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API TR 16G
API TR 16G: Well Control Equipment Reliability Modeling
CDN $150.26
Description
The purpose of this technical report is to document methods of reliability analysis for well control equipment
systems installed for drilling wells.
Well control equipment systems are designed with components that provide wellbore pressure control in support
of well operations. As an example, the following typical systems were modeled and analyzed:
― Surface On-Shore BOP Systems.
― Surface Off-Shore BOP Systems.
― Subsea BOP System with Discrete Hydraulic Control System.
― Offshore DP MODU with a Subsea BOP System with Electro-hydraulic/Multiplex Control System.
Fault trees were developed based on generic (non-original equipment manufacturer specific), and limited to, well control equipment components with a top event of “failing to seal and secure the well” (see Annex B, Annex C, and Annex D). This technical report did not include consequence analysis. The intent of the models is to identify the system’s ability to perform its intended function and document the individual components
Edition
1
Published Date
2023-03-24
Status
Current
Pages
39
Language
English
Format
Secure PDF
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Abstract
The purpose of this technical report is to document methods of reliability analysis for well control equipment systems installed for drilling wells. Well control equipment systems are designed with components that provide wellbore pressure control in support of well operations. As an example, the following typical systems were modeled and analyzed: ― Surface On-Shore BOP Systems. ― Surface Off-Shore BOP Systems. ― Subsea BOP System with Discrete Hydraulic Control System. ― Offshore DP MODU with a Subsea BOP System with Electro-hydraulic/Multiplex Control System. Fault trees were developed based on generic (non-original equipment manufacturer specific), and limited to, well control equipment components with a top event of “failing to seal and secure the well” (see Annex B, Annex C, and Annex D). This technical report did not include consequence analysis. The intent of the models is to identify the system’s ability to perform its intended function and document the individual components
