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SIL Safety Integrity Level Classifications and Ratings

Training Title SIL ( Safety Integrity Level ) Classifications AND Ratings . Training Duration 5 Days Training Venue and Dates SIL ( Safety Integrity Level ). Classifications and Ratings 5 14 -18 April $3,750 Dubai, UAE. In any of the 5 star hotel. Exact venue will be informed soon. Training Fees 3,750 US$ per participant for Public Training including Course Materials/Handouts, Tea/Coffee, Refreshments & International Buffet Lunch. Training Certificate Define Management Consultants Certificate of course completion will be issued to all attendees. TRAINING INTRODUCTION. The concept of Safety Integrity levels (SIL) is used to promote system Safety . The purpose of this course it to provide an understanding of the SIL assignment, assessment and verification processes.

2. Understand how to use LOPA, Risk Grape and risk matrix methods to select appropriate safety integrity levels and to manage safety instrumented systems

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  Risks, Safety, Levels, Palo, Integrity, Sil safety integrity level

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Transcription of SIL Safety Integrity Level Classifications and Ratings

1 Training Title SIL ( Safety Integrity Level ) Classifications AND Ratings . Training Duration 5 Days Training Venue and Dates SIL ( Safety Integrity Level ). Classifications and Ratings 5 14 -18 April $3,750 Dubai, UAE. In any of the 5 star hotel. Exact venue will be informed soon. Training Fees 3,750 US$ per participant for Public Training including Course Materials/Handouts, Tea/Coffee, Refreshments & International Buffet Lunch. Training Certificate Define Management Consultants Certificate of course completion will be issued to all attendees. TRAINING INTRODUCTION. The concept of Safety Integrity levels (SIL) is used to promote system Safety . The purpose of this course it to provide an understanding of the SIL assignment, assessment and verification processes.

2 SIL ( Safety Integrity Level ) appears to come from the IEC 61508 standards, officially introduced in 1998 in Europe. In 2002 it was endorsed as an Australian Standard. The standard consists of 7parts Safety Integrity Level (SIL) Ratings are being applied extensively to Safety control systems generally, and in power stations and networks particularly, using the concepts embodied in AS (IEC) 61508. TRAINING OBJECTIVES. At the end of the course you will be able to: 1. The Objective of the program shall be imparting expertise to perform a LOPA study to evaluate the effectiveness of process safeguards 2. Understand how to use LOPA, Risk Grape and risk matrix methods to select appropriate Safety Integrity levels and to manage Safety instrumented systems 3.

3 It shall also enhance the knowledge on learning and performing the steps involved in layers of Protection Analysis (LOPA). WHO SHOULD ATTEND? 1. Electrical and mechanical engineers, 2. Operation personnel& Process Engineers 3. HSE advisors and risk management practitioners. TRAINING METHODOLOGY. The seminar will encourage discussion, and all the participants will be encouraged to take part. The atmosphere in the classroom will be conducive to ask questions and all the participants will have a stress-free atmosphere. A power point slide presentation will be used to supplement lectures, case studies, and group discussions. Lectures will cover all necessary information to satisfy the course objectives.

4 There will be interactive discussion based around case studies and video presentations to highlight course details. TRAINING OUTCOME. At the end of the course you will be able to: 1. The Objective of the program shall be imparting expertise to perform a LOPA study to evaluate the effectiveness of process safeguards 2. Understand how to use LOPA, Risk Grape and risk matrix methods to select appropriate Safety Integrity levels and to manage Safety instrumented systems 3. It shall also enhance the knowledge on learning and performing the steps involved in layers of Protection Analysis (LOPA). TRAINING CONTENT. 1. Introduction to Practical Risk Management Hazard Identification 2.

5 Process Safety concepts 3. Overview of LOPA. Express risk target quantitatively Risk graphs& Risk matrix methods Determine risk for system Reduce risk to meet target 4. Instrumentation and Controls for Safety 5. Applicability of Layer of Protection Analysis to determine Safety Integrity levels in the Process Industry 6. Safety KPI's Lag and Lead Indicators API 571& 574. 7. Applied cases& Process examples for HAZARD ASSESSMENT. Fault Tree Event Tree Consequence analysis Human Error Analysis 8. ACTIONS TO ELIMINATE OR MITIGATE. Apply all engineering sciences Express risk target quantitatively Determine the risk for system consider the probability that every independent protection layer (IPL).

6 Reduce the risk to achieve the target The first approach is often to introduce or enhance the Safety interlock system (SIS) system . 9. Integrating HAZOP & SIL. 10. Burner Management Systems (BMS). OSHA's expectations regarding BMS. NFPA 85 Boiler and Combustion Systems Hazards Code API RP 560 Fired Heaters for General Refinery Services API RP 556 Instrumentation, Control, and Protective Systems for Gas Fired Heaters Final Course Evaluation Case Studies, Discussions, Exercises, Role plays & Review will be carried out.


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