Live Drilling
  • Introduction
  • FAQ
  • what's new
    • Latest releases
      • Wells 5
      • LiveRig 5
      • LiveRig 4
      • WITSML Store
    • Operations in Time by Depth Chart
    • Unit Sets
      • Per-Asset Units
      • Unit Conversion
      • Dashboard Configuration
      • Force Follow Asset Units
    • Well casing shoe schematic
    • Wells correlation
    • FFT spectrum
    • Pressure Tests
      • Configuration
      • Automated Standard Pressure Tests
      • Manual Pressure Test
      • LOT/FIT
    • Rig State detection
    • BOP Schematic
      • BOP status register
    • Signal Processing
      • Moving Average
  • Data Flow
    • Introduction
    • Data Ingestion
    • Data Normalization
      • Clock Synchronization
      • Normalized events schema
      • Data indexes and enrichment
      • Unit conversion
      • Auto-Switch
  • Physical Models
    • Introduction
      • Structure of the functions
      • Validation
    • General Equations
      • Static Data Dependencies
      • Pipes Functions
    • Trajectory
      • Introduction
      • Static Data Dependencies
      • Pipes Functions
    • Hydraulic
      • Introduction
      • Static Data Dependencies
      • Pipes Functions
    • Torque and Drag
      • Introduction
      • Static Data Dependencies
      • Pipes Functions
    • Hole Cleaning
      • Introduction
      • Static Data Dependencies
      • Pipes Functions
    • Surge and Swab
      • Introduction
      • Static Data Dependencies
      • Pipes Functions
    • Thermal
      • Introduction
    • Volume Tracker
      • Introduction
      • Pipes Functions
  • Basic Features
    • Charts
      • Channels Charts
        • Temporal Channels Chart
        • Channel Value Chart
        • Depth Channels Chart
        • Data navigation
          • Span Control
      • Rig Allocation Gantt Chart
    • Unit sets
      • Configuration changes on unit sets
      • Depth unit changes
      • Personal units sets
    • Permission schema
    • Import/Export Well
    • Add-ons
  • Static Data
    • Assets
      • Assets Structure
    • Well
      • Introduction
      • Well Schema
      • Well Units
      • Regions, fields and countries
      • Well Design Overview
      • Objectives
    • Intervention
      • Introduction
      • Intervention Schema
      • Intervention Types
      • Scenarios
      • Runs
      • Completion and Abandonment
      • Drilling Section Schema
    • Rig
      • Introduction
      • Rig Schema
      • Physical models configuration
    • Pipes functions
    • REST API Examples
  • Administration
    • High Frequency Data
      • WITSML Null Values
      • Unit Management Tools
      • WITS Custom Mapping
    • Data Normalization
      • Data Management
        • Event Settings
        • Channels Management
      • Data normalization templates
      • Data normalization templates prioritization
      • Auto-Switch
    • Standard Identifiers
    • Static Data
      • Regions, fields and countries
      • Intervention Types
  • LiveRig Collector
    • Introduction
    • Getting Started
    • Connecting to Intelie Live
    • Security
    • Local data storage
    • Data transmission and recovery
    • Monitoring
    • Remote Control
      • APIs
        • /testSourceEndpoint
        • /storeConfiguration
        • /getFromStore
        • /backlog-sync
      • Sources
        • MQTT Topics
        • OPC Requests
        • WITSML Backlog Sync
        • WITSML Object Explorer
        • WITSML Requests
      • Properties
    • HA Deployment
    • Protocols
      • WITSML
      • WITS
      • OPC-DA
      • OPC-UA
      • MODBUS
      • MQTT
      • CSV
      • RAW
    • Protocol conversion
    • Configuration
      • liverig.properties
      • sources.xml
      • store.json
      • modbus.json
      • mqtt.json
      • Configuring an OPC-UA source
      • Multiple event types for WITSML sources
      • Certificate-based authentication for WITSML HTTPS sources
    • LiveRig Collector Appliance
    • Command line Interface (CLI)
  • LIVE EDGE
    • Collector Reader
  • Integrations
    • Introduction
    • WITSML Store
    • REST Output
    • REST Input
    • WellView
    • OpenWells
    • Python
  • DEVELOPER
    • Identified Curves
    • Hidden Units
  • DEPRECATED
    • WITSML Output
    • LiveRig 3.x / 2.x
      • 3.5.0
      • 3.4.0
      • 3.3.0
      • 3.2.0
      • 3.1.0
      • 3.0.0
      • 2.29.0
Powered by GitBook
On this page
  • How to configure from Schematic BOP
  • Starting from basic template
  • Exporting Schematic BOP
  • Importing Schematic BOP from another rig
  • Importing Schematic BOP from JSON
  • BOP Schematic Widget (real time component status)
  • How to update status using annotations

Was this helpful?

  1. what's new

BOP Schematic

PreviousRig State detectionNextBOP status register

Last updated 2 years ago

Was this helpful?

The BOP Schematic feature provides the interface to show the BOP schema and track your components status in real time.

A BOP Schematic is always associated with a Rig, so it is created and edited in the Rig parameters, at the BOP Configuration area.

The BOP schematic widget is where the configured schema, with real time status of the components, will be displayed.

Now, see how to configure a BOP Schematic and how to properly use all the features of this tool.

How to configure from Schematic BOP

At the rig parameters tab it is possible to configure BOP for each rig:

Clicking on the edit button of the BOP configuration card will open a new window where is possible to start a new BOP from basic template or import from another rig or JSON files.

Starting from basic template

When starting from a basic template, it starts with two fixed components, Kill/Choke and Mud Boost, present in all other schemes:

Clicking in “ + Add Component ” a new component will be appended in the schematic and the configuration screen will open with the options to configure:

The component in the left side automatically changes while the Component Details are defined at the form in the right like the component and its type and name:

The status of the components can be controlled by the annotations. The Component Data area, at the right, is where the “Source of data” and “Status allowed” are defined. For now, only the annotations are enabled as source of data:

Is also possible to reorder the components by clicking and dragging on the handler icon. After changes, save the BOP Schematic by clicking on the Save button:

The BOP Schematic will be displayed in the rig parameters. At this point, in the rig parameters, the status of the components are not displayed yet. For that it is necessary to open the schematic inside the BOP Schematic Widget.

Exporting Schematic BOP

To export the Schematic open the edit screen and click on Export:

Choose the type you want to export and Save. The file will be automatically downloaded.

For now, only the JSON format is enabled to export.

Importing Schematic BOP from another rig

To import BOP Schematic from another Rig, go to the Rig you want to configure, click to edit BOP Schematic and click on the Import button.

At the import modal, select “Copy configuration from another rig”, then select the rig you want to import the data, and click to import.

The schematic imported will be displayed in the edit mode. To save the changes click on the Save button.

Importing Schematic BOP from JSON

To import BOP Schematic from JSON, go to the Rig you want to configure, click to edit BOP Schematic and click on the Import button.

At the import modal, select “JSON”. It is possible to drop a file or paste the JSON from the clipboard. If JSON is valid, click "Import", check the configuration you just imported and then click "Save".

BOP Schematic Widget (real time component status)

To include the chart go to edit mode at the dashboard and the option for BOP schematic widget will be available

It is possible configure the chart to select the rig by available rigs list

You can also configure the visibility of component names. They can be always visible or only visible when the cursor is over a component.

If there's no annotation status for the selected rig, the schematic represents the components as 'no data', like the image below:

How to update status using annotations

At the dashboard, click on the timeline, select "+ Create" and then select "Register BOP status":

In the next screen it is possible to select the desired rig and well. If the selected rig has no components registered, as per previous steps, no component will be displayed and the note cannot be saved.

If the rig has components registered, the list of components with defined data source will be present in the list:

Select the state for each of the components and click save. After saving, the note will be highlighted in the timeline. Clicking on this indicator will display the basic information of the note.

Bop Schematic Widget, with updated components status

For more information about BOP Status register access

https://drilling.intelie.com/whats-new/bop-status-register
BOP schematic example
Bop Schematic Widget
Configured Schematic view in the Rig parameters.
Configured Schematic view in the Rig parameters. The schematic in the Rig Parameters don't have any information about the status of the components.
Import or start from basic template.
Basic template loaded
Basic template with one component added
Component at the left changes while the configuration at the right is changing
Annotation as source of the component data
Drag and drop to reorder the components
Bop Schematic in the rig parameter after save.
Export button
Export options
Import button
Import from another rig
List of rigs to import
Import options
Standard chart option to include BOP schematic widget
BOP Schematic widget in edit mode
Option 'View when mouse over' selected
BOP Schematic with no status annotation (no status)
'Register BOP Status' option in the annotations.
List of components to set the status
Components status updated by 'BOP Register' annotation