| Name | Fluid_Non_State_Pty_Set |
|---|---|
| Entity Type | Table |
| Description | The properties of a material identified during a particular fluid analysis that are not dependent on the state of the pressure and the temperature of the material. |
| Submodel | Fluid_Analysis |
| Entity Scope | Project |
| Primary Key | Id |
| Natural Key | Fluid_Sample_Id , Material_Type , Fluid_Analysis_Id , Fluid_Analysis_Stage_Id , Existence_Kind , Version |
| Generalizations | IT_Object , Tracked_Object |
| Specializations |
| Name | Value Domain | Property / Storage Unit | Description | Required / Default | Type |
|---|---|---|---|---|---|
| BSW | double | Percent % |
The BSW content of the fluid. | No |
NUMBER |
| BSW_Free | double | Percent % |
The BSW content of the fluid free of water. | No |
NUMBER |
| Coulter_Count | int | No_Unit |
The quantity of cells in the fluid as determined by the Coulter method. | No |
NUMBER(10) |
| Crude_Char_Factor | double | Dimensionless |
The characterization factor developed by USBM for crude oils; defined as the cube root of the molal average boiling point (degrees Rankine) divided by the specific gravity at 60 degrees Fahrenheit. | No |
NUMBER |
| Distillation_Recovery | double | Volume m3 |
The volume of fluid that was recovered by distillation | No |
NUMBER |
| Existence_Kind | REF_EXISTENCE_KIND | NA |
A reference value that describes the state of existence in the lifecycle of the entity, for example, Planned, Predicted, Required, Simulated, and Actual. | Yes Actual |
VARCHAR2(64) |
| Fire_Point_Temperature | double | Temperature degC |
The temperature observed in the fluid at which it will continue to burn for at least 5 seconds after ignition by an open flame. | No |
NUMBER |
| Flash_Point_Temperature | double | Temperature degC |
The lowest temperature at which the sample can vaporize to form an ignitable mixture in air. | No |
NUMBER |
| Fluid_Analysis_Id | Fluid_Analysis |
|
The identifier of the fluid analysis activity that resulted in these fluid "non-state" properties being recorded. | No |
NUMBER(38) |
| Fluid_Analysis_Stage_Id | Fluid_Analysis_Stage |
|
The identifier of the fluid analysis stage that resulted in these fluid "non-state" properties being recorded. | No |
NUMBER(38) |
| Fluid_Loss_Volume | double | Volume m3 |
Fluid loss. | No |
NUMBER |
| Fluid_Sample_Id | Fluid_Sample |
|
The identifier of the fluid sample described by this set of fluid properties. | Yes |
NUMBER(38) |
| GUID | STRING128 | NA |
Globally Unique IDentifier for an instance of a class. USAGE NOTES: There are two cases: 1) GUID is not populated or used; and 2) it is populated with a value that is globally unique. If the GUID is populated there are two means of doing so for a given project: 2a) Seabed automatically generates and populates the GUID when an instance is created (valid only on Oracle based systems); and 2b) the GUID is generated and populated by an application (other than Seabed) on instance creation. Whether Seabed automatically generates GUIDs for a project is determined by the Auto_GUID flag in SDS_Account. Note that techniques 2a and 2b can coexist in the same project. When GUIDs are automatically generated an application can override the automatically generated GUID with its own GUID by simply supplying the GUID value. Applications that generate their own GUIDs and populate the GUID column will function correctly on projects which have automatic GUID generation turned on. | No |
VARCHAR2(128) |
| Hardness | double | Mass_Per_Volume kg/m3 |
A measurement of the hardness of water. | No |
NUMBER |
| Heat_Content | double | Heat_Capacity J/(kg.K) |
The total amount of energy contained in the sample (enthalpy). | No |
NUMBER |
| Id | ID | No_Unit |
Unique identifier for this entity. | Yes |
NUMBER(38) |
| Insert_Date | DATE | NA |
Date the entity was created in the repository | No |
DATE |
| Insert_User | STRING64 | NA |
The name of the user responsible for the creation of this entity in the repository. | No |
VARCHAR2(64) |
| Latent_Heat_Vaporization | double | Energy keV |
The amount of thermal energy required to convert a unit mass of liquid, at its boiling point to vapor. | No |
NUMBER |
| Mass | double | Mass kg |
The mass of the material. | No |
NUMBER |
| Material_Type | R_Production_Material |
|
A value that describes the material whose non-state properties are being measured. | No |
VARCHAR2(64) |
| Methylene_Blue_Capacity | double | Cation_Exchange_Capacity 0.01 meq/g |
A measure of the cation exchange capacity of a fluid as determined by the Methylene Blue Test (MBT). This is a measure of the clay content within a water based mud, which can be equated typically to the bentonite content. | No |
NUMBER |
| Molecular_Weight | double | Dimensionless |
The sum of all the atomic weights of the constituent atoms of a molecule of the fluid. | No |
NUMBER |
| Pour_Point_Temperature | double | Temperature degC |
The lowest temperature which permits a standard volume of product flow through an orifice in a specified time at atmospheric pressure. | No |
NUMBER |
| Produced_By | STRING64 | NA |
The name of application role that created the entity, for data created programmatically. | No |
VARCHAR2(64) |
| Redox_Potential | double | Electric_Potential V |
The electrical potential associated with the oxidation or reduction of a substance, such as an element or molecule. | No |
NUMBER |
| Reid_Vapor_Pressure | double | Pressure kPa |
The vapor pressure measured at 100 degrees Fahrenheit. | No |
NUMBER |
| Remarks | REMARKS_STR | NA |
A general description or remark of the properties of a fluid analysis that are not state dependent. | No |
VARCHAR2(999) |
| Residue_Pour_Point_Temp | double | Temperature degC |
The pour point temperature of the residue. | No |
NUMBER |
| SDAT_Label | int | No_Unit |
Label used by the security system for entitlements. SDAT is Secure Data Access Technology. | No |
NUMBER(10) |
| Salinity | double | Trace_Concentration ppm |
A measurement to determine the amount of salts present in the fluid. | No |
NUMBER |
| TDS_Calculated | double | Mass_Per_Volume kg/m3 |
The Total Dissolved Solids (TDS) calculated in the fluid. | No |
NUMBER |
| Turbidity | double | No_Unit |
Turbidity quantifies the degree to which light traveling through a water column is scattered by the suspended organic (including algae) and inorganic particles. Turbidity is typically expressed in NTU (Nephelometric Turbidity Units). | No |
NUMBER |
| Update_Date | DATE | NA |
Date of the most-recent modification to the entity. | No |
DATE |
| Update_User | STRING64 | NA |
The name of the user responsible for the last modification to this entity. | No |
VARCHAR2(64) |
| Version | STRING255 | NA |
The form or variant of the entity. | Yes 1 |
VARCHAR2(255) |
| From Entity | Link | Description | Implementation Technique | Required |
|---|---|---|---|---|
| Gas_Fluid_Analysis_DOV | Fluid_Non_State_Pty_Set | READ ONLY: Unique identifier for the Fluid Non State Property Set. | Cascade | No |
| Oil_Fluid_Analysis_DOV | Fluid_Non_State_Pty_Set | READ ONLY: Unique identifier for the Fluid Non State Property Set. | Cascade | No |
| Link | To Entity | Description | Implementation Technique | Required |
|---|---|---|---|---|
| Fluid_Analysis | Fluid_Analysis | The identifier of the fluid analysis activity that resulted in these fluid "non-state" properties being recorded. | Cascade | No |
| Fluid_Analysis_Stage | Fluid_Analysis_Stage | The identifier of the fluid analysis stage that resulted in these fluid "non-state" properties being recorded. | Cascade | No |
| Fluid_Sample | Fluid_Sample | The identifier of the fluid sample described by this set of fluid properties. | Cascade | Yes |
| Material_Type | R_Production_Material | A value that describes the material whose non-state properties are being measured. | Restrict | No |