Safety Integrity Level
(SIL) is a measure of probability to fail on demand (PFD) of the
Safety Instrumented System (SIS). SIL is statistical representation
of the integrity of the system when a process demand occurs. A
demand occurs whenever the process reaches the trip condition and
causes the SIS to take action.
This course covers the
principles around the integrity of the safety-instrumented systems.
It also teaches the users the applicability of SIL. There are in
depth discussions on SIL targets as per the standards.
SIL determination methodologies such
as Consequence Method, Risk Graph, Layered Risk Matrix, Layer of
Protection Analysis and Fault Tree Analysis (FTA) are covered.
Prevention of over-design or under-design of system
requirements is covered.
Course instructors are industry
experts from the fields of risk management and assessment, chemical
engineering, engineering design and development, and projects
execution.
Interactive work-shops
are held.
Course Objective
Participants will learn the technique
of SIL Classification Study along with specific requirements of the guidelines per
relevant standards.
Who Should Attend?
A wide variety of professionals and
organizations will benefit from taking the SIL Methodology training course.
Health and Safety Professionals
Supervisors and managers responsible for
safety instrumented systems
Instrumentation and Control Engineers
Process Engineers
Project Managers/ Project Engineers
Facilities Engineers
Rotating Equipment and Package Engineers
Operations Engineers
Commissioning Engineers
Participants
Up to ten.
DurationOne day intensive
training.
10 a.m. to 6 p.m.
Schedule08 August
2010.
FeesRs. 30,000/- per participant. Fees
includes working lunches and refreshments.
Registration:
Please
click here for online Registration/Enquiry.