Last updated 5/2022
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 226.94 MB | Duration: 0h 35m
SCE Integrity Assurance for Hazardous Industries
What you'll learn
SCE Identification
SCE Register
Bow-Tie Analysis
Evaluation of SCE Criticality
Establish SCE Performance Standards
SCE Operations Integrity Assurance
SCE Verification Scheme
Requirements
No Software is required. You will learn everything you need to know about Safety and Environmental Critical Elements (SCE)
Description
This E-Course defines how Safety and Environmental Critical Elements (SCE) are identified and the methodology for Performance Standards development to ensure that SCEs are suitable for their required function and maintained in a condition so that they will continue to perform their required function. COMPANY shall update the SCEs register and define the Measuring Points based on Performance Requirements, Means of Assurance and Verification Schemes.The objectives are as follows:• To comply with the international regulations about the Safety and Environment Critical Elements management• To capture best practice in the preparation performance standards;• To contribute to the Technical Integrity assurance process whereby SCEs identified through scenario based risk assessmentA key part of SCE Integrity Management is the identification and management of Safety Critical Barriers (SCB). Bow-Tie analysis is required to identify the barriers protecting the personnel and assets from a major hazardous event. Operators will then focus efforts on identifying credible major accident hazards and then identifying SCEs which will prevent, control, mitigate and facilitate the safe evacuation from the identified hazards.Because of the essential role of SCEs, assurance activities (maintenance, inspection and testing) must be put in place to continuously demonstrate that they remain fit for purpose during the whole life of the installations.Other equipment having a similar role but which would not be active or operated in the occurrence of major accident hazards will not be considered as SCEs. This does not mean they will not be submitted to appropriate maintenance, inspection or testing as they may be important to field operations activities.
Overview
Section 1: SCE Identification
Lecture 1 SCE Identification process
Section 2: SCE Register
Lecture 2 SCE Register
Section 3: Bow-Tie Analysis
Lecture 3 Bow-Tie Methodology
Section 4: Evaluation of SCE Criticality
Lecture 4 SCE Criticality Evaluation
Section 5: Establish SCE Performance Standards
Lecture 5 Design & Operational Performance Standards
Section 6: Operations Integrity Assurance & Verification Scheme
Lecture 6 OIAVS Outline
HSE Design Enginers, Safety Engineers, Process safety Engineers, HSE managers, discipline Engineers, Engineer Managers, Technical Authorities, Integrity Managers and Operation Managers
Homepage
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