Recommendations

About RBI Recommendations

An RBI Recommendation stores information about actions that should be performed to help mitigate the risk associated with a degradation mechanism (DM). Each RBI Recommendation is linked to:

  • A Degradation Mechanisms record, which defines the type of failure that the recommended action can help mitigate.
  • An Equipment record, which defines the piece of equipment to which the recommendation applies.
  • An Inspection Plan, which is linked to the associated equipment.
  • An RBI Criticality Analysis record.

Generating Recommendations

GE Digital APM generates RBI Recommendations for:

These recommendations are recurring.

Content needed for generating recommendations

  • Policies
  • RBI Strategy Mapping Configuration and RBI Strategy Mapping details
  • Inspection Strategies

Policies in RBI 580

The following policies are used for generating recommendations in RBI 580:

  • Appendix_B is used for internal corrosion strategy rules for vessels, exchangers, and tanks.
  • Appendix_D is used for internal corrosion strategy rule sets for Air Cooled Heat Exchangers.
  • Appendix_E is used for internal corrosion strategy rule sets for piping.
  • Appendix_F is used for external and CUI strategy rule sets for vessels, exchangers, tanks, and piping.
  • Appendix_G is used for environmental cracking strategy rule sets for vessels, exchangers, tanks, and piping.
  • Appendix_H is used for corrosion and cracking strategy rule sets for exchanger bundles and tubes.
  • Appendix_I is used for plate corrosion and weld cracking strategy rule sets for storage tank bottoms.

Example: Appendix B

A Pressure Vessel called F0065-097 that has a Criticality Calculator Internal Corrosion DM needs to have recommendations generated. Appendix_B applies, since F0065-097 has a Criticality Item Type, DM, and Policy Input data that fit the criteria of the policy.

The following inputs are needed to satisfy the Appendix_B policy:

  • Criticality item type in the RBI Criticality Analysis
  • Inspection Priority (Unmitigated Risk) field in the associated RBI Degradation Mechanism
  • Non-Intrusive Requirement Met field in the associated Criticality Int. Corr. Deg. Mech. Eval. record
  • Estimated Half Life field in the associated Criticality Int. Corr. Deg. Mech. Eval. record
  • General Corrosion field in the associated Criticality Int. Corr. Deg. Mech. Eval. record

Suppose asset F0065-097 has the following values:

FieldValue
Criticality item typePressure Vessel
Inspection Priority10
Non-Intrusive Requirement MetNo
Half-Life44.9651 years
General CorrosionYes
Given the data for F0065-97, Logic Case Nodes LC112 and LC11 are recommended.


Policies Used to Generate Recommendations

This topic provides a list of policies used by RBI Strategy Mapping groups to generate RBI Recommendations.

If you want to modify the design of a policy, you must be a member of the following Security Groups:

  • MI Policy Designer

    -and-

  • MI RBI Recommendation Policy Designer

If you want to view a policy, you must be a member of the following Security Groups:

  • MI Policy Viewer

    -and-

  • MI RBI Recommendation Policy Viewer

Criteria Used to Generate RBI Recommendations from RBI Analyses

The following table lists the criteria used by RBI Strategy Mapping Groups to determine the Policy that GE Digital APM uses to select the Inspection Strategy. The selected Inspection Strategy is then used to populate the RBI Recommendation.

Note: The GE Digital APM RBI Best Practice assumes that you will use the RBI Strategy Mapping Configurations, RBI Strategy Mapping Details, and policy queries that GE Digital provides, and that you will not modify them.

The following table provides a list of Policies that are used to generate RBI Recommendations.

Policy NameDegradation MechanismsPolicy Inputs Criticality Item TypeApplicable Logic Case Nodes
Appendix_B

Criticality Calculator Internal Corrosion

  • Estimated Half Life field in the associated Criticality Int. Corr. Deg. Mech. Eval. record
  • General Corrosion field in the associated Criticality Int. Corr. Deg. Mech. Eval. record
  • Non-Intrusive Requirement Met field in the associated Criticality Int. Corr. Deg. Mech. Eval. record
  • Inspection Priority (Unmitigated Risk) field in the associated RBI Degradation Mechanism
  • Criticality item type in the associated policy

Any value except:

  • Air Cooled Exchanger-Header
  • Air Cooled Exchanger-Tbs
  • Storage Tank Bottom
  • Heat Exchanger-Bundle
  • Any value associated with a pipe
  • Any value associated with a pressure relief device
Note: Values associated with pressure relief devices are not excluded by the associated policy query. Instead, these criticality item types are not valid for an RBI Analysis whose degradation mechanism is Criticality Calculator Internal Corrosion.
  • LC09
  • LC10
  • LC11
  • LC12
  • LC13
  • LC14
  • LC15
  • LC16
  • LC091
  • LC101
  • LC111
  • LC112
  • LC113
  • LC121
  • LC131
  • LC132
  • LC133
  • LC141
  • LC151
  • LC152
  • LC153
  • LC161

Appendix_D

Criticality Calculator Internal Corrosion

  • Estimated Half Life field in the associated Criticality Int. Corr. Deg. Mech. Eval. record
  • General Corrosion field in the associated Criticality Int. Corr. Deg. Mech. Eval. record
  • Non-Intrusive Requirement Met field in the associated Criticality Int. Corr. Deg. Mech. Eval. record
  • Inspection Priority (Unmitigated Risk) field in the associated RBI Degradation Mechanism
  • Criticality item type in the associated policy

Any of the following values:

  • Air Cooled Exchanger-Header
  • Air Cooled Exchanger-Tbs
  • LC17
  • LC18
  • LC19
  • LC20
  • LC21
  • LC22
  • LC23
  • LC171
  • LC172
  • LC173
  • LC181
  • LC182
  • LC183
  • LC191
  • LC201
  • LC202
  • LC203
  • LC211
  • LC221
  • LC222
  • LC223
  • LC231
Appendix_E

Criticality Calculator Internal Corrosion

  • Estimated Half Life field in the associated Criticality Int. Corr. Deg. Mech. Eval. record
  • General Corrosion field in the associated Criticality Int. Corr. Deg. Mech. Eval. record
  • Inspection Priority (Unmitigated Risk) field in the associated RBI Degradation Mechanisms
  • Criticality item type in the associated policy
  • Piping
Note: Values associated with pressure relief devices are not excluded by the associated policy query. Instead, these criticality item types are not valid for an RBI Analysis whose degradation mechanism is Criticality Calculator External Corrosion.
  • LC24
  • LC25
  • LC26
  • LC27
  • LC28
  • LC29
  • LC30
  • LC31
  • LC241
  • LC251
  • LC261
  • LC271
  • LC281
  • LC291
  • LC301
  • LC311
Appendix_F Criticality Calculator External Corrosion
  • Insulated field in the associated RBI Analysis
  • Insulation Damage field in the associated Criticality Ext. Corr. Deg. Mech. Eval. record
  • Estimated Half Life field in the associated Criticality Int. Corr. Deg. Mech. Eval. record
  • Inspection Priority(Unmitigated Risk) field in the associated RBI Degradation Mechanisms
  • Component Type
  • Criticality item type in the associated policy

Any value except:

  • Air Cooled Exchanger-Header
  • Air Cooled Exchanger-Tbs
  • Storage Tank Bottom
  • Heat Exchanger-Bundle
  • Any value associated with a pipe
  • Any value associated with a pressure relief device
Note: Values associated with pressure relief devices are not excluded by the associated policy query. Instead, these criticality item types are not valid for an RBI Analysis whose degradation mechanism is Criticality Calculator Internal Corrosion.
  • LC32
  • LC33
  • LC34
  • LC35
  • LC36
  • LC37
  • LC38
  • LC39
  • LC40
  • LC41
  • LC42
  • LC321
  • LC331
  • LC341
  • LC351
  • LC361
  • LC371
  • LC381
  • LC391
  • LC401
  • LC411
  • LC421
Appendix_G

Any of the following values:

  • Amine Cracking (ASCC)
  • Carbonate Cracking
  • Caustic Cracking
  • Chloride Stress Corrosion Cracking (CI SCC)
  • Hydrogen Stress Cracking (HSC)- Hydrofluoric Acid
  • Polythionic Acid SCC (PTA)
  • Sulfide Stress Cracking (SSC)
  • Wet H2S Damage (Blistering, SOHIC, SCC)
  • Estimated Half Life field in the associated Criticality Int. Corr. Deg. Mech. Eval. record
  • Damage Mechanism field in the associated Criticality Env. Crack. Deg. Mech. Eval. record
  • Damaged At Last Inspection field in the associated Criticality Env. Crack. Deg. Mech. Eval. record
  • Is Entry Possible field in the associated Criticality Env. Crack. Deg. Mech. Eval. record
  • PT or MT Access field in the associated Criticality Env. Crack. Deg. Mech. Eval. record
  • Inspection Priority (Unmitigated Risk) field in the associated RBI Degradation Mechanism.
  • Estimated Half Life field in the associated Criticality Int. Corr. Deg. Mech. Eval. record
  • Criticality item type in the associated policy

Any value except:

  • Air Cooled Exchanger-Header
  • Air Cooled Exchanger-Tbs
  • Heat Exchanger-Bundle
  • LC44
  • LC45
  • LC46
  • LC49
  • LC50
  • LC51
  • LC54
  • LC55
  • LC56
  • LC59
  • LC60
  • LC61
  • LC62
  • LC441
  • LC451
  • LC461
  • LC491
  • LC501
  • LC511
  • LC541
  • LC551
  • LC561
  • LC601
  • LC611
  • LC621
Appendix_H

Any of the following values:

  • Amine Cracking (ASCC)
  • Carbonate Cracking
  • Caustic Cracking
  • Chloride Stress
  • Corrosion Cracking (CI SCC)
  • Hydrogen Stress Cracking (HSC)- Hydrofluoric Acid
  • Hydrofluoric Acid
  • Polythionic Acid SCC (PTA)
  • Sulfide Stress Cracking (SSC)
  • Wet H2S (Blistering, SOHIC, SCC)
  • Criticality Calculator
  • Internal Corrosion Criticality Calculator
  • External Corrosion
  • Estimated Half Life field in the associated Criticality Int. Corr. Deg. Mech. Eval. record
  • Inspection Priority (Unmitigated Risk) field in the associated RBI Degradation Mechanism
  • Criticality item type in the associated policy
Note: The input value of Inner Pipe displayed in the Appendix_H policy is not considered for generating a recommendation.
Heat Exchanger-Bundle
  • LC65
  • LC66
  • LC67
  • LC68
  • LC69
  • LC70
  • LC71
  • LC72
  • LC651
  • LC661
  • LC671
  • LC681
  • LC691
  • LC701
  • LC711
  • LC721
Appendix_I

Any of the following values:

  • Amine Cracking (ASCC)
  • Carbonate Cracking
  • Caustic Cracking Chloride
  • Stress Corrosion Cracking (CI SCC)
  • Hydrogen Stress Cracking (HSC)- Hydrofluoric Acid
  • Hydrofluoric Acid Polythionic Acid SCC (PTA)
  • Sulfide Stress Cracking (SSC)
  • Amine Cracking
  • Criticality Calculator
  • Internal Corrosion Criticality Calculator
  • External Corrosion
  • Estimated Half Life field in the associated Criticality Int. Corr. Deg. Mech. Eval. record
  • Inspection Priority (Unmitigated Risk) field in the associated RBI Degradation Mechanism
  • Criticality item type in the associated policy
Storage Tank Bottom
  • LC73
  • LC74
  • LC75
  • LC76
  • LC731
  • LC741
  • LC751
PRD_Strategies Any of the following values:
  • Blocked Discharge
  • Blocked Discharge - Admin Control
  • Control Valve Failure (Fail Opposite)
  • Control Valve Failure (Fail Safe)
  • Electrical Power Failure
  • Exchanger Tube Rupture
  • Fire
  • Liquid Overfill
  • Liquid Overfill - Admin Control
  • Loss of Cooling
  • Runaway Reaction
  • Thermal Relief
  • Thermal Relief - Admin Control
  • Tower Pump
  • Failures Leak
  • Inspection Priority (Unmitigated Risk) field in the associated RBI Degradation Mechanism
  • Criticality item type in the associated policy
Any value associated with a pressure relief device.
  • PSV01
  • PSV02
  • PSV03
  • RD01
  • RD02
Pipeline Inspection Strategy

Any of the following values:

  • Criticality Calculator External Corrosion
  • Criticality Calculator Internal Corrosion
  • Is CP System field in the associated RBI Analysis
  • Is Pigging Possible field in the associated RBI Analysis
  • Wall Thickness Loss field in the Criticality Int. Corr. Deg. Mech. Eval. record
  • Wall Thickness Loss field in the Criticality Ext. Corr. Deg. Mech. Eval. record
Pipeline
  • PLC111
  • PLC121
  • PLC122
  • PLC131
  • PLC132
  • PLC141
  • PLC142
  • PLC211
  • PLC221
  • PLC222
  • PLC231
  • PLC323
  • PLC241
  • PLC242
Pipeline Cracking Inspection Strategy

Any of the following values:

  • Amine Cracking (ASCC)
  • Carbonate Cracking
  • Caustic Cracking
  • Chloride Stress Corrosion Cracking (CI SCC)
  • Hydrogen Stress Cracking (HSC)- Hydrofluoric Acid
  • Polythionic Acid SCC (PTA)
  • Sulfide Stress Cracking (SSC)
  • Wet H2S (Blistering, SOHIC, SCC)
  • Inspection Priority (Unmitigated Risk) field in the associated RBI Degradation Mechanism
  • Is Pigging Possible field in the associated RBI Analysis
Pipeline
  • PL001
  • PL002
  • PL004
  • PL006
  • PL008
TPD Inspection StrategyThird Party Damage
  • Previous Damage Points field on the associated Third Party Degradation Mechanism Evaluation
  • Inspection Priority field in the associated RBI Degradation Mechanism
Pipeline
  • ILC-P1
  • ILC-P2
  • ILC-P3
  • ILC-P4
  • ILC-P11
  • ILC-P21
  • ILC-P31

About Recommendation Generation for Inspection Group

An RBI Recommendation stores information about actions that should be performed to help mitigate the risk associated with a Degradation Mechanism (DM). You can generate RBI Recommendations for an Inspection Group when the Inspection Group is transitioned to an Implemented state.

An RBI Recommendation generated from an Inspection Group is linked to the following records:

  • An Inspection Group record
  • An Equipment record, which defines the piece of equipment to which the recommendation applies
  • An Inspection Plan, which is linked to the associated equipment
  • A Degradation Mechanism record, which defines the type of failure that the recommended action can help mitigate
  • An RBI Criticality Analysis, which is used to create the grouping element

RBI Recommendations are recurring and can be linked to Inspection Tasks directly or from Asset Strategy Management (ASM) through Actions. These recommendations can be viewed in Inspection plan page for the Asset, and the RBI Asset Summary page for the Asset and RBI Analysis. These recommendations can be consolidated, superseded with other RBI Recommendations or Compliance Recommendations.

When an Inspection group is transitioned to an Implemented state, RBI recommendations are generated for all Representative and Represented Assets in an Inspection group. For RBI Recommendations to be generated, following conditions should be met for a grouping element belonging to the Inspection Group:

  • Selected for Inspection is checked, or, Selected for Inspection is unchecked, and it is a represented Asset
  • Exclude from Group is unchecked

There are two types of RBI Recommendations generated for an Inspection group.

  • A Do not perform recommendation is generated for all Represented Assets. This RBI Recommendation has the field Is Do Not Perform Recommendations set to true.
  • A Perform recommendation is generated for all Representative Assets. This RBI Recommendation has the field Is Do Not Perform Recommendations set to false.

Following two policies are used for generating recommendations for Inspection Groups. These policies can be viewed from the Policy Designer Overview page in the Module Workflow Policies section.

  • CUI Insp Grouping Policy: This policy is used by an Inspection Group where the Corrosion Type is CUI.
  • Internal Corrosion Insp Grouping Policy: This policy is used by an Inspection Group where the Corrosion Type is Internal Corrosion.

CUI Insp Grouping Policy

CUI Insp Grouping Policy generates recommendations for Criticality Calculator External Corrosion.

The following inputs are needed for the CUI Insp Grouping policy:

  • Inspection Group: Inspection Group record being set to Implemented state
  • Generate Recommendations: Boolean flag used to determine the type of recommendations being generated for the Inspection Group
The CUI Inspection Grouping Policy outputs following nodes. The return value from the “Logic Case Node” nodes in the policy are used as record identifier for the Inspection Strategy records used to generate the RBI Recommendations.
Note: The UseExternalHalfLife node is always true for External Degradation Mechanism
Policy NameDegradation MechanismsPolicy InputsApplicable Logic Case Nodes
CUI Insp Grouping PolicyCriticality Calculator External Corrosion
  • Inspection Group – A record belonging to the Inspection Group Family.
  • Generate Inspection – A flag indicating if recommendation should be generated or not.
  • LC331
  • LC361
  • LC391
  • LC431
  • LC_NOCUI

CUI Insp Grouping Policy

Internal Corrosion Insp Grouping Policy

Internal Corrosion Insp Grouping Policy generates recommendations for Criticality Calculator Internal Corrosion.

The following inputs are needed for the Internal Corrosion Insp Grouping policy:

  • Inspection Group: Inspection Group record being set to Implemented state
  • Generate Recommendations: Boolean flag used to determine the type of recommendations being generated for the Inspection Group

The Internal Corrosion Grouping Policy returns Logic Case Node as its output. The return value from the “Logic Case Node” nodes in the policy are used as record identifier for the Inspection Strategy records used to generate the RBI Recommendations as per the risk category and Equipment Type.

Policy NameDegradation MechanismsPolicy InputsApplicable Logic Case Nodes
CUI Insp Grouping PolicyCriticality Calculator External Corrosion
  • Inspection Group – A record belonging to the Inspection Group Family.
  • Generate Inspection – A flag indicating if recommendation should be generated or not.
  • LC_NOICPC
  • LC10
  • LC25
  • LC11
  • LC27
  • LC13
  • LC29
  • LC15
  • LC31
Logic Case NodeRiskEquipment Type
LC_NOICPCN/AN/A
LC10HighVessels, Tanks
LC25HighPiping
LC11Medium HighVessels, Tanks
LC27Medium HighPiping
LC13MediumVessels, Tanks
LC29MediumPiping
LC15LowVessels, Tanks
LC31LowPiping

Internal Corrosion Insp Grouping Policy



About Inspection Strategies for Generating RBI Recommendations

GE Digital APM provides a set of baseline Inspection Strategies that are used to generate RBI Recommendations. In other words, RBI Recommendations that you create are populated automatically with values that are stored in the Inspection Strategies.

Before you can generate RBI Recommendations using Inspection Strategies, you must ensure that the Recommendation Creation Enabled check box is selected on the Global Preferences page.

GE Digital APM uses an RBI Strategy Mapping Configuration record to determine which policy should be used to find the Inspection Strategy. Specifically, an RBI Strategy Mapping Configuration identifies the Policy to use based on:

  • The value in the Criticality Item Type field in the source RBI Criticality Analysis.
  • The RBI Criticality Analysis Family ID. This value identifies the Analysis family for which the Policy and Degradation Mechanism (DM) are valid.

Recommendation Generation

Scenario A: An associated RBI Criticality Analysis:

  • Whose Criticality Item Type field contains the value Heat Exchanger-Bundle.
  • That is linked to an RBI Degradation Mechanism whose Degradation Mechanism field contains the value Criticality Calculator Internal Corrosion.

Scenario B: An associated RBI Criticality Analysis:

  • Whose Criticality Item Type field contains the value Storage Tank Bottom.
  • That is linked to an RBI Degradation Mechanism whose Degradation Mechanism field contains the value Criticality Calculator Internal Corrosion.

The policy that will be selected in Scenario A is different from the Policy that will be selected in Scenario B.

The RBI Strategy Mapping Groups also define additional logic that determines the Inspection Strategy that should be used to populate the RBI Recommendation. This logic relies on the following items:

  • Values stored in the source records that make up the RBI Criticality Analysis.
  • Input nodes that exist in the selected Policy.

About Consolidating RBI Recommendations

If two or more RBI Recommendations that are associated with a single RBI Asset contain similar information, you can consolidate them into a single RBI Recommendation. The single RBI Recommendation that is created is called the master RBI Recommendation. The two or more RBI Recommendations that you have selected to consolidate are called source RBI Recommendations.

When you consolidate:

  • The state of the master RBI Recommendation is set to Proposed.
  • The state of the source RBI Recommendations is changed to Consolidated.
  • The source RBI Recommendations are linked to the master RBI Recommendation.

The system consolidates RBI Recommendations that are associated with a single RBI Asset if they contain the same values in the following fields:

  • Damage Mechanism
  • Task Type

These values come from the Inspection Strategy that is linked to the RBI Criticality Analysis associated with the RBI Recommendation.

The values in the Damage Mechanism and Task Type fields, in addition to any other fields containing matching values, in the source RBI Recommendations will be used to populate the corresponding fields in the master RBI Recommendation. Additionally, the most conservative (i.e., lowest) value in the Recommended Interval Scope field among the source RBI Recommendations will match the value in the Recommended Interval Scope field in the master RBI Recommendation.

Example: Recommendation Consolidation

Suppose you want to generate RBI Recommendations for RBI Analysis A, RBI Analysis B, and RBI Analysis C, which have the following details:

Field NameRBI Analysis ARBI Analysis BRBI Analysis C
Degradation Mechanism Criticality Calculator Internal Corrosion Criticality Calculator Internal Corrosion Criticality Calculator External Corrosion
Inspection Task TypeRBI - MED - EXCH TUBES RBI - MED - EXCH TUBESRBI - EXTERNAL - VERY HIGH
Recommended Inspection Interval 90120180

In this case, four RBI Recommendations will be created. Since RBI Analysis A and RBI Analysis B are linked to an RBI Degradation Mechanism whose Degradation Mechanism value is Criticality Calculator Internal Corrosion, and the associated Inspection Strategies contain the same Inspection Task Type value, the RBI Recommendations generated from these records would be consolidated automatically into a single master RBI Recommendation. The state of the consolidated records is set to Consolidated, and the state of the master record is set to Proposed.

The following table lists the four RBI Recommendations that will be created as a result of the automatic RBI Recommendation generation process.

StateDamage MechanismTask TypeRecommended Interval Scope
Consolidated Criticality Calculator Internal Corrosion RBI - MED - EXCH TUBES 90
Consolidated Criticality Calculator Internal Corrosion RBI - MED - EXCH TUBES120
Proposed Criticality Calculator Internal Corrosion RBI - MED - EXCH TUBES90
Proposed Criticality Calculator External Corrosion RBI - EXTERNAL - VERY HIGH180

Notice that two RBI Recommendations are set to Proposed. The recommendation with task type RBI - MED - EXCH TUBES is the master RBI Recommendation described in this topic, and the other is the RBI Recommendation that was created from the Inspection Strategy that was used for RBI Analysis C.

In the master RBI Recommendation, the value in the Recommended Interval Scope field is set to 90 because this is the most conservative (i.e., lowest) value that exists in the Recommended Inspection Interval field in the source RBI Recommendations.

Access the Recommended Actions Pane

Procedure

  1. Access an RBI Criticality Analysis.
  2. In the workspace, select .

    The Recommended Actions pane appears, displaying any recommendations associated with the analysis.



Results

  • For a Recommendation that is promoted to Asset Strategy Management (ASM), you can access the associated Asset Strategy by selecting the link in the Strategy ID column.
  • You can use the functionalities of the Recommended Actions pane.
Tip: For information about additional options available when working with the Recommendation records, refer to the Action Management section of the documentation.

View RBI Recommendations Linked to an Inspection Plan

Procedure

Access an Inspection Plan.
The Inspection Plan workspace appears, displaying any Recommendations that are linked to the Inspection Plan.


Results

  • For Recommendations associated with approved Inspection Plans, you can access the associated Asset Strategy in Asset Strategy Manager (ASM) by selecting the Open Strategy link.
  • In the Recommended Actions table, you can perform the following actions:
    • Modify the state of Recommendations to Supersede.
    • Modify the state of Recommendations to Not Required.
    • Delete Recommendations.
    • Implement Recommendations as Inspection Tasks.

Create an RBI Recommendation Manually

About This Task

This topic describes how to create an RBI Recommendation manually for a Degradation Mechanism (DM). You can also:

Procedure

  1. Access the analysis that contains the DM for which you want to create a recommendation.
  2. In the workspace heading, select the Degradation Mechanisms tab.

    The Degradation Mechanisms section appears, displaying a list of DMs associated with the analysis.



  3. Select the row containing the DM to which you want to add a recommendation.
  4. Select .

    A message appears, confirming that you have created a recommendation for the DM.

Results

The recommendation is linked to the Inspection Plan of the related RBI Asset.
Note:
  • You can use the functionalities of the Recommended Actions pane.
  • If, in the RBI Global Preference settings, the Enable Recommendation To be Generated at Created State check box is selected, recommendations will not be linked to the Inspection Plan until the related analysis is moved to the Risk Complete state and the Inspection Plan is generated.
Tip: For information about additional options available when working with the Recommendation records, refer to the Action Management section of the documentation.

Generate Recommendations for a Single RBI Criticality Analysis

About This Task

This topic describes how to create RBI Recommendations for all Degradation Mechanisms (DMs) contained in an analysis. You can also:

Procedure

  1. Access the analysis for which you want to generate recommendations.
  2. Select , and then select Generate Recommendations.

    The Create Recommendations window appears, asking you to confirm that you want to generate recommendations for the analysis.

  3. Select Yes.

    A message appears, confirming that you have generated recommendations for all the DMs contained in the analysis.

Results

The recommendations are linked to the Inspection Plan of the related RBI Asset.
Note:
  • You can use the functionalities of the Recommended Actions pane.
  • If, in the RBI Global Preference settings, the Enable Recommendation To be Generated at Created State check box is selected, recommendations will not be linked to the Inspection Plan until the related analysis is moved to the Risk Complete state and the Inspection Plan is generated.
Tip: For information about additional options available when working with the Recommendation records, refer to the Action Management section of the documentation.

Generate RBI Recommendations for Multiple RBI Criticality Analyses

About This Task

This topic describes how to generate recommendations for all RBI Criticality Analyses linked to components within a single asset.

You can also:

Procedure

  1. Access the Asset Summary workspace for the asset for which you want to generate recommendations.
  2. Select , and then select Generate Recommendations.

    The Create Recommendations window appears, asking you to confirm that you want to generate recommendations for the asset.

  3. Select Yes.

    A message appears, confirming that you have generated recommendations for all the RBI Criticality Analyses linked to all the components in the asset.

Results

The recommendations are linked to the Inspection Plan of the related RBI Asset.
Note:
  • You can use the functionalities of the Recommended Actions pane.
  • If, in the RBI Global Preference settings, the Enable Recommendation To be Generated at Created State check box is selected, recommendations will not be linked to the Inspection Plan until the related analysis is moved to the Risk Complete state and the Inspection Plan is generated.
Tip: For information about additional options available when working with the Recommendation records, refer to the Action Management section of the documentation.

Generate Recommendations for all Analyses in an Asset Hierarchy Level

About This Task

This topic describes how to generate RBI Recommendations for assets linked to a Functional Location in the Asset Hierarchy. You can also:
Note: The consolidation of recommendations is supported only from the asset view when the Enable Recommendation To be Generated at Created State preference is set to True.

Procedure

  1. Access the Risk Based Inspection Overview page for the Asset Hierarchy level for which you want to generate recommendations.
  2. Select the No Recommendations tab.
    The No Recommendations section appears, displaying assets that have at least one component with a Risk Completed analysis with no recommendations.

  3. Select the check boxes next to the assets for which you want to generate recommendations.
    Tip: You can generate recommendations for all listed assets in the No Recommendations section by selecting when all check boxes in the first column of the table are cleared. If you select the check box in the first row of the table, recommendations are generated for the analyses that appear in the current page in the No Recommendations section (up to 100 analyses can be displayed in a page). You cannot, however, generate RBI Recommendations for all analyses if the Asset Hierarchy level is set to Home. Generating recommendations will only apply to components that do not have recommendations.
  4. Select .
    The Generate Recommendations window appears, asking if you want to consolidate recommendations for each Degradation Mechanism and Task Type.

    Tip: If you choose to consolidate recommendations, the recommendations generated during this process will be consolidated with existing recommendations. For more information on consolidating recommendations, consult recommendation consolidation in RBI 580 and RBI 581.
  5. Select Yes.
    The recommendations are generated. The Recommendation Generation window appears, displaying the progress and number of recommendations generated and consolidated for each asset.

    Note: You can close the Recommendation Generation window before it is complete. You can view progress using the Schedule Logs.
  6. Select Close.
  7. Optionally, if you want to view the status of all bulk analyze operations, in the Risk Based Inspection Overview page, select .
    The Schedule Logs page appears, displaying a list of all the operations in GE Digital APM that are in progress, along with the percentages of completion. You can also access a list of operations that have been successful or have failed.

Results

The recommendations are linked to the Inspection Plan of the related RBI Asset.
Note:
  • You can use the functionalities of the Recommended Actions pane.
  • If, in the RBI Global Preference settings, the Enable Recommendation To be Generated at Created State check box is selected, recommendations will not be linked to the Inspection Plan until the related analysis is moved to the Risk Complete state and the Inspection Plan is generated.