| POSC Specifications Version 2.2 |
Epicentre Logical Data Model |
The description of a fluid phase that is not specific, that is, has no unique name or characteristics (properties). Examples include oleic, vapor, aqueous and surfactant.
- kind (M, K: ndt_name)
- The kind of the generic fluid phase.
- description (M: ndt_comment)
- The description of the generic fluid phase.
- source (M, I: ref_source)
- The provider of this instance of reference information. If this instance is provided by POSC, then this attribute must be "POSC". Each ref_generic_fluid_phase must provided by one ref_source. Inherited from reference_behavior.
- status (O, I: ndt_instance_status) (0644)
- The status of this instance in the version of Epicentre running in a data store. This is an enumerated datatype for which the following are the possible values: current, provisional, deprecated. Current - use without restriction. Provisional - use with caution, this value is for comment and may not appear in future releases of Epicentre. Deprecated - avoid use if possible, it is planned to remove this value in the next major release of Epicentre. Inherited from reference_behavior.
- code_alias (I, V: SET[0:?] ref_code_alias(standard_code))
- Defines a list of alternative names associated with this instance. These may be aliases, translations, codes, etc. Each ref_generic_fluid_phase may have one or more ref_code_alias. Inherited from ref_code.
- evaluated_flow_stream (I, V: SET[0:?] evaluated_flow_stream(fluid_phase)) (1169)
- These are the evaluated flow streams defined for this fluid phase. Each ref_generic_fluid_phase may be used to define one or more evaluated_flow_stream. Inherited from fluid_phase.
- fluid_saturation_condition (I, V: SET[0:?] fluid_saturation_condition(fluid_phase))
- These are the descriptions of saturations in rock fluid features (i.e., reservoirs), cores, cuttings, etc. that use this fluid phase. Each ref_generic_fluid_phase may be used to define one or more fluid_saturation_condition. Inherited from fluid_phase.
- immobile_for (I, V: SET[0:?] two_phase_rock_fluid_interaction(immobile_phase))
- The set of two phase rock fluid interactions for which this fluid phase is an immobile phase. Each ref_generic_fluid_phase may be immobile in one or more two_phase_rock_fluid_interaction. Inherited from fluid_phase.
- intermediate_wets (I, V: SET[0:?] three_phase_rock_fluid_interaction(intermediate_phase))
- The set of three phase rock fluid interactions for which this fluid phase is the intermediate wetting phase. Each ref_generic_fluid_phase may be used as intermediate wetting by one or more three_phase_rock_fluid_interaction. Inherited from fluid_phase.
- measured_flow_stream (I, V: SET[0:?] measured_flow_stream(fluid_phase)) (1169)
- These are the measured flow stream of fluid defined for this fluid phase. Each ref_generic_fluid_phase may be used to define one or more measured_flow_stream. Inherited from fluid_phase.
- nonwets_capillary_pressure_curve (I, V: SET[0:?] capillary_pressure_curve(nonwetting_phase))
- The set of capillary pressure curves for which this phase is designated as the nonwetting phase. Each ref_generic_fluid_phase may be used as nonwetting by one or more capillary_pressure_curve. Inherited from fluid_phase.
- nonwets_capillary_pressure_point (I, V: SET[0:?] capillary_pressure_point(nonwetting_phase))
- This fluid phase is designated as the nonwetting phase for a capillary pressure at a single saturation point. Each ref_generic_fluid_phase may be used as nonwetting one or more capillary_pressure_point. Inherited from fluid_phase.
- nonwets_three_phase (I, V: SET[0:?] three_phase_rock_fluid_interaction(nonwetting_phase))
- The set of three phase rock fluid interactions for which this fluid phase is the nonwetting phase. Each ref_generic_fluid_phase may be used as nonwetting by one or more three_phase_rock_fluid_interaction. Inherited from fluid_phase.
- nonwets_two_phase (I, V: SET[0:?] two_phase_rock_fluid_interaction(nonwetting_phase))
- The set of two phase rock fluid interactions for which this fluid phase is the nonwetting phase. Each ref_generic_fluid_phase may be used as nonwetting by one or more two_phase_rock_fluid_interaction. Inherited from fluid_phase.
- source_reference (O, I: ref_source_reference)
- The reference used by source to provide the standard instance, such as Petroleum Industry Data Dictionary (PIDD), Websters Ninth New Collegiate Dictionary, etc. Each ref_generic_fluid_phase may documented by one ref_source_reference. Inherited from reference_behavior.
- surface_fluid_phase_condition (I, V: SET[0:?] surface_fluid_phase_condition(fluid_phase))
- This describes the standard pressures and temperatures associated with a fluid phase at a producing object. Each ref_generic_fluid_phase may have a state of one or more surface_fluid_phase_condition. Inherited from fluid_phase.
- version (O, I: ref_epicentre_version) (0644)
- Describes the version of Epicentre when this status was assigned to this instance of reference behavior Each ref_generic_fluid_phase may version one ref_epicentre_version. Inherited from reference_behavior.
- wets_capillary_pressure_curve (I, V: SET[0:?] capillary_pressure_curve(wetting_phase))
- The set of capillary pressure curves for which this fluid phase is designated as the wetting phase. Each ref_generic_fluid_phase may be used as wetting by one or more capillary_pressure_curve. Inherited from fluid_phase.
- wets_capillary_pressure_point (I, V: SET[0:?] capillary_pressure_point(wetting_phase))
- This fluid phase is designated as the wetting phase for a capillary pressure at a single saturation point. Each ref_generic_fluid_phase may be used as wetting by one or more capillary_pressure_point. Inherited from fluid_phase.
- wets_fluid_rock_system (I, V: SET[0:?] rock_fluid_interaction(wetting_phase))
- The set of rock fluid interactions (one, two or three phase) for which this fluid phase is the wetting phase. Each ref_generic_fluid_phase may be used as wetting by one or more rock_fluid_interaction. Inherited from fluid_phase.
Local rules:
Referenced in Diagrams:
Generated on Mon Dec 1 10:10:16 1997
© Copyright 1997 POSC. All rights reserved.