<?xml version="1.0" encoding="UTF-8"?>
<?xml-stylesheet href="./stylesheets/generic.xsl" type="text/xsl" media="screen"?>
<!--   			Example of Fluids Report 	-->
<fluidsReports 
	xmlns="http://www.witsml.org/schemas/1series" 
	xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" 
	xsi:schemaLocation="http://www.witsml.org/schemas/1series  ../xsd_schemas/obj_fluidsReport.xsd" 
	version="1.4.1.1">
<!-- 
These examples are only intended to demonstrate the type of data that can be exchanged.
They totally artificial and are not intended to demonstrate best practices. 
-->
	<documentInfo>
		<documentName>fluidsReport</documentName>
		<fileCreationInformation>
			<fileCreationDate>2001-10-31T08:15:00.000Z</fileCreationDate> 
			<fileCreator>John Smith</fileCreator>
		</fileCreationInformation>
	</documentInfo>
	<fluidsReport uidWell="W-12" uidWellbore="B-01" uid="121">
		<nameWell>6507/7-A-42</nameWell>
		<nameWellbore>A-42</nameWellbore>
		<name>Rpt A-42-R003</name>
		<dTim>2001-10-31T16:30:00.000Z</dTim>
		<md uom="m">2438</md>
		<tvd uom="m">2345</tvd>
		<numReport>1</numReport>
		<fluid uid="fluid-1">
			<type>OilBased</type>
			<locationSample>Pit</locationSample>
			<density uom="g/L">1.26</density>
			<visFunnel uom="s">135</visFunnel>
			<tempVis uom="degC">28</tempVis>
			<pv uom="cP">50</pv>
			<yp uom="lbf/100ft2">30</yp>
			<gel10Sec uom="lbf/100ft2">14</gel10Sec>
			<gel10Min uom="lbf/100ft2">24</gel10Min>
			<gel30Min uom="lbf/100ft2">27</gel30Min>
			<filterCakeLtlp uom="in/32">1</filterCakeLtlp>
			<filtrateLtlp uom="mL">2.3</filtrateLtlp>
			<tempHthp uom="degF">200</tempHthp>
			<presHthp uom="psi">500</presHthp>
			<filtrateHthp uom="mL">2.4</filtrateHthp>
			<filterCakeHthp uom="in/32">1</filterCakeHthp>
			<solidsPc uom="%">6.1</solidsPc>
			<waterPc uom="%">32</waterPc>
			<oilPc uom="%">53</oilPc>
			<sandPc uom="%">0.3</sandPc>
			<solidsLowGravPc uom="%">6.1</solidsLowGravPc>
			<solidsCalcPc uom="%">7.5</solidsCalcPc>
			<baritePc uom="%">5.0</baritePc>
			<lcm uom="lbm/bbl">10</lcm>
			<mbt uom="meq/g">0.3</mbt>
			<ph>10.5</ph>
			<tempPh uom="degC">28</tempPh>
			<pm uom="mL">0.9</pm>
			<pmFiltrate uom="mL">1.3</pmFiltrate>
			<mf uom="mL">1.0</mf>
			<alkalinityP1 uom="mL">1.1</alkalinityP1>
			<alkalinityP2 uom="mL">1.2</alkalinityP2>
			<chloride uom="mg/L">18750</chloride>
			<calcium uom="mg/L">7000</calcium>
			<magnesium uom="mg/L">104.5</magnesium>
			<potassium uom="mg/L">5000</potassium>
			<rheometer uid="rheometer-1">
				<tempRheom uom="degC">25</tempRheom>
				<presRheom uom="psi">0</presRheom>
				<vis3Rpm>10</vis3Rpm>
				<vis6Rpm>12</vis6Rpm>
				<vis100Rpm>40</vis100Rpm>
				<vis200Rpm>61</vis200Rpm>
				<vis300Rpm>80</vis300Rpm>
				<vis600Rpm>130</vis600Rpm>
			</rheometer>
			<rheometer uid="rheometer-2">
				<tempRheom uom="degC">26</tempRheom>
				<presRheom uom="psi">1</presRheom>
				<vis3Rpm>11</vis3Rpm>
				<vis6Rpm>13</vis6Rpm>
				<vis100Rpm>42</vis100Rpm>
				<vis200Rpm>63</vis200Rpm>
				<vis300Rpm>83</vis300Rpm>
				<vis600Rpm>135</vis600Rpm>
			</rheometer>
			<brinePc uom="%">20</brinePc>
			<lime uom="lbm/bbl">3.2</lime>
			<electStab uom="V">360</electStab>
			<calciumChloride uom="mg/L">5000</calciumChloride>
			<company>Baker Hughes INTEQ</company>
			<engineer>Doug Bullivant/Andy Duncombe</engineer>
			<asg>.0353</asg>
			<solidsHiGravPc uom="%">7.22</solidsHiGravPc>
			<polymer uom="%">2.5</polymer>
			<polyType>XCD POLYMER</polyType>
			<solCorPc uom="%">3.53</solCorPc>
			<oilCtg uom="g/kg">110.3</oilCtg>
			<hardnessCa uom="ppm">3200</hardnessCa>
			<sulfide uom="g/L">10.5</sulfide>
			<comments>Base oil,  fluid loss additive and viscosifier to active and reserve mud.</comments>
		</fluid>
		<commonData>
			<itemState>plan</itemState>
			<comments>These are the comments associated with theFluids Report data object.</comments>
		</commonData>
	</fluidsReport>
</fluidsReports>
