![]() This requires: over 1000 paid inspections performed, inspection related continuing education, criminal back ground check, abiding by the industry's toughest Code of Ethics and following a Board-approved Standards of Practice. There are less than 100 inspectors in the State of Georgia that have this designation. You will be provided with a process and its details and asked to determine which types of equipment from that process should be included in a safe and compliant program. To further enhance your learning, the course includes a final exam and a workshop at the end where you will apply the concepts covered in the course. By analyzing the components of each equipment type, you will be able to determine which ones can be excluded from the program. Furthermore, you will delve into the different types of equipment and learn how to break down those pieces of equipment into smaller components. You will also learn about the various “layers of protection” in preventing a loss of primary containment (LOPC) and how to work through them to identify equipment that should be included. The instructor will provide guidance on the different criteria that should be considered when determining which equipment to include in a program. In this on-demand video course, you will learn how to effectively identify the equipment that should be included in a facility's process safety management (PSM) program, specifically the facility’s mechanical integrity (MI) program. Instructed by Equity Engineering Group, an API-U Preferred Provider. ![]() Finally, the instructors present a detailed, comprehensive example problem to demonstrate the step-by-step risk calculations for a typical pressure vessel using the methodology of API RP 581. Typical risk reduction and the benefits of shifting from a time or condition-based inspection program to an RBI approach are also presented. Additionally, the instructors facilitate discussions on developing an RBI program using industry best practices to avoid common pitfalls and mistakes when implementing and maintaining your RBI program. With a heavy emphasis on API RP 581 technology, students learn how to apply RBI technology to processing equipment by determining the probability of failure, the consequence of failure, and risk, as well as how to plan the equipment’s next inspection based on risk. This Risk-Based Inspection (RBI) training course provides attendees with a basic understanding of RBI principles and methodologies given in API RP 580 and 581. The instructors will discuss the background and logic behind the document procedures and intersperse some example problems. In addition to the API 520/521 Standards (including content from the newly published 2020 editions), the course also covers protection of atmospheric storage tanks per API 2000 Standard and boilers per ASME Boiler & Pressure Vessel Code, Section I. The course content includes 3% inlet pressure drop requirements, sizing of PRDs in two-phase flashing service, and operation of PRDs and the effects of back pressure on valve stability and performance. This training course covers identification of overpressure scenarios, determination of required relieving rates, and the proper sizing, selection, and installation of PRDs to ensure adequate overpressure protection is provided and reduce hazards if a PRD discharges. This Pressure Relieving Systems training course will provide attendees with practical experience involving Pressure Relief Devices (PRDs).
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