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nv.AIM
nv.AIMnv.AIM User Guide
Browse tasks, tutorials, and reference topics for nv.AIM.
1 topic
Overview
1 topic
Terms and Abbreviations
1 topic
Logging in nv.AIM
7 topics
Navigating nv.AIM
5 topics
Model Storage
1 topic
Equipment Catalog
2 topics
nv.AIM Start Page
27 topics
nv.AIM PVT
- nv.AIM PVT Home Page
- Fluid Model Workspace (Black Oil Correlations)
- Area 1. Fluid Model Input Data
- Area 2. Calculation Results
- Fluid model workspace (Black Oil tables)
- Area 1. Fluid model input data
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- Area 2. Calculation results
- Fluid model workspace (Compositional)
- Fluid model input data
- Experiments tab
- Adding a fluid model (Black Oil correlations)
- Creating a fluid
- Creating a region
- Entering basic fluid properties
- Running a fluid calculation (Black Oil correlations)
- PVT matching (Black Oil correlations)
- Matching to laboratory data
- Viewing results and selecting a correlation
- Creating a fluid model (Black Oil tables)
- Export from an existing fluid model in Black Oil correlations format
- Creating a fluid model in Black Oil tables format from scratch
- Creating a region
- Model format description
- Fluid model
- PVT formats
- Mixture model description
93 topics
nv.AIM MBAL
- nv.AIM MBAL start page
- Material balance model workspace
- Area 1. Reservoir and well navigator
- Area 2. Input data for the Reservoir object
- Production History
- General Data
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- Relative Permeability
- Connections
- Connection relative permeability
- Forecast
- Compositional model
- Area 2. Input Data for the Well Object
- Production History
- Relative Permeability
- IPR
- Control
- Schedule
- Area 3. Calculation Results
- Plots
- Material Balance Plot Settings
- Indicators Table
- Energy Contribution
- Component Composition
- Phase Diagram
- Area 4. Calculation settings and run panel
- Pressure Matching
- Relative Permeability Matching
- Calculation Steps
- Creating Calculation Steps
- Adding Calculation Steps
- Calculation Settings
- Compositional Model Settings
- Matching Settings
- Populate Tank History
- Calculation Log
- Reservoir Model Scheme
- Decline Curve Model Workspace
- Area 1. Settings Panel with Model Data
- Area 2. Model Data Management and Data Table
- Area 3. Decline Curve Plots
- Tight Gas Model Workspace
- Area 1. Well Navigator
- Area 2. Well Input data
- Operation History
- General data
- Area 3. Calculation Results
- Plots
- Plot Settings
- Indicators Table
- Area 4. Calculation settings and run panel
- Pressure Matching
- Calculation Steps
- Creating Calculation Steps
- Calculation Settings
- Bottomhole Pressure Matching Settings
- Adding Reservoir
- Creating an MBAL tank
- Defining Calculation Steps
- Entering Reservoir Production History
- Importing Production History from Text File
- Entering general tank data
- PVT linking
- Entering Relative Permeability Data
- Corey Correlations
- Tables
- Entering Connection Data
- Adding Wells
- Entering Operation/Injection History
- Importing Production History from Text File
- Entering Relative Permeability Data
- Corey Correlations
- Tables
- Displacement Characteristics
- Entering IPR Data
- Entering Control Data
- Entering Schedule
- Creating Decline Curve
- Creating Tight Gas Model
- Running a historical calculation
- Calculation Results
- Plots
- Indicators Table
- Energy Contribution
- Matching Model to Actual Data
- Reservoir Pressure Matching
- Relative Permeability Matching
- Reservoir Pressure Match Quality
- Running Forecast Calculation
- Model Format Description
- DECLINE — Decline Curve
- MATBAL — Material Balance Model
- Reservoir Model description
63 topics
nv.AIM WELL
- nv.AIM WELL start page
- Input parameters module
- General information
- Well construction
- Downhole pumping equipment
- Gas lift
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- Methanol injection
- IPR
- PVT
- Compositional model
- Corrosion and erosion
- Calculations module
- Pressure gradient
- Nodal analysis
- VLP generation
- Choke
- ESP Design
- Matching module
- Settings module
- Multiphase flow
- Equipment database
- Creating a naturally flowing oil production well
- Creating a well model
- Entering general information
- Entering well construction
- Entering IPR data
- PVT tab
- Pressure gradient calculation
- Nodal analysis
- Well model matching
- VLP generation
- Creating an oil production well with artificial lift (ESP/SRP)
- Creating a well model
- Entering general information
- Entering well construction
- Entering downhole pumping equipment data
- ESP
- SRP
- Entering IPR data
- PVT tab
- Pressure gradient calculation
- Nodal analysis
- Well model matching
- VLP generation
- Creating a gas-lift oil production well
- Creating a well model
- Entering general information
- Entering well construction
- Entering gas lift data
- Dual String Gas Lift
- Gas Lift
- Entering IPR data
- PVT tab
- Pressure gradient calculation
- Nodal analysis
- Well model matching
- VLP generation
- Model format description
- Well Model
- Locally stored Equipment Catalog
- Extended VLP table format description
- Well model as VFP tables
49 topics
nv.AIM PIPE
- nv.AIM PIPE home page
- Integrated model workspace
- Area 1. Object navigator
- Area 2. Graphical interface
- Area 3. Toolbar
- System settings
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- Model settings
- Multiphase flow
- Emulsions
- Heat losses
- Flow Assurance
- Compositional model
- Fluid manager
- Constraint and control manager
- Scenarios and events
- Forecast period
- Network editor
- Import
- Parameters display on diagram
- Linked models
- Model calculation
- Creating an oil production system model on sources
- Creating a PIPE integrated model
- Defining general system settings
- Drawing the system
- Entering input data for elements
- Sources
- Joints
- Separator
- Pipelines
- Snapshot calculation
- Matching the system to actual data
- Matching the system to actual data using pipeline correction factors
- Matching the system to actual data using a dummy choke
- Creating an oil production system model on wells
- Creating a PIPE integrated model
- Defining general system settings
- Drawing the system
- Entering input data for objects
- Wells
- Joints
- Separator
- Pipelines
- Snapshot calculation
- Matching the system to actual data
- Model format description
- Integrated Model
- ProdNetwork
53 topics
nv.AIM SOLVER
- nv.AIM PIPE home page
- Integrated Model workspace
- Area 1. Object navigator
- Area 2. Graphical interface
- Area 3. Toolbar
- System settings
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- Model settings
- Multiphase flow
- Emulsions
- Heat losses
- Flow Assurance
- Compositional model
- Fluid manager
- Constraint and control manager
- Scenarios and activities
- Forecast period
- Network editor
- Import
- Parameters display on diagram
- Linked models
- Model calculation
- Integration in configuration 1 (MBAL, WELL, PIPE — production and waterflood)
- Connecting a reservoir model to a production system
- Describing GOR and water cut changes for production wells
- Setting the time step length and forecast period
- Running a forecast calculation for the production system
- Analyzing calculation results
- Connecting a reservoir model to an injection system
- Running a forecast calculation for production and injection systems together
- Analyzing calculation results
- Saving the model
- Running forecast calculations (base case + activities case)
- Opening a model
- Setting the time step length and forecast period
- Running a forecast calculation (base case)
- Analyzing calculation results
- Entering a schedule for objects
- Running a forecast calculation (activities case)
- Analyzing calculation results
- Running optimization calculations (Rule Based, Optimize With All Constraints, reverse allocation)
- Opening a model
- Entering constraints for elements
- Running an optimization calculation (Rules Based snapshot)
- Running an optimization calculation (Optimize With All Constraints snapshot)
- Running a reverse allocation calculation
- Running a methanol optimization calculation
- Integration with the reservoir via Decline Curve
- Connecting a DC to the production system
- Describing GOR/WCT changes for a production well
- Setting the time step length and forecast period
- Running a forecast calculation for the production system
- Analyzing calculation results
15 topics
nv.AIM SERVER
- nv.AIM SERVER start page
- Importing packages
- Included scripts
- include command
- Working with the model store via API
- Script creation example
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2 topics