Emergency Shutdown System (ESD)

Emergency Shutdown System (ESD)

OBJECTIVES

• Be made aware of the important step in designing the SIS system, which is to establish the risks involved in operating the plant
• Familiarize the procedures that must be in place to continually evaluate, manage changes, and assess the reliability of the SIS
• Be exposed to how S15 can be divided into the TPS, FSD, PSD, and USO systems, as well as how these systems rely on the appropriate hardware and software to maintain reliably
• Learn how the SIS provides protection, as a whole, ta the plant in the event of an uncontrollable situation
• Hindsight, as well as foresight must be employed in the design of the si5 system. The process control system must be separate from the SIS
• Learn about the SIS and how it is divided into various levels to ensure the safe operation of the plant
• Will become familiar with the characteristics of typical TPS, ESD, PSD, and USD systems
• Familiarize the standards in alarm systems will be covered and the use of redundancy will be demonstrated to ensure shutdown system reliability Well aware of the importance of resetting, testing, and bypassing procedures will be identified
• Learn haw the shutdown systems will operate in a facility specific application

WHO SHOULD ATTEND?

This course is mainly targeted to process operator, process technologists and laboratory and maintenance personnel The course can also be applicable to employees working with equipment and materials purchasing equipment procurement. job planning, as well as immediate supervisors to the working technicians

COURSE OUTLINE

SIS

• Introduction to SIS
• Design life cycle
• Process control vs safety control
• Protection layers
• Safety integrity levels

SI5, TPS, ESD, PSD, and USD

• Introduction to TP5 ESD, PSD and USD
• Permissive and interlocks
• High reliability logic solver
• Discussions of the SIS will continue and expand to topics of evaluating risk, initial System evaluation, functional testing managing changesm, and determining system reliability

TPS, ESD, PSD, and USD

• Failure modes
• Alarms
• Redundancy (TMR)
• Resetting testing and bypassing
• Documentation and cause and effect drawings
• Standards in alarm systems will be covered and the use of redundancy will be demonstrated to ensure shutdown system
• The use of cause and effect drawings will be demonstration