data.posccaesar.org / npd

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David Leal
a9c19fb4 1 parent f97baba2

Completed MPR wellTest data except for wellTestCumulative and the split factors,… 

… where I am unclear about the meaning of the XML elements.
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Showing 7 changed files with 193 additions and 57 deletions
......@@ -49,11 +49,21 @@ ep-prodwell:FluidComponentType
rdfs:label "fluid component type"^^xsd:string ;
rdfs:subClassOf owl:Class .
ep-prodwell:FluidComponentWholePair
rdf:type owl:Class ;
rdfs:label "fluid component/whole pair"^^xsd:string ;
rdfs:subClassOf ep-prodwell:FluidPair .
ep-prodwell:FluidFraction
rdf:type ep-prodwell:FluidComponentKindType , owl:Class ;
rdfs:label "fluid fraction"^^xsd:string ;
rdfs:subClassOf ep-well:Fluid .
ep-prodwell:FluidNonPrimaryComponentWholePair
rdf:type owl:Class ;
rdfs:label "fluid non-primary component/whole pair"^^xsd:string ;
rdfs:subClassOf ep-prodwell:FluidComponentWholePair .
ep-prodwell:FluidPair
rdf:type owl:Class ;
rdfs:label "fluid pair"^^xsd:string ;
......@@ -64,20 +74,10 @@ ep-prodwell:FluidPhaseType
rdfs:label "fluid phase type"^^xsd:string ;
rdfs:subClassOf owl:Class .
ep-prodwell:FluidWholeComponentPair
ep-prodwell:FluidPrimaryComponentWholePair
rdf:type owl:Class ;
rdfs:label "fluid whole-component pair"^^xsd:string ;
rdfs:subClassOf ep-prodwell:FluidPair .
ep-prodwell:FluidWholeNonPrimaryComponentPair
rdf:type owl:Class ;
rdfs:label "fluid whole-non-primary component pair"^^xsd:string ;
rdfs:subClassOf ep-prodwell:FluidWholeComponentPair .
ep-prodwell:FluidWholePrimaryComponentPair
rdf:type owl:Class ;
rdfs:label "fluid whole-primary component pair"^^xsd:string ;
rdfs:subClassOf ep-prodwell:FluidWholeComponentPair .
rdfs:label "fluid primary component/whole pair"^^xsd:string ;
rdfs:subClassOf ep-prodwell:FluidComponentWholePair .
ep-prodwell:FreshWater
rdf:type ep-prodwell:InjectionFluidType , owl:Class , ep-well:FluidComponentType ;
......@@ -149,6 +149,11 @@ ep-prodwell:Steam
rdfs:label "steam"^^xsd:string ;
rdfs:subClassOf ep-prodwell:NonHcGas .
ep-prodwell:TemporalPartOfASpatialPartOfAWellBore
rdf:type owl:Class ;
rdfs:label "temporal part of a spatial part of a wellbore"^^xsd:string ;
rdfs:subClassOf ep-well:TemporalPartOfAWellBore .
ep-prodwell:UnknownFluid
rdf:type ep-prodwell:InjectionFluidType , owl:Class , ep-well:FluidComponentType ;
rdfs:label "unknown fluid"^^xsd:string ;
......@@ -161,7 +166,7 @@ ep-prodwell:basicSedimentAndWater
ep-prodwell:componentFluid
rdf:type owl:ObjectProperty , owl:FunctionalProperty ;
rdfs:domain ep-prodwell:FluidWholeComponentPair ;
rdfs:domain ep-prodwell:FluidComponentWholePair ;
rdfs:label "component fluid"^^xsd:string ;
rdfs:range ep-well:Fluid ;
rdfs:subPropertyOf ep-prodwell:firstFluidInPair .
......@@ -239,7 +244,7 @@ ep-prodwell:volumeRatio
ep-prodwell:wholeFluid
rdf:type owl:ObjectProperty , owl:FunctionalProperty ;
rdfs:domain ep-prodwell:FluidWholeComponentPair ;
rdfs:domain ep-prodwell:FluidComponentWholePair ;
rdfs:label "whole fluid"^^xsd:string ;
rdfs:range ep-well:Fluid ;
rdfs:subPropertyOf ep-prodwell:secondFluidInPair .
......@@ -253,5 +258,8 @@ ep-well:Gas
ep-well:Oil
rdf:type ep-prodwell:InjectionFluidType .
ep-well:SpatialPartOfAWellBore
rdfs:subClassOf ep-prodwell:TemporalPartOfASpatialPartOfAWellBore .
ep-well:Water
rdf:type ep-prodwell:InjectionFluidType .
......
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<?xml version="1.0" encoding="UTF-8"?>
<objects version="1.0(MPRML)"
xmlns:witsml="http://www.epim.no/schemas/mprml/1"
xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
xsi:schemaLocation="http://www.epim.no/schemas/mprml/1 file:///C:/Users/owner/TBCMEWorkspace/EPIM-ontologies/www.reportinghub.no/input/mpr/xsd/1.0/obj_object_profiled_data_schema.xsd" xmlns="http://www.epim.no/schemas/mprml/1">
<context xsi:type="obj_report">
<kind>Daily production report Trym</kind>
<title>Daily production report Trym September 2011</title>
<date>2011-08-27</date>
<kind>Daily production report Trym</kind>
<title>Daily production report Trym September 2011</title>
<date>2011-08-27</date>
</context>
<object xsi:type="obj_wellTest">
......@@ -25,44 +27,170 @@
<testedBy>Fred Bloggs</testedBy>
</fluidLevelTest>
<productionTest>
<testDuration uom="h">4.0</testDuration>
<testInterval>
<mdTop uom="m">2000</mdTop>
<mdBase uom="m">2001</mdBase>
<wellbore>1/3-A-1 H</wellbore>
<testedFormation>formation 1</testedFormation>
<valvePosition uom="%">0.5</valvePosition>
</testInterval>
<testInterval>
<mdTop uom="m">2002</mdTop>
<mdBase uom="m">2003</mdBase>
<wellbore>1/3-A-1 H</wellbore>
<testedFormation>formation 2</testedFormation>
<valvePosition uom="%">0.6</valvePosition>
</testInterval>
<wellheadData>
<temperature uom="degC">57.89</temperature>
<flowingPressure uom="bar">24.28525</flowingPressure>
<chokeOrificeSize uom="in/64">15.3000002</chokeOrificeSize>
<gasLiftchokeOrificeSize uom="in/64">15.3000002</gasLiftchokeOrificeSize>
</wellheadData>
<separatorData>
<separatorPressure uom="bar">24.28525</separatorPressure>
<separatorTemperature uom="degC">57.89</separatorTemperature>
</separatorData>
<productionTestResults>
<oilRate>
<fluidRateStdTempPres uom="m3/d">198.42636724550405</fluidRateStdTempPres>
</oilRate>
<gasRate>
<fluidRateStdTempPres uom="m3/d">47780.95567704101</fluidRateStdTempPres>
</gasRate>
<waterRate>
<fluidRate uom="m3/d">50.05</fluidRate>
</waterRate>
<gasOilRatio uom="m3/m3">240.79</gasOilRatio>
</productionTestResults>
</productionTest>
<productionTest>
<testDuration uom="h">4.0</testDuration>
<testInterval>
<mdTop uom="m">2000</mdTop>
<mdBase uom="m">2001</mdBase>
<wellbore>1/3-A-1 H</wellbore>
<testedFormation>formation 1</testedFormation>
<valvePosition uom="%">50</valvePosition>
</testInterval>
<testInterval>
<mdTop uom="m">2002</mdTop>
<mdBase uom="m">2003</mdBase>
<wellbore>1/3-A-1 H</wellbore>
<testedFormation>formation 2</testedFormation>
<valvePosition uom="%">60</valvePosition>
</testInterval>
<wellheadData>
<temperature uom="degC">57.89</temperature>
<flowingPressure uom="bar">24.28525</flowingPressure>
<shutInPressure uom="bar">25</shutInPressure>
<flowLinePressure uom="bar">26</flowLinePressure>
<chokeOrificeSize uom="in/64">15</chokeOrificeSize>
<gasLiftPres uom="bar">27</gasLiftPres>
<gasLiftTemp uom="degC">58</gasLiftTemp>
<gasLiftVolume>
<volumeStdTempPres uom="m3">50</volumeStdTempPres>
<volume uom="m3">51</volume>
<densityStdTempPres uom="kg/m3">800</densityStdTempPres>
<density uom="kg/m3">801</density>
</gasLiftVolume>
<gasLiftRate>
<fluidRate uom="m3/d">5000</fluidRate>
<fluidRateStdTempPres uom="m3/d">5100</fluidRateStdTempPres>
</gasLiftRate>
<gasLiftchokeOrificeSize uom="in/64">16</gasLiftchokeOrificeSize>
</wellheadData>
<bottomholeData>
<bottomholePres uom="bar">28</bottomholePres>
<bottomholeTemp uom="degC">59</bottomholeTemp>
<bottomholePOverZ uom="bar">9</bottomholePOverZ>
<bottomholeMD uom="m">2004</bottomholeMD>
<wellbore>1/3-A-1 H</wellbore>
</bottomholeData>
<pointData>
<pres uom="bar">28</pres>
<temp uom="degC">59</temp>
<pOverZ uom="bar">10</pOverZ>
<md uom="m">2004</md>
<wellbore>1/3-A-1 H</wellbore>
</pointData>
<pointData>
<pres uom="bar">29</pres>
<temp uom="degC">60</temp>
<pOverZ uom="bar">11</pOverZ>
<md uom="m">2005</md>
<wellbore>1/3-A-1 H</wellbore>
</pointData>
<separatorData>
<separatorPressure uom="bar">24.28525</separatorPressure>
<separatorTemperature uom="degC">57.89</separatorTemperature>
</separatorData>
<operatingMethod>my operating method</operatingMethod>
<productionTestResults>
<oilVolume>
<volumeStdTempPres uom="m3">52</volumeStdTempPres>
<volume uom="m3">53</volume>
<densityStdTempPres uom="kg/m3">802</densityStdTempPres>
<density uom="kg/m3">803</density>
</oilVolume>
<oilRate>
<fluidRate uom="m3/d">200</fluidRate>
<fluidRateStdTempPres uom="m3/d">198.42636724550405</fluidRateStdTempPres>
</oilRate>
<gasVolume>
<volumeStdTempPres uom="m3">520</volumeStdTempPres>
<volume uom="m3">530</volume>
<densityStdTempPres uom="kg/m3">102</densityStdTempPres>
<density uom="kg/m3">103</density>
<gasClass>my gas class</gasClass>
</gasVolume>
<gasRate>
<fluidRate uom="m3/d">50000</fluidRate>
<fluidRateStdTempPres uom="m3/d">47780.95567704101</fluidRateStdTempPres>
</gasRate>
<waterVolume>
<volume uom="m3">54</volume>
</waterVolume>
<waterRate>
<fluidRate uom="m3/d">50.05</fluidRate>
</waterRate>
<condensateVolume>
<volumeStdTempPres uom="m3">55</volumeStdTempPres>
<volume uom="m3">56</volume>
<densityStdTempPres uom="kg/m3">804</densityStdTempPres>
<density uom="kg/m3">805</density>
</condensateVolume>
<condensateRate>
<fluidRate uom="m3/d">201</fluidRate>
<fluidRateStdTempPres uom="m3/d">202</fluidRateStdTempPres>
</condensateRate>
<gasOilRatio uom="m3/m3">240.79</gasOilRatio>
<waterCut uom="m3/m3">0.1</waterCut>
<density uom="kg/m3">105</density>
<fluidVelocity uom="m/s">9</fluidVelocity>
<condensateYield uom="m3/m3">0.2</condensateYield>
<basicSedimentAndWater uom="m3/m3">0.3</basicSedimentAndWater>
<oilPotential uom="m3/d">57</oilPotential>
<gasPotential uom="m3/d">58000</gasPotential>
<sandVolume uom="m3">8</sandVolume>
</productionTestResults>
</productionTest>
<injectionTest>
<testDuration uom="h">5.0</testDuration>
<testInterval>
<mdTop uom="m">2004</mdTop>
<mdBase uom="m">2005</mdBase>
<wellbore>1/3-A-1 H</wellbore>
<testedFormation>formation 3</testedFormation>
<valvePosition uom="%">70</valvePosition>
</testInterval>
<InjectedFluid>brine</InjectedFluid>
<chokeOrificeSize uom="in/64">16</chokeOrificeSize>
<minimumAnnularPressure uom="bar">15</minimumAnnularPressure>
<maximumAnnularPressure uom="bar">16</maximumAnnularPressure>
<wellheadFlowingPressure uom="bar">17</wellheadFlowingPressure>
<wellheadMaximumPressure uom="bar">18</wellheadMaximumPressure>
<injectionTestResults>
<oilVolume>
<volumeStdTempPres uom="m3">22</volumeStdTempPres>
<volume uom="m3">23</volume>
<densityStdTempPres uom="kg/m3">802</densityStdTempPres>
<density uom="kg/m3">803</density>
</oilVolume>
<oilRate>
<fluidRate uom="m3/d">100</fluidRate>
<fluidRateStdTempPres uom="m3/d">99</fluidRateStdTempPres>
</oilRate>
<gasVolume>
<volumeStdTempPres uom="m3">52</volumeStdTempPres>
<volume uom="m3">53</volume>
<densityStdTempPres uom="kg/m3">102</densityStdTempPres>
<density uom="kg/m3">103</density>
</gasVolume>
<gasRate>
<fluidRate uom="m3/d">30000</fluidRate>
<fluidRateStdTempPres uom="m3/d">31000</fluidRateStdTempPres>
</gasRate>
<waterVolume>
<volume uom="m3">4</volume>
</waterVolume>
<waterRate>
<fluidRate uom="m3/d">50.05</fluidRate>
</waterRate>
</injectionTestResults>
</injectionTest>
</object>
</objects>
\ No newline at end of file
......