS,LTGS

8 MMBTUHR OlLM,OILV,LTOL

9 MMBTUHR OlLV,LTOL

BTUKBTU MMBTUHR

BTUKWH MW

BTULB KLBHR

*This tab le identifies appropriate combinations of fuel flow-to-load ratio and GHR units of measure to load and system type.

Fuel Type Reality Checks for Density

Fuel Code - Units of Measure Lower Value Upper Value

DSL-LBBBL 42 2100

DSL-LBGAL 1 50

DSL-LBM3 264 13209

DSL-LBSCF 7 374

OlL-LBBBL 42 2100

OlL-LBGAL 1 50

01L-LBM3 264 13209

OlL-LBSCF 7 374


FuelType

GAS

OIL

Fuel Code - Units of Measure

DSL-BTUBBL

DSL-BTUGAL

DSL-BTUM3

DSL-BTUSCF

OIL-BTUBBL

OIL-BTUGAL

OIL-BTUM3

OIL-BTUSCF

LPG-BTUHSCF

NNG -BTUHSCF

PNG -BTUHSCF

DSL-BTULB

OIL-BTULB

PNG-BTUSCF

Fuel Code

DSL

OIL

NNG

PNG

Fuel Type Reality Checks for FC Factor

Lower Value

900

1200

Fuel Type Reality Checks for GCV

Lower Value

420000

10000

2641729

74806

420000

10000

2641729

74806

150000

45000

45000

200

200

450

Fuel Type Reality Checks for Sulfur

Lower Value

0

0

0

0

Upper Value

1600

1800

Upper Value

7560000

180000

47551117

1346499

8400000

200000

52834575

1496110

475000

350000

235000

177396

177396

2350

Upper Value

10

10

100

10


Fuel Type Warning Levels for Density


DSL-LBBBL

DSL-LBGAL

DSL-LBM3

DSL-LBSCF

OlL-LBBBL

OlL-LBGAL

01L-LBM3

OlL-LBSCF


DSL-BTUBBL

DSL-BTUGAL

DSL-BTUM3

DSL-BTUSCF

OlL-BTUBBL

OlL-BTUGAL

01L-BTUM3

OlL-BTUSCF

LPG-BTUHSCF

NNG -BTUHSCF

PNG -BTUHSCF

DSL-BTULB

OIL-BTULB

PNG-BTUSCF

Fuel Code

DSL

OIL

NNG

PNG

Lower Value

252

6

1585

45

294

7

1849

52

Fuel Type Warning Levels for GCV

Lower Value

4200000

100000

26417287

748055

4200000

100000

26417287

748055

235000

90000

90000

11000

9900

900

Fuel Type Warning Levels for Sulfur

Lower Value

0

0

0

0

Upper Value

378

9

2378

67

420

10

2642

75

Upper Value

6972000

166000

43852697

1241771

6972000

166000

43852697

1241771

395000

150000

150000

30000

29000

1500

Upper Value

2

5

50

1


Hourly Emissions Tolerances

Parameter UOM Tolerance

HIT MMBTU 1

NOXM LB 0.1

S02M LB 0.1

C02M TON 0.1

FOIL 0.1

S02C PPM 0.1

NOXC PPM 0.1

FLOW SCFH 1000

NOXR LBMMBTU 0.005

C02C PCT 0.1

H20 PCT 0.1

HI MMBTUHR 1

S02 LBHR 0.1

NOX LBHR 0.1

CO2 TNHR 0.1

OlLM LBHR 0.5

HI HPFF MMBTUHR 0.1

S02 OilHPFF LBHR 0.1

S02 GasHPFF LBHR 0.0001

CARBON LB 0.1

C02MDA1LY TON 0.1

*A tolerance (allowable error) to use when comparing reported values for emissions data to resutls calculated using associated formulas and measured values.


MA TS Supplemental Compliance Parameter to Method

ParameterCode

HG

HF

HF

HF

TM

HCL

HCL

HCL

TM

TM

TM

TM

TM

TNHGM

TNHGM

TNHGM

TNHGM

TNHGM

TNHGM

IM

IM

IM

IM

INHGM

INHGM

INHGM

INHGM

LU

*Ties MATS Supplemental Compliance Parameters to valid Methods.

Method Code

LEE

LEE

QST

PMO

LEE

LEE

QST

PMO

QST

PMQST

PMCEMS

PMCPMS

CEMS

LEE

QST

PMQST

PMCEMS

PMCPMS

CEMS

LEE

QST

LEST

CEMS

LEE

QST

LEST

CEMS

NA


ParameterCode

HCLRE

HCLRH

HFRE

HFRH

HORE

HORH

S02RE

S02RH

*Method Parameter Equivalent Crosscheck

Method Parameter Equivalent Crosscheck

EquivalentCode

HCLRH

HCLRE

HFRH

HFRE

HORH

HORE

S02RH

S02RE

Method Parameter to Maximum Default Parameter to Component Type

MethodParameterCode DefaultParameterCode ComponentTypeCode

CO2 FLOX FLOW

HI FLOX FLOW

S02 FLOX FLOW

NOXR NORX

NOX NOCX NOX

NOX FLOX FLOW

S02 S02X S02

S02 SORX

*Links monitoring method parameter to the default value parameter for maximum substitute data values. Links to span component type that oontains oorresponding rnpdmer/rnpf.

MethodParameterCode

CO2

HI

HI

S02

C02M

CO2

S02

C02M

CO2

H20

H20

H20

H20

OP

Method Parameter to Method to System Type

Method Code

AD

AD

ADCALC

AD

FSA

CEM

AMS

LME

AMS

MDF

MTB

MMS

MWD

EXP

SystemTypeCode

CO2

S02

CO2

H20T

H20M

H20



MethodParameterCode Method Code SystemTypeCode

OP COM OP

HI CEM CO2

HI CALC

HIT MHHI

HI AMS CO2

HIT LTFF

NOXR AE NOXE

NOXR CEM NOX

NOXR AMS NOX

NOX CEM NOXC

NOX NOXR

NOX CEMNOXR NOXC

NOXM LME

NOX AMS NOXC

NOXR PEM NOXP

S02 F23

HIT LTFCALC

S02 CEM S02

S02 CEMF23 S02

S02M LME

HI EXP

HIT CALC

HI AMS 02

HI CEM 02

HORE CEM HG

HGRH CEM HG

HORE CEMST HG

HORE ST ST

HGRH CEMST HG

HGRH ST ST

HCLRE CEM HCL

HCLRH CEM HCL

HFRE CEM HF

HFRH CEM HF

S02RE CEM S02

S02RH CEM S02

HORE CEMST ST

HGRH CEMST ST



MethodParameterCode

HORE

Method Code

CALC

SystemTypeCode

HCLRE CALC

HFRE CALC

S02RE CALC

HGRH CALC

HCLRH CALC

HFRH CALC

S02RH CALC

*Cross check table linking method parameter codes to method method codes.

Method to Substitute Data Code

MethodCode SubstituteDataCode

LTFF MHHI

LTFCALC MHHI

MMS SPTS

MTB SPTS

MWD SPTS

AD SPTS

ADCALC SPTS

AE SPTS

CEMF23 SPTS

CEMNOXR SPTS

CEM SPTS

CEM FSP75

CEM FSP75C

CEMF23 FSP75

CEMF23 FSP75C

CEMNOXR FSP75

CEMNOXR FSP75C

AMS SPTS

FSA SPTS

MMS REV75

MTB REV75

MWD REV75

PEM SPTS

PEM FSP75

PEM FSP75C

AMS FSP75

ParameterCode


Method to Substitute Data Code

MethodCode SubstituteDataCode

AMS FSP75C

AD NLB

ADCALC NLB

AD NLBOP

ADCALC NLBOP

AMS NLB

AMS NLBOP

CEM NLB

CEM NLBOP

CEMF23 NLB

CEMF23 NLBOP

CEMNOXR NLB

CEMNOXR NLBOP

FSA NLB

FSA NLBOP

LTFCALC SPTS

LTFF SPTS

PEM NLB

PEM NLBOP

CEM OZN75

CEMNOXR OZN75

CEM OZN75

AMS OZN75

AMS OZN75

*Cross check table linking substitute data code to method parameter and method code.

NOX MPC to Fuel Category and Unit Type

NOXMPC FuelCategory

800 COAL

1600 COAL

400 GAS

480 GAS

400 OlL

400 OlL/GAS

480 OlL

480 OlL/GAS

2000

200 GAS

ParameterCode

NOX

NOX

NOXR

NOX

NOXR

UnitTypeCode

KLN

PRH


NOX MPC to Fuel Category and Unit Type

NOXMPC

500

500

460

460

675

675

675

975

975

975

1200

1200

1200

380

380

380

600

600

600

550

550

550

550

550

550

200

200

150

200

200

150

200

200

FuelCategory

OIL

OIL/GAS

COAL

COAL

COAL

COAL

COAL

COAL

COAL

COAL

COAL

COAL

COAL

GAS

OIL

OIL/GAS

GAS

OIL

OIL/GAS

GAS

GAS

OIL

OIL

OIL/GAS

OIL/GAS

OIL

OIL/GAS

NG

GAS

GAS

NG

OIL

OIL/GAS

UnitTypeCode

PRH

PRH

T

CFB

DB

DTP

s

DVF

CB

AF

WBF

WBT

C

T

T

T

DB

DB

DB

DVF

AF

DVF

AF

DVF

AF

CT

CT

CT

cc

CT

cc

cc

cc

* Appropriate fuel category (and unit tJ,pe) for the Part 75 default value for NOx maximum potential concentration.


Oil Volume UOM to Density UOM to GCV UOM

OilVolmneUOM OilDensityUOM

GAL LBGAL

M3 LBM3

SCP LBSCF

BBL LBBBL

*Identifies valid relationships between UOM codes for Oil Volume, Density, and GCV for Appendix E test.

Operating Condition to Category

OperatingConditionCode CategoryCode

A DEFAULT

u LME

C LME

B LME

p LME

E AE

M AE

N AE

u AE

X AE

w AE

y AE

z AE

C DEFAULT

B DEFAULT

p DEFAULT

u DEFAULT

*Links operation condition codes to the categories for which they are appropriate.

Parameter to Category

ParameterCode CategoryCode

S02RE METHOD

S02RH METHOD

HORE FORMULA

HORE METHOD

HGRH METHOD

HGRH FORMULA

HCLRE FORMULA

HCLRH FORMULA

HFRE FORMULA

OilGCVUOM

BTUGAL

BTUM3

BTUSCF

BTUBBL




HFRH FORMULA

S02RE FORMULA

S02RH FORMULA

HCLRE METHOD

HCLRH METHOD

HFRE METHOD

HFRH METHOD

AKSF DEFAULT

MHHI DEFAULT

BWA DEFAULT

C02M METHOD

S02M METHOD

NOXM METHOD

CO2 METHOD

H20 METHOD

HI METHOD

NOXR METHOD

NOX METHOD

OP METHOD

S02 METHOD

HIT METHOD

C02N DEFAULT

C02R DEFAULT

C02X DEFAULT

FLOX DEFAULT

H20 DEFAULT

H20N DEFAULT

H20X DEFAULT

MNGF DEFAULT

MNHI DEFAULT

MNNX DEFAULT

MNOF DEFAULT

NOCX DEFAULT

NORX DEFAULT

NOXR DEFAULT

02N DEFAULT

02X DEFAULT

S02R DEFAULT




S02X DEFAULT

SORX DEFAULT

CO2 FORMULA

C02C FORMULA

C02M FORMULA

FC FORMULA

FD FORMULA

FGAS FORMULA

FLOW FORMULA

FOIL FORMULA

FW FORMULA

H20 FORMULA

HI FORMULA

HIT FORMULA

NOX FORMULA

NOXR FORMULA

OILM FORMULA

S02 FORMULA

S02R FORMULA

*Links emission parameter codes to the categories (record twes) for which they are appropriate.

Program Parameter to Location Type

ProgramParameterCd CommonLocationTypeList MultipleLocationTypeList

CO2 CS,CP MS,MP

HI CS,CP MS,MP

NOX CS,CP MS,MP

NOXR CS,CP MS,MP

OP cs MS

S02 CS,CP MS,MP

HCL cs MS

HF cs MS

HG cs MS

*Maps a program parameter to the types of stacks and pipes at which the program parameter may be reported.


Program Parameter to Method Code

ProgramParameterCd MethodCdList

OP LME

*Maps a program parameter to method oodes that implicitly oover the program parameter.

Program Parameter to Method Parameter

ProgramParameterCd

HCL

HF

HG

CO2

HI

NOX

NOXR

OP

S02

H20

*Maps a program parameter to the related method parameters.

ProgramParameterCd

CO2

HI

NOX

NOXR

OP

S02

HCL

HF

HG

*Maps a program parameter to the program check severity.

MethodParameterList

HCLRE,HCLRH,S02RE,S02RH,MATSSUP

HFRE,HFRH,MATSSUP

HGRE,HGRH,MATSSUP

C02,C02M

HI,HIT

NOX,NOXM

NOXM,NOXR

OP

S02,S02M

H2 0

Program Parameter to Severity

SeverityCd

CRIT1

CRIT1

CRIT1

CRIT1

NONCRIT

CRIT1

INFORM

INFORM

INFORM

MethodParameter Description

HCLRE (or HCLRH version for heat input based method, or equivalent S02 method, or HCL Supplemental

Method)

HFRE ( or HFRH version for heat inp ut based method or HF Supplemental Method)

HORE (or HGRH version for heat inp ut based method or HG Supplemental Method)

CO2 (or C02Mfor an LME Unit)

HI (or HIT for an LME Unit)

NOX (or NOXM for an LME Unit)

NOXR (or NOXM for an LME Unit)

OP

S02 (or S02M for an LME Unit)

H20


Protocol Gas Parameter to Type

ProtocolGasParameter GasTypeList

CO2 APPVD,C02,GM1S,N2C2,N2CC,NC2,NCC,NTRM,NX

C2,NXCC,OC2,0CC,PRM,RGM,SC2,SN2C2,SN2CC,S

NC2,SNCC,SNXC2,SNXCC,SRM,ZERO

DIL AIR,APPVD,C02,GMIS,N2C2,N2CC,NC2,NCC,NXC2

,NTRM,NXCC,02,0C,OC2,0CC,PRM,RGM,SC2,SN2

C2,SN2CC,SNC2,SNCC,SNXC2,SNXCC,SO,S0C,SR

M,ZERO

S02 APPVD,GMIS,NTRM,PRM,RGM,SC,SC2,SN,SN2,SN2

C,SN2C2,SN2CC,SNC,SNC2,SNCC,SNX,SNXC,SNXC

2,SNXCC,SO,S02,SOC,SRM,ZERO

02 AIR,APPVD,GMIS,NTRM,02,0C,OC2,0CC,PRM,RG M,SO,SOC,SRM,ZERO

NOX APPVD,GM1S,N2C,N2C2,N2CC,NC,NC2,NCC,NO,N

02,NOX,NTRM,Nx,NXC,NXC2,NXCC,PRM,RGM,S

N,SN2,SN2C,SN2C2,SN2CC,SNC,SNC2,SNCC,SNK,S

NXC,SNXC2,SNXCC,SRM,ZERO

*Maps a protocol gas parameter and associated protocol gas to the appropriate corresponding protocol gas types.

Quarterly Emissions Tolerances

Parameter UOM Tolerance

HIT MMBTU 50

S02M TON 0.1

NOXR LBMMBTU 0.01

NOXM TON 0.1

C02M TON 0.1

OPHOURS HR 1

OPTl1\1E HR 0

C02M-OLD TON 200

*A tolerance (allowable error) to use when comparing reported values for emissions quarterly summary values to results gained by summing calculations for each parameter across all hours in a quarter

Required Test Code to Required ID and System or Component Type

RequiredTestCode RequiredIDCode SystemOrComponentType

82 s NOXP

80 s NOXP

81 s NOXP

29 B FLOW

1 B FLOW

10 C CONC

11 B CONC

2 B CONC

3 B FLOW

4 B CONC

5 s RATA

6 s FLOW


Required Test Code to Required ID and System or Component Type

RequiredTestCode

7

8

9

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

51

52

53

54

55

56

57

75

40

42

30

31

32

33

34

35

36

RequiredIDCode

s

B

C

B

B

C

B

B

C

C

C

C

C

C

C

C

C

s

B

B

C

C

C

C

s

C

C

s

s

s

B

B

B

B

C

C

B

SystemOrComponentType

FLOW

CONC

CONC

CONC

CONC

CONC

CEM

CONC

CONC

CEM

CONC

DAHS

DAHS

DAHS

DAHS

CEM

CEM

FLOW

FLOW

FLOW

PPM

PPM

PPM

PPM

PPM

PPM

PPM

NOXE

OP

OP

CONC

CONC

CONC

CONC

CONC

CONC

CONC

*Indicates whether the System ID (S), Component ID (C), or both (B) a re required in the event record based on the required test code. Also indicates valid system and/or component types for the required test code.


SystemTypeCode

H20M

H20

CO2

CO2

FLOW

GAS

GAS

NOX

NOX

NOX

NOXC

02

OILM

OILM

OILY

OILY

OP

S02

HCL

HF

ST

HG

PM

*Required Non-DAHS Components in System

System Type to Component Type

ComponentTypeCode

H20

02

CO2

02

FLOW

BGFF

GFFM

NOX

CO2

02

NOX

02

BOPP

OFFM

OFFM

BOPP

OP

S02

HCL

HF

STRAIN

HG

PM

Mandatory

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes


System Type to Formula Parameter

SystemTypeCode

S02

S02

S02

S02

CO2

02

OILM

GAS

OILY

OILY

OILM

OILY

GAS

OILM

OILY

GAS

NOX

NOXC

S02

H20

HG

HG

HG

ST

ST

HCL

HCL

HF

HF

HG

ST

ST

*Links system tJ,pe to required formula parameter.

ParameterCode

S02RE

S02RH

S02

S02

HI

HI

HI

HI

HI

OILM

S02

S02

S02

CO2

CO2

CO2

NOXR

NOX

S02

H20

HGRH

HGRE

HGRH

HGRE

HGRH

HCLRE

HCLRH

HFRE

HFRH

HGRE

HGRE

HGRH

optional

S02RE/CEM

S02RH/CEM

S02/CEM

S02/CEMF23

S02/AD

S02/AD

S02/AD

S02/AD

CO2/AD

CO2/AD

CO2/AD

S02/AMS

HGRH/CEM

HGRE/CEMST

HGRH/CEMST

HGRE/CEMST

HGRH/CEMST

HCLRE/CEM

HCLRH/CEM

HFRE/CEM

HFRH/CEM

HGRE/CEM

HGRE/ST

HGRH/ST


SystemTypeCode

H20M

H20T

HG

ST

PM

HCL

HF

GAS

LTGS

LTOL

NOXE

NOXE

NOXE

NOXP

OILM

OILY

CO2

FLOW

H20

NOX

NOXC

02

OP

S02

*Links System TJ,pe to Fuel Group Codes

SystemTypeCode

GAS

LTGS

PM

HG

HCL

HF

LTGS

LTGS

LTOL

LTOL

System Type to Fuel Group

FuelGroupCode

NFS

NFS

NFS

NFS

NFS

NFS

NFS

GAS

GAS

OIL

OIL

GAS

MIX

NFS

OIL

OIL

NFS

NFS

NFS

NFS

NFS

NFS

NFS

NFS

System Type to Optional Component Type

OptionalComponentTypeCode

MS

MS

PRB

PRB

PRB

PRB

GFFM

BGFF

OFFM

BOPP


System Type to Optional Component Type

SystemTypeCode

LTOL

H20M

OILM

OILY

LTOL

GAS

GAS

GAS

GAS

GAS

GAS

LTGS

LTGS

LTGS

LTGS

LTGS

LTGS

OILM

OILM

OILY

OILY

LTOL

CO2

H20

02

NOX

NOXC

S02

*Optional Non-DAHS components in system.

OptionalComponentTypeCode

TANK

PRB

TEMP

TEMP

TEMP

CALR

DP

PLC

GCH

PRES

TEMP

CALR

DP

PRES

TEMP

PLC

GCH

DP

PRES

DP

PRES

DP

PRB

PRB

PRB

PRB

PRB

PRB


1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

T-Values

N mnberOfltems T-Value

12.706

4.303

3.182

2.776

2.571

2.447

2.365

2.306

2.262

2.228

2.201

2.179

2.160

2.145

2.131

2.120

2.110

2.101

2.093

2.086

2.080

2.074

2.069

2.064

2.060

2.056

2.052

2.048

2.045

2.042

*A table of !-values for use in calculating relative aocuracy.


Parameter

SULFUR

SULFUR

DEN SOIL -LBGAL

DEN SOIL -LBGAL

GCV-BTULB

GCV-BTULB

GCV -BTUHSCF

GCV -BTUHSCF

GCV -BTUHSCF

GCV -BTUHSCF

GCV -BTUHSCF

GCV -BTUHSCF

GCV-BTUGAL

GCV-BTUGAL

Table D-6 Missing Data Values

FuelCode

DSL

OIL

DSL

OIL

DSL

OIL

PNG

NNG

BUT

LPG

RPG

DSL

OIL

*Appendix D values used for missing data purposes from Table D-6 (Sample TJ,pe Code = 8).

TestTypeCode

LlNE

LlNE

LlNE

RATA

RATA

RATA

RATA

RATA

RATA

RATA

RATA

GFMCAL

LlNE

RATA

7DAY

GFMCAL

HGLlNE

HGLlNE

HGLlNE

HGLlNE

Test Tolerances

FieldDescription

PercentError

MeanDifferencePCT

MeanDifferencePPM

RelativeAccuracy

BAF

AverageGrossUnitLoad

MeanDifferencePCT

MeanDifferencePPM

MeanDifferenceRATE

MeanDifferenceSCFH

StackArea (PCD

CalibrationF actor Y

MeanDifferenceUGSCM

MeanDifferenceUGSCM

DifferenceUGSCM

PercentCalibrationChange

GasPercentOf"Span

MeanDifferencePCT

MeanDifferenceUGSCM

PercentError

MissingData Value

1.0

3.5

7.4

8.5

20000

19500

110000

110000

150000

110000

150000

210000

148000

165750

Tolerance

0.1

0.1

1

0.01

0.001

1

0.01

0.1

0.001

1

0.5

0.001

0.1

0.1

0.1

0.1

2

0.1

0.1

0.1


Test Tolerances

TestTypeCode FieldDescription Tolerance

HGSI3 GasPercentOfSpan 2

HGSI3 MeadDifferencePCT 0.1

HGSI3 MeanDifferenceUGSCM 0.1

HGSI3 PercentError 0.1

APPE OilMass 0.1

APPE MeanReference Value 0.01

7DAY DifferenceINH20 0

RATA MolecularWeight 0.01

RATA Velocity (PCD 0.5

RATA WAF 0.001

RATA StackFlow (PCT) 0.5

7DAY CalibrationError 0.1

7DAY DifferencePPM 1

7DAY DifferencePCT 0.1

F2LREF AverageGrossUnitLoad 1

F2LREF AverageReferenceMethodFlow 1000

F2LREF ReferenceFlowLoadRatio 0.01

F2LREF ReferenceGHR 1

LINE GasPercentOfSpan 2

7DAY GasPercentOfSpan 5.0

CYCLE GasPercentOfSpan 5.0

APPE HeatlnputRate 0.1

*Acceptable tolerances between reported and recalculated values in test records.

Test Type to Parameter

TestTypeCode ComponentTypeCode SystemTypeCode

7DAY CO2

7DAY NOX

7DAY 02

7DAY FLOW

7DAY S02

APPE NOXE

CYCLE S02

CYCLE NOX

CYCLE NOXC

CYCLE CO2

CYCLE 02

F2LCHK FLOW


Test Type to Parameter

TestTypeCode

FF2LTST

FF2LTST

FF2LTST

FFACC

FFACC

FFACC

FFACC

FFACCTT

FFACCTT

FFACCTT

FFACCTT

LEAK

ONOFF

ONOFF

ONOFF

ONOFF

ONOFF

RATA

RATA

RATA

RATA

RATA

RATA

RATA

LINE

LINE

LINE

LINE

RATA

*A list of appropriate system/component types for each test type.

TestTypeCode

RATA3

RATA

PEMSACC

AF2LCHK

AF2LCHK

ComponentTypeCode

OFFM

BGFF

BOFF

GFFM

BGFF

BOFF

GFFM

OFFM

FLOW

CO2

NOX

S02

FLOW

02

CO2

NOX

S02

02

Test Type to Required Test Code

RequiredTestCode

3

80

81

26

28

SystemTypeCode

OILM

OILY

GAS

S02

NOX

NOXC

CO2

02

H20

FLOW

NOXP



TestTypeCode RequiredTestCode

LEAK 29

LEAK 15

LEAK 27

LINE 2

LINE 4

LINE 8

LINE 11

LINE 12

LINE 17

?DAY 1

?DAY 2

?DAY 3

?DAY 4

?DAY 10

?DAY 11

?DAY 13

?DAY 14

?DAY 15

?DAY 18

?DAY 25

APPE 75

CYCLE 2

CYCLE 4

CYCLE 12

CYCLE 14

CYCLE 16

CYCLE 17

CYCLE 19

DAHS 20

DAHS 22

DAHS 21

DAHS 23

FFACC 51

FFACCTT 52

FFACCTT 53

FFACCTT 56

HGLME 77

LINE 9



TestTypeCode

LINE

ONOFF

ONOFF

PEI

PEI

PEI

PEI

DAHS

DAHS

CYCLE

UNITDEF

RATA

RATA

RATA

RATA

RATA

RATA

RATA

RATA

RATA

?DAY

RATA2

RATA3

RATA3

RATA3

LEAK

LINE

RATA

RATA

RATA

RATA

LINE

LINE

LINE

LINE

*A list of QA Cert Event Reqnired Test Codes which include each test tJ,pe.

RequiredTestCode

10

24

25

52

54

56

57

4

3

13

76

2

4

5

8

11

12

13

15

16

27

7

1

6

27

28

34

30

31

32

33

30

31

32

33

Cross Check TablesCalibration Standard Code to Component TypeComponent and Basis to Sample Acquisition MethodComponent Type and Span Scale to Span MethodControl to Unit TypeDefault Parameter to PurposeDefault Parameter to Source of ValueDefault Parameter, Boilder Type, and Fuel Type to Default ValueEvent Code to System or Component TypeEvent Code to Test Type CodesF-Factor Range ChecksFormula Parameter and Component Type and Basis to Formula CodeFormula to Required MethodFuel Code to Minimum and Maximum Moisture Default ValueFuel Type Reality ChecksFuel Type Warning LevelsHourly Emissions TolerancesMATS Supplemental Compliance Parameter to MethodMethod Parameter EquivalentMethod Parameter to Method to System TypeMethod to Substitute Data CodeNOX MPC to Fuel Category and Unit TypeOperating Condition CategoryParameter to CategoryProgram Parameter to MethodProtocol Gas Parameter to TypeRequired Test Code to Required ID and System or Component TypeSystem Type to Component TypeSystem Type to Formula ParameterT-ValuesTable D-6 Missing Data ValuesTest TolerancesTest Type to ParameterTest Type to Required Test CodeTable of Contents

ECMPS Cross Check Tables 2017Q1 - ECMPS Support · bbp : nox ; mbp : s02 ; mbp : nox ; mbp : co2 :...

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