The Emissions Collection and Monitoring Plan Project
Emissions XML Schema Version 1.3
Submitted to: ECMPS Stakeholders
Submitted by: United States Environmental Protection Agency Office of Air and Radiation Clean Air Markets Division 1310 L Street, NW Washington, DC 20005 March 9, 2011

March 9, 2011

List of Figures Page Figure 1: Emissions.... 2
Figure 2: Emissions Schema XML Elements... 2
Figure 3: Complex Elements of the Root... 3
Figure 4: DailyCalibrationData.... 4
Figure 5: DailyCalibrationData XML Elements... 5
Figure 6: DailyEmissionData.... 6
Figure 7: DailyEmissionData XML Elements... 6
Figure 8: DailyTestSummaryData.... 8
Figure 9: DailyTestSummaryData XML Elements... 8
Figure 10: DerivedHourlyValueData... 9
Figure 11: DerivedHourlyValueData XML Elements... 10
Figure 12: HourlyFuelFlowData... 11
Figure 13: HourlyFuelFlowData XML Elements.. 11
Figure 14: HourlyOperatingData.... 12
Figure 15: HourlyOperatingData XML Elements... 13
Figure 16: HourlyParameterFuelFlowData.... 14
Figure 17: HourlyParameterFuelFlowData XML Elements... 14
Figure 18: LongTermFuelFlowData.... 15
Figure 19: LongTermFuelFlowData XML Elements... 16
Figure 20: MonitorHourlyValueData... 17
Figure 21: MonitorHourlyValueData XML Elements... 17
Figure 22: SummaryValueData.... 18
Figure 23: SummaryValueData XML Elements... 18
Figure 24: Simple Types Used for Validation.... 19
Environmental Protection Agency

Page i

[This page intentionally left blank.]

Page ii

Emissions XML Schema Version 1.3 1.0 Introduction This document is the third in a series that outlines the Extensible Mark-up Language (XML) schema and how data files must be formatted for the Emissions Collection and Monitoring Plan System (ECMPS). A schema was developed for each data type, i.e., monitoring plan, quality assurance and certification test data, emissions data, and each data type will generate its own XML file. The schema will be used for all data that are imported into the ECMPS client submission tool and exported from the client submission tool. The move to XML will allow users to submit only the necessary data for a given submission of data. It will also allow for more robust data validation through the XML schema, and will keep the file size as small as possible. The schema is included in a separate file. The schema may be viewed in any application that is able to display text files or an application specifically designed for viewing XML schema. 2.0 Emissions XML Schema Tables The following tables provide information about the data elements of the Emissions XML schema. The information includes a description of the data element, the type of the element, and, where appropriate, a reference to the relevant EDR record type and column. If an exact correspondence between a single EDR record type and column and a data element could not be made, the column in the table will include the "N/A" designation. In other cases because the data have been restructured, it was not possible to make an exact match between a record type and column and a data element. In these cases, the record type and column are marked as "N/A." Figures 1 and 2 provide information on the root element of the Emissions XML schema. Figure 3 lists all of the complex data elements and information that indicates the parent-child relationship between the major data elements. Figures 4 through 25 include information on the complex data elements in the XML schema. Detailed information about the data types is included in Figure 26. The term "optional" is often used in the names of the various data types. The term "optional" in the name of these data validation data types only refers to the fact that the schema validation will accept a data element tag that does not include a value (an empty tag). Depending on the data being reported, these data elements might require data to be reported.

Page 1

Figure 1 Emissions
Figure 2 Emissions Schema XML Elements

EDR Reference (RT:Col)

XML Tag

ORISCode

ORISCodeType

Definition

EIA-assigned identifier or Facility identifier assigned by CAMD (if EIA number is not applicable). Reporting Year. Reporting Quarter. Comment on an emissions submission. Identifies the XML schema version.
Year Quarter SubmissionComment Version
ReportingYearType ReportingYearQuarter SubmissionCommentType VersionType

N/A N/A N/A N/A

Page 2
Figure 3 Complex Elements of the Root Minimum Occurrences
HourlyOperatingData Emissions 0 0

Complex Element

DailyCalibrationData DailyFuelData DailyEmissionData DailyTestSummaryData DerivedHourlyValueData Emissions HourlyFuelFlowData HourlyOperatingData

Parent Element

DailyTestSummaryData DailyEmissionData Emissions Emissions HourlyOperatingData

Maximum Occurrences

unbounded unbounded unbounded unbounded unbounded 1 unbounded unbounded unbounded unbounded unbounded unbounded
HourlyParameterFuelFlow HourlyFuelFlowData Data LongTermFuelFlowData MonitorHourlyValueData SummaryValueData Emissions HourlyOperatingData Emissions

Page 3

Figure 4 DailyCalibrationData

Page 4

Figure 5 DailyCalibrationData XML Elements
Indicates whether the unit or stack is operating at the time of the test. Code used to identify upscale gas level. Date of zero level injection. Hour of zero level injection. Zero Injection Minute. Date of upscale injection. Hour of upscale injection. Upscale Injection Minute Zero level measured value. Upscale measured value. Used to indicate if the alternative performance specification (APS) is used. Used to indicate if the alternative performance specification (APS) is used. Reported zero level calibration error. Reported upscale level calibration error. Zero level reference value. Upscale reference value.
OnLineOffLineIndicator IndicatorType
UpscaleGasCode ZeroInjectionDate ZeroInjectionHour ZeroInjectionMinute UpscaleInjectionDate UpscaleInjectionHour UpscaleInjectionMinute ZeroMeasuredValue UpscaleMeasuredValue ZeroAPSIndicator

UpscaleGasCodeType OptionalDateType OptionalHourType OptionalMinuteType OptionalDateType OptionalHourType OptionalMinuteType CalibrationValueType CalibrationValueType IndicatorType
230:71 230:16 230:22 New 230:16 230:22 New 230:50 230:50 230:68

UpscaleAPSIndicator

IndicatorType

230:68

ZeroCalibrationError

CalibrationErrorType

230:63 230:63 230:37 230:37
UpscaleCalibrationError CalibrationErrorType ZeroReferenceValue UpscaleReferenceValue UpscaleGasTypeCode CylinderIdentifier CalibrationValueType CalibrationValueType GasTypeCodeType CylinderIdentifierType
Code used to identify the type of New upscale gas. Vendor-assigned identification or serial number found on the cylinder. New

VendorIdentifier

VendorIndentifierType
The EPA-assigned PGVP New Vendor ID of the production site that supplied the cylinder. Date on which the cylinders gas New expires.

ExpirationDate

OptionalDateType

Page 5

Figure 6 DailyEmissionData
Figure 7 DailyEmissionData XML Elements

StackPipeID

RequiredStackPipe Type
Three to six alphanumeric character code which is assigned by the source to identify a stack or pipe. One to six alphanumeric character code assigned by the source to identify a unit. Date corresponding to the daily emissions.

UnitID

RequiredUnitType
Date ParameterCode TotalDailyEmissions TotalCarbonBurned

RequiredDateType

331:10 N/A 331:36 N/A (cont.)
DailyEmissionParameter Code used to identify the CodeType parameter. DailyEmissionsType Total daily CO2 mass emissions.
TotalCarbonBurnedType The total amount of carbon burned (in lbs) during the day.

Page 6

Figure 7 DailyEmissionData XML Elements (cont.)

331:16 N/A 331:26

AdjustedDaily Emissions

DailyEmissionsType

CO2 mass emissions adjusted for CO2 retained in fly ash. CO2 mass emissions Total daily sorbent-related CO2 mass emissions.
UnadjustedDailyEmissio DailyEmissionsType ns SorbentRelatedMass Emissions DailyEmissionsType

Figure 8 DailyFuelData

Figure 9 DailyFuelData XML Elements
FuelCode DailyFuelFeed CarbonContentUsed
HourlyOperatingFuelCo deType DailyFuelFeedType CarbonContentUsedTyp e FuelCarbonBurnedType
The fuel code of a specific fuel used during the day.
The feed rate of a specific fuel (in N/A lbs) used during the day. The amount of carbon burned as a N/A percentage of the daily feed rate for a specific fuel. The amount of carbon burned (in lbs) during the day for a specific fuel. N/A

FuelCarbonBurned

Page 7

Figure 10 DailyTestSummaryData
Figure 11 DailyTestSummaryData XML Elements
Three to six alphanumeric character code which is assigned by the source to identify a stack or pipe. One to six alphanumeric character code assigned by the source to identify a unit. Date of the daily test. Hour of the daily test. Minute of the daily test. The three digit code used by the source to identify the monitoring system.
Date Hour Minute MonitoringSystemID
RequiredDateType RequiredHourType OptionalMinuteType OptionalIdentifierType

231:16 231:22 New N/A

(cont.)

Page 8

Figure 11 DailyTestSummaryData XML Elements (cont.) EDR Reference (RT:Col)

230:10

ComponentID

OptionalIdentifierType

The three digit code assigned by the source to identify the component. Code used to identify test type. Code used to identify reported test result. Code used to identify the span scale.
TestTypeCode TestResultCode SpanScaleCode
TestTypeCodeType TestResultCodeType SpanScaleCodeType

New 231:24 230:72

Figure 12 DerivedHourlyValueData

Page 9

Figure 13 DerivedHourlyValueData XML Elements
ParameterCode UnadjustedHourly Value AdjustedHourlyValue
DerivedHourly ParameterCodeType HourlyValueType HourlyValueType
Code used to identify the parameter.
Unadjusted value calculated from 320:36 measured values for the hour. Adjusted parameter value for the 320:42 hour, as calculated from measured values and then adjusted for bias, or the substitute value for missing data hours. Code used to identify the method of determination. The three digit code used by the source to identify the monitoring system. The three character formula ID assigned by the source. Percent monitor data availability. Code used to identify the operating condition. Segment number of correlation curve. Rather than a userassigned identifier, this is just an integer that indicates the segment number (assuming the first segment is number 1). Code used to identify the type of fuel. 320:53 320:10
MODCCode MonitoringSystemID
MODCCodeType OptionalIdentifierType
FormulaIdentifier PercentAvailable OperatingCondition Code SegmentNumber
OptionalFormula IdentifierType PercentAvailableType OperatingCondition CodeType SegmentNumberType

N/A 320:21 N/A New

FuelCode
DerivedHourlyFuel CodeType

Page 10

Figure 14 HourlyFuelFlowData
Figure 15 HourlyFuelFlowData XML Elements

New 302:52 302:59

FuelCode FuelUsageTime VolumetricFlowRate VolumetricUnitsOf MeasureCode SourceOfData VolumetricCode MassFlowRate SourceOfDataMass Code MonitoringSystemID
HourlyFuelFlowFuel CodeType FuelUsageTimeType VolumetricFlowRate Type VolumetricUnitsOf MeasureType SODVolumetricCode Type MassFlowRateType SODMassCodeType OptionalIdentifierType
Code used to identify the type of fuel. Fuel usage time. Volumetric flow rate during combustion.
Code used to identify the units of N/A measure for volumetric fuel flow. Code used to identify the source of volumetric flow rate. Mass flow rate during combustion. Code used to identify the source of mass flow rate. The three digit code used by the source to identify the monitoring system. 302:74 302:21 302:31 N/A

Page 11

Figure 16 HourlyOperatingData

Page 12

Figure 17 HourlyOperatingData XML Elements
Three to six alphanumeric character code which is assigned by the source to identify a stack or pipe. One to six alphanumeric character code assigned by the source to identify a unit.

Date Hour OperatingTime

RequiredDateType RequiredHourType OperatingTimeType
Date of the hourly operating data. 300:10 Hour of the hourly operating data. 300:16 The fraction of the clock hour 300:18 during which the unit (or any unit venting through the stack) combusted any fuel. Gross unit load or steam load value during unit operation. Code used to identify the load units of measure. Operating load range or load bin number (1 to 10). Load range for stack flow at a common stack (between 1 and 20). Optional alternative to standard load range. Carbon based F-factor corresponding to fuel(s) burned during the hour. Dry basis F-factor corresponding to fuel(s) burned during the hour. Wet basis F-factor corresponding to fuel(s) burned during the hour. Code used to identify the type of fuel. 300:22 N/A 300:34 New
HourLoad LoadUnitsOfMeasure Code LoadRange CommonStackLoad Range
HourLoadType LoadUnitsOfMeasure CodeType LoadRangeType CommonStackLoad RangeType

FcFactor

FFactorType
FdFactor FwFactor FuelCode
FFactorType FFactorType HourlyOperatingFuel CodeType

New New N/A

Page 13
Figure 18 HourlyParameterFuelFlowData
Figure 19 HourlyParameterFuelFlowData XML Elements

ParameterCode

HourlyParameterFuel FlowParameterCode Type ParameterValueForFuel Type OptionalFormula IdentifierType SulfurSampleTypeCode Type OptionalIdentifierType
Code used to identify the parameter. Hourly parameter value for fuel. (Currently SO2 mass rate, CO2 mass rate, or heat input rate.) The three character formula ID assigned by the source. Code used to identify the sample type. The three digit code used by the source to identify the monitoring system. Code used to identify the operating condition.

ParameterValueForFuel

313:30
FormulaIdentifier SampleTypeCode MonitoringSystemID

N/A 313:44 313:10

OperatingCondition Code
OperatingCondition CodeType

N/A (cont.)

Page 14
Figure 19 HourlyParameterFuelFlowData XML Elements (cont.) EDR Reference (RT:Col)

SegmentNumber

SegmentNumberType
Segment number of correlation curve. Rather than a userassigned identifier, this is just an integer that indicates the segment number (assuming the first segment is number 1). Code used to identify the parameter units of measure.

ParameterUOMCode

HourlyParameterFuel FlowUnitsOfMeasure CodeType
Figure 20 LongTermFuelFlowData

Page 15

Figure 21 LongTermFuelFlowData XML Elements
Three to six alphanumeric character code which is assigned by the source to identify a stack or pipe. One to six alphanumeric character code assigned by the source to identify a unit. The three digit code used by the source to identify the monitoring system. Code used to identify the long term fuel flow period. Long term fuel flow value Code used to identify the units of measure for the long term fuel flow value. Gross Calorific Value. Code used to identify the units of measure for the GCV. Total heat input from this long term fuel flow value.

MonitoringSystemID

RequiredIdentifierType

305:10

FuelFlowPeriodCode LongTermFuelFlow Value LongTermFuelFlow UOMCode GrossCalorificValue GCVUnitsOfMeasure Code TotalHeatInput
FuelPeriodCodeType LongTermFuelFlow ValueType LongTermFuelFlow UOMCodeType GrossCalorificValue Type GCVUnitsOfMeasure CodeType TotalHeatInputType

305:16 305:22 305:32

305:37 305:47 305:55

Page 16

Figure 22 MonitorHourlyValueData
Figure 23 MonitorHourlyValueData XML Elements
N/A 200:29 200:35 200:41 200:13
ParameterCode UnadjustedHourly Value AdjustedHourlyValue MODCCode MonitoringSystemID

MonitorHourly ParameterCodeType HourlyValueType HourlyValueType MODCCodeType OptionalIdentifierType
Code used to identify the parameter. Unadjusted measured value. Adjusted average concentration or flow for the hour. Code used to identify the method of determination. The three digit code used by the source to identify the monitoring system. The three digit code assigned by the source to identify the component. Percent monitor data availability. Moisture basis for measured value.

200:10

PercentAvailable MoistureBasis
PercentAvailableType MoistureBasisType

200:24 211:31

Page 17
Figure 24 SummaryValueData
Figure 25 SummaryValueData XML Elements

RequiredStackPipeType

Three to six alphanumeric character code which is assigned by the source to identify a stack or pipe. One to six alphanumeric character code assigned by the source to identify a unit. Code used to identify the parameter. Total value for current reporting period. Ozone season year to date total. Year to date total.
ParameterCode CurrentReportingPeriod Total OzoneSeasonToDate Total YearToDateTotal
SummaryValue ParameterCodeType SummaryValueTotal Type SummaryValueTotal Type SummaryValueTotal Type

N/A New New New

Page 18
Figure 26 Simple Types Used for Validation
Validation Patterns, Restrictions, and Values
Total Digits = 6, Decimal Places = 1

SimpleType Name

CalibrationError Type

Used By

DailyCalibrationData/ UpscaleCalibration Error DailyCalibrationData/ ZeroCalibrationError

Decimal

Allow Null Values

CalibrationValue Type

DailyCalibrationData/ UpscaleMeasured Value DailyCalibrationData/ UpscaleReference Value DailyCalibrationData/ ZeroMeasuredValue DailyCalibrationData/ ZeroReferenceValue
Total Digits = 13, Decimal Places = 3
CarbonContentUsed DailyFuelData/ Type CarbonContentUsed CommonStack LoadRangeType HourlyOperatingData/ CommonStackLoad Range

Decimal Integer

Yes Yes
Total Digits = 6, Decimal Places = 1 Minimum Value (inclusive) = 1, Maximum Value (inclusive) = 20 Maximum Length = 25 characters CO2M
CylinderIdentifierT ype DailyEmission ParameterCode Type DailyEmissions Type
DailyCalibrationData/Cy String linderIdentifier DailyEmissionData/ ParameterCode DailyEmissionData/ AdjustedDaily Emissions DailyEmissionData/ SorbentRelatedMass Emissions DailyEmissionData/ TotalDailyEmissions String

Total Digits = 10, Decimal Places = 1

Page 19

Figure 26 Simple Types Used for Validation (cont.)
Total Digits = 14, Decimal Places = 1 BFG BUT CDG COG DGG DSL LFG LPG MIX NNG OGS OIL OOL PDG PNG PRG PRP RFG SRG CO2 CO2C CO2M H2O HI HIT NOX NOXM NOXR SO2 SO2M Total Digits = 8, Decimal Places = 1
DailyFuelFeedType DerivedHourly FuelCodeType
DailyFuelData/ DailyFuelFeed DerivedHourlyValue Data/FuelCode

Decimal String

DerivedHourly ParameterCode Type
DerivedHourlyValue Data/ParameterCode

String

HourlyOperatingData/ FcFactor HourlyOperatingData/ FdFactor HourlyOperatingData/ FwFactor
FuelCarbonBurnedT DailyFuelData/ ype FuelCarbonBurned
Total Digits = 14, Decimal Places = 1 (cont.)

Page 20

A MJ Total Digits = 6, Decimal Places = 2 AIR APPVD CO2 GMIS N2C N2C2 N2CC NC NC2 NCC NO NO2 NTRM NX NXC NXC2 NXCC O2 OC OC2 OCC PRM RGM SC SC2 SN SN2 SN2C SN2C2 SN2CC SNC SNC2 SNCC SNX SNXC SNXC2 SNXCC SO SO2 SOC SRM
FuelPeriodCode Type FuelUsageTime Type GasTypeCode
LongTermFuelFlow Data/FuelFlowPeriod Code HourlyFuelFlowData/ FuelUsageTime DailyCalibrationData/U pscaleGasTypeCode

Page 21

March 9, 2011 GCVUnitsOf MeasureCode Type LongTermFuelFlowData String /GCVUnitsOfMeasure Code Yes
Emissions XML Schema Version 1.3 BTUGAL BTULB BTUSCF Total Digits = 10, Decimal Places = 1 Total Digits = 6, Decimal Places = 0 BFG BUT CDG COG DGG DSL LFG LPG MIX NNG OGS OIL OOL PDG PNG PRG PRP RFG SRG (cont.)
GrossCalorificValue LongTermFuelFlowData Decimal Type /GrossCalorificValue HourLoadType HourlyFuelFlow FuelCodeType HourlyOperatingData/ HourLoad HourlyFuelFlowData/ FuelCode Integer String

Yes Yes No

Page 22
BFG BUT C CDG COG CRF DGG DSL LFG LPG MIX NNG OGS OIL OOL OSF PDG PNG PRG PRP PRS PTC R RFG SRG TDF W WL CO2 DENSOIL FC GCV HI NOXR SO2 SO2R SULFUR (cont.)
HourlyOperating FuelCodeType
DailyFuelData/FuelCode String HourlyOperatingData/ FuelCode
HourlyParameter FuelFlowParameter CodeType
HourlyParameterFuel FlowData/Parameter Code

Page 23

BTUBBL BTUGAL BTUHSCF BTUKWH BTULB BTUM3 BTUSCF GRHSCF LBBBL LBGAL LBHR LBM3 LBMMBTU LBSCF MMBTUHR PCT SCFCBTU TNHR Total Digits = 14, Decimal Places = 4
HourlyParameter FuelFlowUnitsOf MeasureCodeType
HourlyParameterFuel FlowData/UnitsOf MeasureCode

HourlyValueType

DerivedHourlyValue Data/AdjustedHourly Value DerivedHourlyValue Data/Unadjusted HourlyValue MonitorHourlyValue Data/AdjustedHourly Value MonitorHourlyValue Data/UnadjustedHourly Value

One to three character alphanumeric string

OptionalMinute Type

DailyCalibrationData/ UpscaleInjection Minute DailyCalibrationData/ ZeroInjectionMinute DailyTestSummaryData/ Minute
Minimum Value (inclusive) = 0, Maximum Value (inclusive) = 59

Emissions/ORISCode

Minimum Value (inclusive) = 1, Maximum Value (inclusive) = 999999 (cont.)

Page 27

Total Digits = 13, Decimal Places = 5 Total Digits = 5, Decimal Places = 2
ParameterValue ForFuelType PercentAvailable Type
HourlyParameterFuel FlowData/Parameter ValueForFuel DerivedHourlyValue Data/PercentAvailable MonitorHourlyValue Data/PercentAvailable

QuarterType

Emissions/Quarter
(20)\d\d Year 2000-2099 Must be a date
ReportingYear Type RequiredDate Type

Emissions/Year

DailyEmissionData/Date Date DailyTestSummaryData/ Date HourlyOperatingData/ Date

RequiredHourType

DailyTestSummary Data/Hour HourlyOperatingData/ Hour
Minimum Value (inclusive) = 0, Maximum Value (inclusive) =23 [A-Z0-9]{1,3} One to three character alphanumeric string (cont.)

RequiredIdentifier Type

LongTermFuelFlow Data/MonitoringSystem ID

Page 28

(C|c|M|m|X|x)(S|s|P|p) [A-z0-9]{1,4}
DailyEmissionData/ StackPipeID DailyTestSummaryData/ StackPipeID HourlyOperatingData/ StackPipeID LongTermFuelFlowData /StackPipeID SummaryValueData/ StackPipeID
Three to six character string beginning with "CS," "CP," "MS," "MP," or "XS"
DailyEmissionData/ UnitID DailyTestSummaryData/ UnitID HourlyOperatingData/ UnitID LongTermFuelFlowData /UnitID SummaryValueData/ UnitID

[A-Z0-9 \-\*#]{1,6}

One to six character alphanumeric string; also allow asterisk (*), hyphen (-), and pound sign (#)

SegmentNumber Type

DerivedHourlyValue Data/SegmentNumber HourlyParameterFuel FlowData/Segment Number

Must be an integer

SODMassCode Type
HourlyFuelFlowData/ SourceOfDataMass Code

Page 29

9 H L Maximum Length = 4,000 characters 10 BCO2 CO2M HIT NOXM NOXR OPHOURS OPTIME SO2M Total Digits = 13, Decimal Places = 3

SODVolumetric CodeType

HourlyFuelFlowData/ SourceOfData VolumetricCode
SpanScaleCode Type Submission CommentType SulfurSample TypeCodeType
DailyTestSummaryData/ String SpanScaleCode Emissions/Submission Comment HourlyParameterFuel FlowData/SampleType Code String String

Yes No Yes

SummaryValue ParameterCode Type
SummaryValueData/ ParameterCode

SummaryValue TotalType

SummaryValueData/ CurrentReporting PeriodTotal SummaryValueData/ OzoneSeasonToDate Total SummaryValueData/ YearToDateTotal

Page 30

ABORTED FAILED INC PASSAPS PASSED DAYCAL INTCHK PEMSCAL Total Digits = 14, Decimcal Places = 1 Total Digits = 10, Decimal Places = 0 HIGH MID Maximum Length = 8 characters Maximum Length = 10 characters Total Digits = 11, Decimal Places = 1 BBLHR GALHR HSCF M3HR SCFH

TestResultCode Type

DailyTestSummary Data/TestResultCode
TestTypeCode Type TotalCarbonBurned Type TotalHeatInput Type UpscaleGasCode Type VendorIdentificatio nType VersionType VolumetricFlow RateType VolumetricUnits OfMeasureType
DailyTestSummary Data/TestTypeCode
DailyEmissionData/Tota Decimal lCarbonBurned LongTermFuelFlow Data/TotalHeatInput DailyCalibrationData/ UpscaleGasCode Decimal String
Yes Yes Yes No Yes Yes Yes
DailyCalibrationData/Ve String ndorIdentifier Emissions/Version HourlyFuelFlowData/ VolumetricFlowRate HourlyFuelFlowData/ VolumetricUnitsOf MeasureCode String Decimal String

Page 31