rdfs:comment"physical thing during one day. NOTE If the report does not represent one day then this represents the 24 hour period ending at the end of the report period. (source MPR-XSD)"^^xsd:string;
rdfs:label"physical thing during one day"^^xsd:string;
rdfs:comment"physical thing during a month starting at 06:00 AM the first day and ending at 06:00 AM the first day of the next month (source MPR-XSD)"^^xsd:string;
rdfs:label"physical thing during one gas month"^^xsd:string;
rdfs:comment"physical thing during one week. If the report does not represent one week then this represents the 7 times 24 hour period ending at the end of the report period. (source MPR-XSD)"^^xsd:string;
rdfs:label"physical thing during one week"^^xsd:string;
rdfs:comment"flow that is a performance requirement as determined by a budget (source: MPR-XSD)"^^xsd:string;
rdfs:label"budget flow"^^xsd:string;
rdfs:subClassOfep-flow:Flow.
ep-flow:ClassOfMaterialWithMassCriterion
rdf:typerdfs:Class;
rdfs:comment"class that has amounts of material with a particular mass as members"^^xsd:string,"NOTE: This class is used for the average daily mass of material in a particular flow. In this case the criteria for being a member of the class is that it is material taken from a particular flow during a reporting period, and that the material has the average mass of a daily flow during the reporting period."^^xsd:string;
rdfs:comment"NOTE: This class is used for the average daily mass of material in a particular flow. In this case the criteria for being a member of the class is that it is material taken from a particular flow during a reporting period, and that the material has the average mass of a daily flow during the reporting period."^^xsd:string,"class that has amounts of material with a particular mass as members"^^xsd:string;
rdfs:label"class of material with mass criterion"^^xsd:string;
rdfs:comment"flow that is determined by an allowable or other performance limit. This includes allowables which are usually established by a regulatory agency for a product. (source: MPR-XSD)"^^xsd:string;
rdfs:comment"consumption flow that is burned in a flare. A fluid stream that has one or more flares as the ultimate target. (source: MPR-XSD)"^^xsd:string;
rdfs:comment"flow that is estimated or calculated, possibly based on comparable product flow units, but not based on reservoir simulations for the particular product flow unit (source: MPR-XSD)"^^xsd:string;
rdfs:comment"forecast flow that is calculated using a pseudo decline-curve of flow rate over time. This presumes that the flow will not be interrupted over the time period. (source: MPR-XSD)"^^xsd:string;
rdfs:comment"injection flow into a producing well to reduce the hydrostataic pressure of the fluid column. The resulting reduction in bottom hole pressure allows the reservoir liquids to flow. (source: MPR-XSD)"^^xsd:string;
rdfs:comment"flow that is an accounting of all of the fluids into and out of Stock (i.e., Inventory) which includes all storage facilities at a site including fluid within a pipeline (source: MPR-XSD)"^^xsd:string;
rdfs:comment"flow that has been processed. This is different from derived flow because it is fundamentally a variation of the original flow. (source: MPR-XSD)"^^xsd:string;
rdfs:label"processed flow"^^xsd:string;
rdfs:subClassOfep-flow:Flow.
...
...
@@ -451,31 +451,31 @@ ep-flow:ProductInventory
rdfs:subClassOfep-flow:Inventory.
ep-flow:ProductInventoryAdjustedClosingBalance
rdf:typeowl:Class,ep-flow:ProductInventoryType;
rdf:typeep-flow:ProductInventoryType,owl:Class;
rdfs:comment"product inventory that <not documented in XSD>"^^xsd:string;
rdfs:comment"product inventory that is the unused and availiable quantity of gas within a gas transportation system and/or at one or many gas producing fields that is accessible by the operator responsible for gas transportation for the purposes of alleviating field curtailment (source: MPR-XSD)"^^xsd:string;
rdfs:label"product inventory opFlex"^^xsd:string;
rdfs:subClassOfep-flow:ProductInventory.
ep-flow:ProductInventoryOpeningBalance
rdf:typeowl:Class,ep-flow:ProductInventoryType;
rdf:typeep-flow:ProductInventoryType,owl:Class;
rdfs:comment"product inventory that is at the beginning of a time period (source: MPR-XSD)"^^xsd:string;
rdfs:comment"flow that is believed to be very desirable if it can be achieved. This a recommendation that something be changed in order to achieve this flow. (source: MPR-XSD)"^^xsd:string;
rdfs:comment"length that is the average of the higher 1/3 of the wave heights passing during a sample period (typically 20 to 30 minutes) (source: MPR-XSD)"^^xsd:string;
rdfs:comment"length that is the fluid level achieved in the well. The value is given as length units from the top of the well. (source MPR-XSD)"^^xsd:string;
rdfs:domainep-material:Fluid;
rdfs:label"depth of fluid surface from top of well"^^xsd:string;
rdfs:comment"The P/Z value at the point. This is P/Z, pressure over gas compressibility factor (z). Note that the uom is units of pressure, since Z is dimensionless. (source: MPR-XSD)"^^xsd:string;
rdfs:domainep-material:Gas;
rdfs:label"pressure over gas compressibility factor"^^xsd:string;
rdfs:comment"volumetric flow rate that is the potential of the well to produce natural gas. This represents the flow rate that could be achieved under maximum drawdown. (source: MPR-XSD)"^^xsd:string;
rdfs:comment"volumetric flow rate is the the potential of a well or wellbore to produce crude oil. This represents the flow rate that could be achieved under maximum drawdown. (source: MPR-XSD)"^^xsd:string;
rdfs:comment"STEP 80000c Create the spatial parts that have the parameterSet property (80000a and 80000b are rules on productVolumeFacility)"^^xsd:string;
rdfs:comment"STEP 80000c Create the spatial parts that have the parameterSet property (80000a and 80000b are rules on productVolumeFacility)"^^xsd:string;